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1. Exploring the Initial Encounter with Continuous Glucose Monitoring among Individuals with Type 2 Diabetes: A Two-Week Trip

Author

Shin M, Yang Y, Kang JH, and Jin HY

Subjects
diabetes mellitus, type 2, blood glucose self-monitoring, continuous glucose monitoring qualitative research, Specialties of internal medicine, RC581-951
Abstract

Miseon Shin,1,* Youngran Yang,2,* Jeong Hee Kang,2,* Heung Yong Jin3,* 1College of Nursing, Graduate School, Jeonbuk National University, Jeonju, South Korea; 2College of Nursing, Research Institute of Nursing Science, Jeonbuk National University, Jeonju, South Korea; 3Division of Endocrinology and Metabolism, Department of Internal Medicine, Medical School, Jeonbuk National University, Jeonju, South Korea*These authors contributed equally to this workCorrespondence: Youngran Yang, College of Nursing, Research Institute of Nursing Science, Jeonbuk National University, 567 Baekje-daero, Deokjin-gu, Jeonju-si, Jeollabuk-do, 54896, South Korea, Tel +82632703116, Email youngran13@jbnu.ac.krPurpose: This study aimed to explore the inaugural experience of using a continuous glucose monitoring (CGM) system in patients with type 2 diabetes.Patients and Methods: This study employed a qualitative design. Thirty-one patients with type 2 diabetes were recruited from a national university hospital and underwent CGM for two weeks. Individual interviews with 28 participants were conducted between August 1 and October 17, 2022, after the CGM. Thematic analysis was used to examine the data.Results: The results revealed transformative shifts in aspects of participants’ lives due to CGM use, including alterations in dietary management and interpersonal relationships. During the two-week journey with CGM, participants were able to visually observe exercise effects and other benefits, leading to the discovery of a new utility for this innovative medical device. However, unavoidable drawbacks such as high cost, inaccurate results, and skin irritation have been identified, prompting suggestions for improvement.Conclusion: This study determined that CGM is both feasible and valuable for facilitating lifestyle adjustments to manage diabetes. Nevertheless, the challenge of discomfort associated with CGM use should be addressed in the future. To ensure effective utilization and overcome potential obstacles, it is recommended that a comprehensive and user-friendly CGM education manual be created, with the scope of CGM insurance coverage extended to include this research in the future.Keywords: diabetes mellitus, type 2, blood glucose self-monitoring, continuous glucose monitoring, qualitative research

Published
2024

2. Mucosal Penetrative Polymeric Micelle Formulations for Insulin Delivery to the Respiratory Tract

Author

Kang JH, Jeong JH, Kwon YB, Kim YJ, Shin DH, Park YS, Hyun S, Kim DW, and Park CW

Subjects
insulin, polyethylene glycol, cell-penetrating peptide, aerodynamic properties, mucus penetration, Medicine (General), R5-920
Abstract

Ji-Hyun Kang,1,2,&ast; Jin-Hyuk Jeong,1,&ast; Yong-Bin Kwon,1 Young-Jin Kim,1 Dae Hwan Shin,1 Yun-Sang Park,3 Soonsil Hyun,1 Dong-Wook Kim,4 Chun-Woong Park1 1College of Pharmacy, Chungbuk National University, Cheongju, 28160, Republic of Korea; 2School of Pharmacy, Institute of New Drug Development, and Respiratory Drug Development Research Institute, Jeonbuk National University, Jeonju, Republic of Korea; 3Research & Development Center, P2K Bio, Cheongju, Republic of Korea; 4College of Pharmacy, Wonkwang University, Iksan, 54538, Republic of Korea&ast;These authors contributed equally to this workCorrespondence: Chun-Woong Park, College of Pharmacy, Chungbuk National University, Cheongju, 28160, Republic of Korea, Tel +82-43-261-3330, Fax +82-43-268-2732, Email cwpark@cbnu.ac.kr Dong-Wook Kim, College of Pharmacy, Wonkwang University, Iksan, 54538, Republic of Korea, Tel +82-63-229-7130, Fax +82-63-850-7309, Email pharmengin@gmail.comPurpose: Effective mucosal delivery of drugs continues to pose a significant challenge owing to the formidable barrier presented by the respiratory tract mucus, which efficiently traps and clears foreign particulates. The surface characteristics of micelles dictate their ability to penetrate the respiratory tract mucus. In this study, polymeric micelles loaded with insulin (INS) were modified using mucus-penetrative polymers.Methods: We prepared and compared polyethylene glycol (PEG)-coated micelles with micelles where cell-penetrating peptide (CPP) is conjugated to PEG. Systematic investigations of the physicochemical and aerosolization properties, performance, in vitro release, mucus and cell penetration, lung function, and pharmacokinetics/pharmacodynamics (PK/PD) of polymeric micelles were performed to evaluate their interaction with the respiratory tract.Results: The nano-micelles, with a particle size of < 100 nm, exhibited a sustained-release profile. Interestingly, PEG-coated micelles exhibited higher diffusion and deeper penetration across the mucus layer. In addition, CPP-modified micelles showed enhanced in vitro cell penetration. Finally, in the PK/PD studies, the micellar solution demonstrated higher maximum concentration (Cmax) and AUC0-8h values than subcutaneously administered INS solution, along with a sustained blood glucose-lowering effect that lasted for more than 8 h.Conclusion: This study proposes the use of mucus-penetrating micelle formulations as prospective inhalation nano-carriers capable of efficiently transporting peptides to the respiratory tract.Keywords: insulin, polyethylene glycol, cell-penetrating peptide, aerodynamic properties, mucus penetration

Published
2024

3. Impact of COVID-19 Pandemic on the Clinical and Pathologic Characteristics of Colorectal Cancer: A Retrospective Multicenter Study in South Korea

Author

Kang JH, Son IT, Yoon SN, Ihm JS, Kang BM, and Kim JW

Subjects
colorectal cancer, covid-19 pandemic, characteristics, Neoplasms. Tumors. Oncology. Including cancer and carcinogens, RC254-282
Abstract

Jae Hyun Kang,1 Il Tae Son,2 Sang Nam Yoon,3 Jin Soo Ihm,4 Byung Mo Kang,5 Jong Wan Kim1 1Department of Surgery, Dongtan Sacred Heart Hospital, Hallym University College of Medicine, Hwaseong-Si, Gyeonggi-Do, Republic of Korea; 2Department of Surgery, Hallym Sacred Heart Hospital, Hallym University College of Medicine, Anyang Si, Republic of Korea; 3Department of Surgery, Kangnam Sacred Heart Hospital, Hallym University College of Medicine, Seoul, Republic of Korea; 4Department of Surgery, Kangdong Sacred Heart Hospital, Hallym University College of Medicine, Seoul, Republic of Korea; 5Department of Surgery, Chun Cheon Sacred Heart Hospital, Hallym University College of Medicine, Chuncheon Si, Republic of KoreaCorrespondence: Jong Wan Kim, Department of Surgery, Dongtan Sacred Heart Hospital, Hallym University College of Medicine, Hwaseong-Si, Gyeonggi-Do, Republic of Korea, Tel +8231-8086-2430, Fax +8231-8086-2709, Email kjw0153@hanmail.netPurpose: The COVID-19 pandemic has influenced various aspects of colorectal cancer (CRC) patient care, including diagnosis, treatment, and outcomes. This study assesses the pandemic’s impact on CRC patients.Methods: We performed a retrospective analysis of medical records for CRC patients who underwent surgery at five hospitals affiliated with Hallym University from January 2017 to December 2022. Patients were divided into two groups: the pre-COVID group (2017– 2019) and the COVID group (2020– 2022).Results: Among 2038 patients, 987 (48.4%) were in the pre-COVID group, and 1051 (51.6%) were in the COVID group. The COVID group had more patients with two or more comorbidities (P < 0.001) and a higher incidence of rectal cancer (P = 0.010). While the rates of laparoscopic surgeries were similar, the COVID group had increased emergency surgeries (P = 0.005) and diversion procedures (P = 0.002). Additionally, the COVID group faced more overall complications (P < 0.001) and severe complications (Grade III–V, P = 0.004). There was a rise in lymphovascular invasion (P < 0.001) and T4 stage tumors (P < 0.001) within the COVID group. Despite these differences, both groups had similar 2-year overall survival rates (P = 0.409).Conclusion: Although patients treated during the COVID period experienced more frequent stoma formation, complications, and adverse prognostic factors, there were no differences in short-term oncologic outcomes, which was likely due to the follow-up period being insufficient to detect differences in OS.Keywords: colorectal cancer, COVID-19 pandemic, characteristics

Published
2024

4. Neural Biomarkers for Identifying Atopic Dermatitis and Assessing Acupuncture Treatment Response Using Resting-State fMRI

Author

Lee IS, Yoon DE, Lee S, Kang JH, Chae Y, Park HJ, and Kim J

Subjects
atopic dermatitis, deep learning, functional mri, biomarkers, personalized medicine, Immunologic diseases. Allergy, RC581-607
Abstract

In-Seon Lee,1 Da-Eun Yoon,1 Seoyoung Lee,2 Jae-Hwan Kang,3,4 Younbyoung Chae,1 Hi-Joon Park,1 Junsuk Kim5 1College of Korean Medicine, Kyung Hee University, Seoul, Republic of Korea; 2Department of Physics and Computational Radiology, Division of Radiology and Nuclear Medicine, Oslo University Hospital, Oslo, Norway; 3Digital Health Research Division, Korea Institute of Oriental Medicine, Daejeon, Republic of Korea; 4Aging Convergence Research Center, Korea Research Institute of Bioscience and Biotechnology, Daejeon, Republic of Korea; 5School of Information Convergence, Kwangwoon University, Seoul, Republic of KoreaCorrespondence: Junsuk Kim, School of Information Convergence, Kwangwoon University, 20 Kwangwoon-ro, Seoul, 01897, Republic of Korea, Tel +82-2-940-8477, Email junsuk.kim@kw.ac.kr Hi-Joon Park, College of Korean Medicine, Kyung Hee University, 26 Kyunghee-daero, Seoul, 02447, Republic of Korea, Tel +82-2-961-9435, Email acufind@khu.ac.krPurpose: Only a few studies have focused on the brain mechanisms underlying the itch processing in AD patients, and a neural biomarker has never been studied in AD patients. We aimed to develop a deep learning model-based neural signature which can extract the relevant temporal dynamics, discriminate between AD and healthy control (HC), and between AD patients who responded well to acupuncture treatment and those who did not.Patients and Methods: We recruited 41 AD patients (22 male, age mean ± SD: 24.34 ± 5.29) and 40 HCs (20 male, age mean ± SD: 26.4 ± 5.32), and measured resting-state functional MRI signals. After preprocessing, 38 functional regions of interest were applied to the functional MRI signals. A long short-term memory (LSTM) was used to extract the relevant temporal dynamics for classification and train the prediction model. Bootstrapping and 4-fold cross-validation were used to examine the significance of the models.Results: For the identification of AD patients and HC, we found that the supplementary motor area (SMA), posterior cingulate cortex (PCC), temporal pole, precuneus, and dorsolateral prefrontal cortex showed significantly greater prediction accuracy than the chance level. For the identification of high and low responder to acupuncture treatment, we found that the lingual-parahippocampal-fusiform gyrus, SMA, frontal gyrus, PCC and precuneus, paracentral lobule, and primary motor and somatosensory cortex showed significantly greater prediction accuracy than the chance level.Conclusion: We developed and evaluated a deep learning model-based neural biomarker that can distinguish between AD and HC as well as between AD patients who respond well and those who respond less to acupuncture. Using the intrinsic neurological abnormalities, it is possible to diagnose AD patients and provide personalized treatment regimens.Keywords: Atopic Dermatitis, deep learning, functional MRI, biomarkers, personalized medicine

Published
2024

5. Design and Optimization of Rivaroxaban-Cyclodextrin-Polymer Triple Complex Formulation with Improved Solubility

Author

Kang JH, Lee JE, Jeong SJ, Park CW, Kim DW, and Weon KY

Subjects
rivaroxaban, drug-cyclodextrin-polymer triple complex, solubilization, design of experiment, Therapeutics. Pharmacology, RM1-950
Abstract

Ji-Hyun Kang,1,&ast; Ji-Eun Lee,1,&ast; So-Jeong Jeong,1 Chun-Woong Park,1 Dong-Wook Kim,2 Kwon-Yeon Weon3 1College of Pharmacy, Chungbuk National University, Cheongju, Korea; 2College of Pharmacy, Wonkwang University, Iksan, Korea; 3College of Pharmacy, Daegu Catholic University, Gyeongsan, Korea&ast;These authors contributed equally to this workCorrespondence: Dong-Wook Kim, College of Pharmacy, Wonkwang University, Iksan, 54538, Korea, Tel +82-63-229-7130, Fax +82-63-850-7309, Email pharmengin@gmail.com Kwon-Yeon Weon, College of Pharmacy, Daegu Catholic University, Gyeongsan, 38430, Korea, Tel +82-53-850-3616, Fax +82-53-850-3602, Email weonky@cu.ac.krPurpose: This study aimed to ensure the convenience of administration and reproducibility of efficacy, regardless of the meal, by improving the solubility of rivaroxaban (RIV).Methods: RIV is a non-vitamin K antagonist oral anticoagulants that exhibits a coagulation effect by directly inhibiting coagulation factor Xa. However, RIV has a very low solubility; therefore, it must be administered with a meal at high doses. We used a drug- hydroxypropyl-beta-cyclodextrin (CD)-water-soluble polymer triple complex (R-C-P complex) to solubilize RIV. Using Minitab, we evaluated the effect of each factor on RIV solubility and developed an optimal R-C-P complex formulation. The amount of CD, amount of polymer, and polymer type were set as the independent variables X1, X2, and X3, respectively. RIV solubility (Y1) and dissolution rate for 45 min in pH 4.5 medium (Y2) and pH 1.2 medium (Y3) were set as response variables.Results: The most efficient RIV solubilization effect was obtained from the composition using CD and HPMC 2208, and physicochemical properties and dissolution parameters were analyzed. RIV in the R-C-P complex was present in an amorphous form and showed high solubility. Unlike commercial products, it showed a 100% dissolution rate. The R-C-P complex formulation secured high RIV solubility and 100% release regardless of pH.Conclusion: The results imply that high-dose RIV can be administered regardless of the meal, reducing the risk of changing the drug effect due to the patient’s administration mistake.Keywords: rivaroxaban, drug-cyclodextrin-polymer triple complex, solubilization, design of experiment

Published
2022

6. Tunneling of two-dimensional surface polaritons through nanogaps in atomically thin crystals

Author

Kang, JH, Wang, S, and Wang, F

Abstract

We theoretically investigate the tunneling of two-dimensional surface polaritons (2DSPs) through nanometer-wide gaps in atomically thin crystals. For quantitatively accurate results, we developed a rigorous model based on the diffraction of 2DSPs for strongly confined surface polaritons (i.e., the polariton wavelength much shorter than the free-pace photon wavelength). We find distinctive features of the tunneling of 2DSPs. First, radiation loss during the tunneling is shown to be negligible. Second, the reflection coefficient R and tunneling coefficient T are shown to exhibit an anomalous logarithm singularity in their dependency on the gap width. Even for a gap size over two orders of magnitude smaller than the surface polariton wavelength, an appreciable reflection coefficient was observed in our calculation. Finally, we show that when the gap size increases, the phase of R saturates very rapidly to a nontrivial value of π/4. Based on these results, we further examine resonant tunneling of 2DSP through two identical gaps separated by a distance L, and establish a resonance condition defined by L≈λsp(4n-1)/8 with a positive integer n.

Published
2019

7. Inhalable Nano-Dimpled Microspheres Containing Budesonide-PLGA for Improved Aerodynamic Performance

Author

Han CS, Kang JH, Kim YJ, Kim DW, and Park CW

Subjects
nanoscale dimple, aerodynamic performance, particle image velocimetry, computational fluid dynamics, Medicine (General), R5-920
Abstract

Chang-Soo Han,1,&ast; Ji-Hyun Kang,1,&ast; Young-Jin Kim,1 Dong-Wook Kim,2 Chun-Woong Park1 1College of Pharmacy, Chungbuk National University, Cheongju, 28160, Republic of Korea; 2College of Pharmacy, Wonkwang University, Iksan, 54538, Republic of Korea&ast;These authors contributed equally to this workCorrespondence: Chun-Woong Park, College of Pharmacy, Chungbuk National University, 194-21, Osongsangmyeong 1-ro, Heungdeok-gu, Cheongju, Chungbuk, 28160, Republic of Korea, Tel +82-43-261-3330, Fax +82-43-268-2732, Email cwpark@cbnu.ac.krIntroduction: Dry powder inhalations are an attractive pharmaceutical dosage form. They are environmentally friendly, portable, and physicochemical stable compared to other inhalation forms like pressurized metered-dose inhalers and nebulizers. Sufficient drug deposition of DPIs into the deep lung is required to enhance the therapeutic activity. Nanoscale surface roughness in microparticles could improve aerosolization and aerodynamic performance. This study aimed to prepare microspheres with nanoscale dimples and confirm the effect of roughness on inhalation efficiency.Methods: The dimpled-surface on microspheres (MSs) was achieved by oil in water (O/W) emulsion-solvent evaporation by controlling the stirring rate. The physicochemical properties of MSs were characterized. Also, in vitro aerodynamic performance of MSs was evaluated by particle image velocimetry and computational fluid dynamics.Results: The particle image velocimetry results showed that dimpled-surface MSs had better aerosolization, about 20% decreased X-axial velocity, and a variable angle, which could improve the aerodynamic performance. Furthermore, it was confirmed that the dimpled surface of MSs could cause movement away from the bronchial surface, which helps the MSs travel into the deep lung using computational fluid dynamics.Conclusion: The dimpled-surface MSs showed a higher fine particle fraction value compared to smooth-surface MSs in the Andersen Cascade Impactor, and surface roughness like dimples on microspheres could improve aerosolization and lung deposition.Keywords: nanoscale dimple, aerodynamic performance, particle image velocimetry, computational fluid dynamics

Published
2022

8. Recurrence-Free Survival Outcomes Based on Novel Classification Combining Lymphovascular Invasion, Perineural Invasion, and T4 Status in Stage II–III Colon Cancer

Author

Kang JH, Son IT, Kim BC, Park JH, Kim JY, and Kim JW

Subjects
colon cancer, t4 tumor, lymphovascular invasion, perineural invasion, Neoplasms. Tumors. Oncology. Including cancer and carcinogens, RC254-282
Abstract

Jae Hyun Kang,1 Il Tae Son,2 Byung Chun Kim,3 Jun Ho Park,4 Jeong Yeon Kim,1 Jong Wan Kim1 1Department of Surgery, Dongtan Sacred Heart Hospital, Hallym University College of Medicine, Hwaseong-si, Gyeonggi, 445-170, Republic of Korea; 2Department of Surgery, Hallym Sacred Heart Hospital, Hallym University College of Medicine, Anyang, 445-907, Republic of Korea; 3Department of Surgery, Kangnam Sacred Heart Hospital, Hallym University College of Medicine, Seoul, 150-950, Republic of Korea; 4Department of Surgery, Kangdong Sacred Heart Hospital, Hallym University College of Medicine, Seoul, 134-701, Republic of KoreaCorrespondence: Jong Wan Kim, Department of Surgery, Dongtan Sacred Heart Hospital, Hallym University College of Medicine, 40, Sukwoo-Dong, Hwaseong-Si, Gyeonggi-Do, 445-170, Republic of Korea, Tel +82 31-8086-2430, Fax +82 31-8086-2709, Email kjw0153@hanmail.netBackground: T4 tumor, lymphovascular invasion (LVI) and perineural invasion (PNI) are regarded as one of risk factors and associated with poor outcomes in colorectal cancer. The relationship between these three combined risk factors and the prognosis for colon cancer is not yet clear. The purpose of this study was to evaluate the prognostic value of combining the risk factors T4 tumor, LVI, and PNI in stage II–III colon cancer.Methods: Between January 2011 and December 2019, we retrospectively reviewed the medical records of patients who underwent curative resection for stage II–III colon cancer at four Hallym University-affiliated hospitals. These patients are categorized into three groups based on T4, LVI and PNI: no-risk group (no risk factors), low-risk group (one risk factor), and high-risk group (two or more risk factors).Results: Of 1684 patients, the incidence of no-, low-, and high-risk group were 49.3%, 32.6%, 18.0%, respectively. The median follow-up period was 48.9 months, and the 5-year recurrence-free survival (RFS) rate decreased from 78.5% to 58.7% as the number of risk factors increased (P < 0.001). Cox’s proportional hazard regression models showed that T4 (P < 0.001), LVI (P = 0.043), and PNI (P = 0.018) were independent prognostic factors for poor RFS. In subgroup analysis in stage II colon cancer, patients with one or more risk factors showed the better 5-year RFS rate when they received adjuvant chemotherapy than in those who did not (P < 0.001). Poor/mucinous differentiation, obstruction, and lymph-node positivity were independent predictors in the high risk group.Conclusion: The present study showed the histological combination of LVI, PNI, and T4 indicates a poor prognosis for RFS in patients with stage II–III colon cancer. Therefore, patients with one of these risk factors should be considered for chemotherapy and have close follow-up.Keywords: colon cancer, T4 tumor, lymphovascular invasion, perineural invasion

Published
2022

10. Induction of atopic dermatitis by epicutaneous sensitisation with Dermatophagoides farinae in nongenetically predisposed Beagle dogs

Author

Y Jeong, T Yun, H Kim, Y Koo, Kang JH, Yang MP, and Kang BT

Subjects
animal model, atopy, d. farinae, house dust mite, ige, Veterinary medicine, SF600-1100
Abstract

This study was performed to induce atopic dermatitis (AD) using nongenetically predisposed Beagle dogs. Five healthy Beagle dogs were used. Twice weekly for 12 weeks, the dogs were painted on the axillae and groin with a solution of Dermatophagoides farinae (D. farinae). Each dog was thereafter placed in a cage where a house dust mite (HDM) solution was applied on the bottom of the cage. The dog remained in the cage for 3 h daily for 3 consecutive days for the environmental exposure to HDM. Serum samples were collected at 0 week and 6 weeks after sensitisation, and at 0 h and 72 h after the environmental exposure. During the environmental exposure, skin biopsies were obtained at 0 h, 36 h, and 72 hours. After the first environmental exposure, no dog had any marked clinical sign. An additional sensitisation was subsequently administered for 10-13 weeks. Three of the five dogs developed pruritic dermatitis with skin lesions after the second exposure. The histopathology of the lesions revealed severe infiltration of inflammatory cells and dermal oedema. The levels of D. farinae-specific IgE were also elevated. This study demonstrated that AD could be induced by epicutaneous sensitisation with HDM in nongenetically predisposed dogs.

Published
2021
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11. Acupotomy versus Manual Acupuncture for the Treatment of Back and/or Leg Pain in Patients with Lumbar Disc Herniation: A Multicenter, Randomized, Controlled, Assessor-Blinded Clinical Trial

Author

Jeong JK, Kim E, Yoon KS, Jeon JH, Kim YI, Lee H, Kwon O, Jung SY, Lee JH, Yang C, Kang JH, and Han CH

Subjects
acupotomy, manual acupuncture, lumbar disc herniation, pain intensity, range of motion, Medicine (General), R5-920
Abstract

Jeong Kyo Jeong,1,* Eunseok Kim,1,* Kwang Sik Yoon,2 Ju Hyun Jeon,1 Young Il Kim,1 Hyun Lee,2 Ojin Kwon,3 So-Young Jung,3 Jun-Hwan Lee,3,4 Changsop Yang,3 Jae Hui Kang,2 Chang-Hyun Han3,4 1Department of Acupuncture and Moxibustion Medicine, Daejeon University Dunsan Korean Medicine Hospital, Daejeon, Republic of Korea; 2Department of Acupuncture and Moxibustion Medicine, Daejeon University Cheonan Korean Medicine Hospital, Cheonan, Republic of Korea; 3Clinical Medicine Division, Korea Institute of Oriental Medicine, Daejeon 34054, Republic of Korea; 4Korean Medicine Life Science, University of Science and Technology (UST), Campus of Korea Institute of Oriental Medicine, Daejeon 34054, Republic of Korea*These authors contributed equally to this workCorrespondence: Chang-Hyun HanClinical Medicine Division, Korea Institute of Oriental Medicine, 1672, Yuseongdaero, Daejeon 34054, Republic of KoreaTel +82 42 868 9498Fax +82 42 869 2775Email rkd12@hanmail.netJae Hui KangDepartment of Acupuncture and Moxibustion Medicine, Daejeon University Cheonan Korean Medicine Hospital, 4, Notaesan-ro, Cheonan 31099, Republic of KoreaTel +82 41 521 7579Fax +82 41 521 7007Email chhan@kiom.re.krBackground: Acupotomy, which involves the addition of a scalpel function to the conventional acupuncture treatment, has recently been applied as a conservative treatment method for lumbar disc herniation (LDH). This study investigated the effectiveness and safety of acupotomy, compared to manual acupuncture, for the treatment of patients with LDH.Methods: A total of 146 patients diagnosed with LDH were randomly assigned to either the acupotomy group or the manual acupuncture group at a 1:1 ratio. Participants in both groups received four sessions of each intervention over 2 weeks. Outcome assessments based on the visual analog scale (VAS), Roland Morris Disability Questionnaire (RMDQ), Modified-Modified Schober Test (MMST), EuroQol Five Dimensions (EQ-5D), clinically important difference (CID), and patient global impression of change (PGIC) were conducted at baseline and at 2, 4, and 6 weeks post-randomization.Results: The acupotomy group showed significant improvement in VAS and MMST at 2, 4, and 6 weeks than did the manual acupuncture group. RMDQ was significantly different between the two groups at 2 and 6 weeks. In EQ-5D, there was no significant difference between the two groups. The proportion of patients with ≥ 15 mm decrease on the VAS (minimal CID) was significantly higher in the acupotomy group at weeks 2 and 4. Better improvement in the PGIC at week 4 was also observed in the acupotomy group. Post-intervention muscle pain was reported, but there was no serious adverse event related to interventions.Conclusion: In this study, four sessions of acupotomy treatment were found to be effective in improving the pain intensity and range of motion of the lumbar region in patients with LDH. Despite post-treatment muscle pain, acupotomy treatment can be considered a preferred treatment method over manual acupuncture.Trial Registration: This trial has been registered 24 April 2018 in Clinical Research Information Service of South Korea (CRIS-KCT0002824).Keywords: acupotomy, manual acupuncture, lumbar disc herniation, pain intensity, range of motion

Published
2020

12. Hypothesis-independent pathway analysis implicates GABA and Acetyl-CoA metabolism in primary open-angle glaucoma and normal-pressure glaucoma

Author

Bailey, JNC, Yaspan, BL, Pasquale, LR, Hauser, MA, Kang, JH, Loomis, SJ, Brilliant, M, Budenz, DL, Christen, WG, Fingert, J, Gaasterland, D, Gaasterland, T, Kraft, P, Lee, RK, Lichter, PR, Liu, Y, McCarty, CA, Moroi, SE, Richards, JE, Realini, T, Schuman, JS, Scott, WK, Singh, K, Sit, AJ, Vollrath, D, Wollstein, G, Zack, DJ, Zhang, K, Pericak-Vance, MA, Allingham, RR, Weinreb, RN, Haines, JL, and Wiggs, JL

Subjects
Genetics & Heredity, Genetics, Complementary and Alternative Medicine, Paediatrics and Reproductive Medicine
Abstract

Primary open-angle glaucoma (POAG) is a leading cause of blindness worldwide. Using genome-wide association single-nucleotide polymorphism data from the Glaucoma Genes and Environment study and National Eye Institute Glaucoma Human Genetics Collaboration comprising 3,108 cases and 3,430 controls, we assessed biologic pathways as annotated in the KEGG database for association with risk of POAG. After correction for genic overlap among pathways, we found 4 pathways, butanoate metabolism (hsa00650), hematopoietic cell lineage (hsa04640), lysine degradation (hsa00310) and basal transcription factors (hsa03022) related to POAG with permuted p

Published
2014

13. Vascular tone pathway polymorphisms in relation to primary open-angle glaucoma

Author

Kang, JH, Loomis, SJ, Yaspan, BL, Bailey, JC, Weinreb, RN, Lee, RK, Lichter, PR, Budenz, DL, Liu, Y, Realini, T, Gaasterland, D, Gaasterland, T, Friedman, DS, McCarty, CA, Moroi, SE, Olson, L, Schuman, JS, Singh, K, Vollrath, D, Wollstein, G, Zack, DJ, Brilliant, M, Sit, AJ, Christen, WG, Fingert, J, Forman, JP, Buys, ES, Kraft, P, Zhang, K, Allingham, RR, Pericak-Vance, MA, Richards, JE, Hauser, MA, Haines, JL, Wiggs, JL, and Pasquale, LR

Subjects
Biomedical and Clinical Sciences, Ophthalmology and Optometry, Aging, Neurosciences, Genetics, Eye Disease and Disorders of Vision, Neurodegenerative, Clinical Research, Cardiovascular, AMP-Activated Protein Kinases, Aged, Case-Control Studies, Caveolin 1, Dynamin II, Dynamins, Endothelium, Vascular, Female, GTP-Binding Proteins, Genetic Predisposition to Disease, Genotype, Glaucoma, Open-Angle, Humans, Inositol 1, 4, 5-Trisphosphate Receptors, Intraocular Pressure, Male, Middle Aged, Muscle, Smooth, Vascular, Nitric Oxide Synthase Type III, Polymorphism, Single Nucleotide, Receptor, Endothelin B, Receptors, Endothelin, Signal Transduction, Clinical Sciences, Immunology, Opthalmology and Optometry, Ophthalmology & Optometry, Ophthalmology and optometry
Abstract

AimsVascular perfusion may be impaired in primary open-angle glaucoma (POAG); thus, we evaluated a panel of markers in vascular tone-regulating genes in relation to POAG.MethodsWe used Illumina 660W-Quad array genotype data and pooled P-values from 3108 POAG cases and 3430 controls from the combined National Eye Institute Glaucoma Human Genetics Collaboration consortium and Glaucoma Genes and Environment studies. Using information from previous literature and Kyoto Encyclopedia of Genes and Genomes (KEGG) pathways, we compiled single-nucleotide polymorphisms (SNPs) in 186 vascular tone-regulating genes. We used the 'Pathway Analysis by Randomization Incorporating Structure' analysis software, which performed 1000 permutations to compare the overall pathway and selected genes with comparable randomly generated pathways and genes in their association with POAG.ResultsThe vascular tone pathway was not associated with POAG overall or POAG subtypes, defined by the type of visual field loss (early paracentral loss (n=224 cases) or only peripheral loss (n=993 cases)) (permuted P≥0.20). In gene-based analyses, eight were associated with POAG overall at permuted P

Published
2014

14. Preparation and evaluation of tacrolimus-loaded thermosensitive solid lipid nanoparticles for improved dermal distribution

Author

Kang JH, Chon J, Kim YI, Lee HJ, Oh DW, Lee HG, Han CS, Kim DW, and Park CW

Subjects
Tacrolimus, Thermosensitive, Solid lipid nanoparticle, FT-IR imaging, Atopic dermatitis, Dermal delivery, Medicine (General), R5-920
Abstract

Ji-Hyun Kang*,1 Jinmann Chon*,2 Young-Il Kim,1 Hyo-Jung Lee,1 Dong-Won Oh,1 Hong-Goo Lee,1 Chang-Soo Han,1 Dong-Wook Kim,3 Chun-Woong Park11College of Pharmacy, Chungbuk National University, Cheongju, Republic of Korea; 2School of Medicine, Kyung Hee University, Seoul, Republic of Korea; 3Department of Pharmaceutical Engineering, Cheongju University, Cheongju, Republic of Korea*These authors contributed equally to this workBackground: Tacrolimus (TCR), also known as FK-506, is a biopharmaceutics classification system (BCS) class II drug that is insoluble in water because of its high log P values. After dermal application, TCR remains in the stratum corneum and passes through the skin layers with difficulty.Purpose: The objectives of this study were to develop and evaluate solid lipid nanoparticles (SLNs) with thermosensitive properties to improve penetration and retention.Methods: We prepared TCR-loaded thermosensitive solid lipid nanoparticles (TCR-SLNs) with different types of surfactants on the shell of the particle, which conferred the advantages of enhancing skin permeation and distribution. We also characterized them from a physic point of view and performed in vitro and in vivo evaluations.Results: The TCR contained in the prepared TCR-SLN was in an amorphous state and entrapped in the particles with a high loading efficiency. The assessment of ex vivo skin penetration using excised rat dorsal skin showed that the TCR-SLNs penetrated to a deeper layer than the reference product (0.1% Protopic®). In addition, the in vivo skin penetration test demonstrated that TCR-SLNs delivered more drug into deeper skin layers than the reference product. FT-IR images also confirmed drug distribution of TCR-SLNs into deeper layers of the skin.Conclusion: These results revealed the potential application of thermosensitive SLNs for the delivery of difficult-to-permeate, poorly water-soluble drugs into deep skin layers.Keywords: tacrolimus, thermosensitive, solid lipid nanoparticle, FT-IR imaging, atopic dermatitis, dermal delivery

Published
2019

15. Assessment of in vivo genotoxicity of citrated-coated silver nanoparticles via transcriptomic analysis of rabbit liver tissue

Author

Kim YJ, Rahman MM, Lee SM, Kim JM, Park K, Kang JH, and Seo YR

Subjects
Silver nanoparticle, Liver toxicity, Prolonged tissue damage, in vivo genotoxicity, transcriptomics, Medicine (General), R5-920
Abstract

Yeo Jin Kim,1,2 Md Mujibur Rahman,1 Sang Min Lee,2 Jung Min Kim,3 Kwangsik Park,4 Joo-Hyon Kang,5 Young Rok Seo1,2 1Institute of Environmental Medicine for Green Chemistry, Dongguk University Biomedi Campus, Ilsandong-gu, Goyang-si, Republic of Korea; 2Department of Life Science, Dongguk University Biomedi Campus, Ilsandong-gu, Goyang-si, Republic of Korea; 3Genoplan Korea, Inc., Seocho-gu, Seoul, Republic of Korea; 4College of Pharmacy, Dongduk Women’s University, Seongbuk-gu, Seoul, Republic of Korea; 5Department of Civil & Environmental Engineering, Dongguk University, Jung-gu, Seoul, Republic of Korea Background: Silver nanoparticles (AgNPs) are widely used in industrial and household applications, arousing concern regarding their safety in humans. The risks posed by stabilizer-coated AgNPs continue to be unclear, and assessing their toxicity is for an understanding of the safety issues involved in their use in various applications. Purpose: We aimed to investigated the long-term toxicity of citrate-coated silver nanoparticles (cAgNPs) in liver tissue using several toxicity tests and transcriptomic analysis at 7 and 28 days after a single intravenous injection into rabbit ear veins (n=4). Materials and methods: The cAgNPs used in this study were in the form of a 20% (w/v) aqueous solution, and their size was 7.9±0.95 nm, measured using transmission electron microscopy. The animal experiments were performed based on the principles of good laboratory practice. Results: Our results showed that the structure and function of liver tissue were disrupted due to a single exposure to cAgNPs. In addition, in vivo comet assay showed unrepaired genotoxicity in liver tissue until 4 weeks after a single injection, suggesting a potential carcinogenic effect of cAgNPs. In our transcriptomic analysis, a total of 244 genes were found to have differential expression at 28 days after a single cAgNP injection. Carefully curated pathway analysis of these genes using Pathway Studio and Ingenuity Pathway Analysis tools revealed major molecular networks responding to cAgNP exposure and indicated a high correlation of the genes with inflammation, hepatotoxicity, and cancer. Molecular validation suggested potential biomarkers for assessing the toxicity of accumulated cAgNPs. Conclusion: Our investigation highlights the risk associated with a single cAgNP exposure with unrepaired damage persisting for at least a month. Keywords: nanotoxicity, liver toxicity, prolonged tissue damage, differentially expressed genes, molecular pathway analysis

Published
2019

16. Preparation and in vitro/in vivo evaluation of PLGA microspheres containing norquetiapine for long-acting injection

Author

Park CW, Lee HJ, Oh DW, Kang JH, Han CS, and Kim DW

Subjects
Norquetiapine freebase, PLGA, Microspheres, Long-acting injection, Pharmacokinetics, Therapeutics. Pharmacology, RM1-950
Abstract

Chun-Woong Park,1 Hyo-Jung Lee,1 Dong-Won Oh,1 Ji-Hyun Kang,1 Chang-Soo Han,1 Dong-Wook Kim21College of Pharmacy, Chungbuk National University, Cheongju, Republic of Korea; 2Department of Pharmaceutical Engineering, Cheongju University, Cheongju, Republic of KoreaBackground: Norquetiapine (N-desalkyl quetiapine, NQ) is an active metabolite of quetiapine with stable pharmacokinetic and pharmacological properties. However, its short half-life is a drawback for clinical applications, and long-acting formulations are required. Purpose: The objectives of this study were to prepare improved entrapment efficiency NQ freebase microspheres by the solvent evaporation method with poly(d,l-lactic-co-glycolic acid) (PLGA) as a release modulator and to evaluate their physicochemical and in vitro/in vivo release properties.Methods: NQ freebase PLGA (1:5 w/w) formulations were prepared by the oil-in-water (o/w) emulsion–solvent evaporation method. A solution of the drug and PLGA in 9:1 v/v dichloromethane:ethanol was mixed with 0.2% polyvinyl alcohol and homogenized at 2,800 rpm. The emulsion was stirred for 3 h to dilute and evaporate the solvent. After that, the resulting product was freeze-dried. Drug-loading capacity was measured by the validated RP-HPLC method. The surface morphology of the microspheres was observed by scanning electron microscopy (SEM), and the physicochemical properties were evaluated by differential scanning calorimetry, powder X-ray diffraction, and Fourier-transform infrared spectroscopy particle size distribution. The in vitro dissolution test was performed using a rotary shaking bath at 37°C, with constant shaking at 50 rpm in sink condition. Results: The NQ freebase microspheres prepared by o/w emulsion-solvent evaporation showed over 30 % efficiency. NQ was confirmed to be amorphous in the microspheres by powder X-ray diffraction and differential scanning calorimetry. Special chemical interaction in the microspheres was not observed by FT-IR. The in vitro dissolution test demonstrated that the prepared microspheres' release properties were maintained for more than 20 days. The in vivo test is also confirmed that the particles' long acting of the particle were maintained. Therefore, good in vitro–in vivo correlation was established.Conclusion: In this study, NQ freebase-PLGA microspheres showed potential for the treatment of schizophrenia for long-periods.Keywords: schizophrenia, freebase, o/w emulsion-solvent evaporation, freeze dry, active metabolite, IVIVC

Published
2018

17. The JCMT BISTRO Survey: A Spiral Magnetic Field in a Hub-filament Structure, Monoceros R2

Author

Hwang, J, Kim, J, Pattle, K, Lee, CW, Koch, PM, Johnstone, D, Tomisaka, K, Whitworth, A, Furuya, RS, Kang, JH, Lyo, AR, Chung, EJ, Arzoumanian, D, Park, G, Kwon, W, Kim, S, Tamura, M, Kwon, J, Soam, A, Han, I, Hoang, T, Kim, KH, Onaka, T, Eswaraiah, C, Ward-Thompson, D, Liu, HL, Tang, X, Chen, WP, Matsumura, M, Hoang, TD, Chen, Z, Le Gouellec, VJM, Kirchschlager, F, Poidevin, F, Bastien, P, Qiu, K, Hasegawa, T, Lai, SP, Byun, DY, Cho, J, Choi, M, Choi, Y, Jeong, IG, Kang, M, Kim, H, Kim, KT, Lee, JE, Lee, SS, Lee, YH, Lee, H, Kim, MR, Yoo, H, Yun, HS, Chen, M, Di Francesco, J, Fiege, J, Fissel, LM, Franzmann, E, Houde, M, Lacaille, K, Matthews, B, Sadavoy, S, Moriarty-Schieven, G, Tahani, M, Ching, TC, Dai, YS, Duan, Y, Gu, Q, Law, CY, Li, D, Li, G, Li, HB, Liu, T, Lu, X, Qian, L, Wang, H, Wu, J, Xie, J, Yuan, J, Zhang, CP, Zhang, G, Zhang, Y, Zhou, J, Zhu, L, Berry, D, Friberg, P, Graves, S, Liu, J, Mairs, S, Parsons, H, Rawlings, M, Doi, Y, Hayashi, S, Hull, CLH, Inoue, T, Inutsuka, SI, Iwasaki, K, Kataoka, A, Hwang, J [0000-0001-7866-2686], Kim, J [0000-0002-1229-0426], Pattle, K [0000-0002-8557-3582], Lee, CW [0000-0002-3179-6334], Koch, PM [0000-0003-2777-5861], Johnstone, D [0000-0002-6773-459X], Tomisaka, K [0000-0003-2726-0892], Whitworth, A [0000-0002-1178-5486], Furuya, RS [0000-0003-0646-8782], Kang, JH [0000-0001-7379-6263], Lyo, AR [0000-0002-9907-8427], Chung, EJ [0000-0003-0014-1527], Arzoumanian, D [0000-0002-1959-7201], Park, G [0000-0001-8467-3736], Kwon, W [0000-0003-4022-4132], Kim, S [0000-0001-9333-5608], Tamura, M [0000-0002-6510-0681], Kwon, J [0000-0003-2815-7774], Soam, A [0000-0002-6386-2906], Han, I [0000-0002-9143-1433], Hoang, T [0000-0003-2017-0982], Kim, KH [0000-0001-9597-7196], Onaka, T [0000-0002-8234-6747], Eswaraiah, C [0000-0003-4761-6139], Ward-Thompson, D [0000-0003-1140-2761], Liu, HL [0000-0003-3343-9645], Tang, X [0000-0002-4154-4309], Chen, WP [0000-0003-0262-272X], Matsumura, M [0000-0002-6906-0103], Hoang, TD [0000-0002-3437-5228], Chen, Z [0000-0003-0849-0692], Le Gouellec, VJM [0000-0002-5714-799X], Kirchschlager, F [0000-0002-3036-0184], Poidevin, F [0000-0002-5391-5568], Bastien, P [0000-0002-0794-3859], Qiu, K [0000-0002-5093-5088], Hasegawa, T [0000-0003-1853-0184], Lai, SP [0000-0001-5522-486X], Byun, DY [0000-0003-1157-4109], Cho, J [0000-0003-1725-4376], Jeong, IG [0000-0002-5492-6832], Kang, M [0000-0002-5016-050X], Kim, KT [0000-0003-2412-7092], Lee, JE [0000-0003-3119-2087], Lee, SS [0000-0002-6269-594X], Lee, YH [0000-0001-6047-701X], Lee, H [0000-0003-3465-3213], Kim, MR [0000-0002-1408-7747], Yoo, H [0000-0002-8578-1728], Yun, HS [0000-0001-6842-1555], Di Francesco, J [0000-0002-9289-2450], Fissel, LM [0000-0002-4666-609X], Franzmann, E [0000-0003-2142-0357], Houde, M [0000-0003-4420-8674], Lacaille, K [0000-0001-9870-5663], Matthews, B [0000-0003-3017-9577], Moriarty-Schieven, G [0000-0002-0393-7822], Tahani, M [0000-0001-8749-1436], Ching, TC [0000-0001-8516-2532], Dai, YS [0000-0002-7928-416X], Gu, Q [0000-0002-2826-1902], Li, HB [0000-0003-2641-9240], Liu, T [0000-0002-5286-2564], Lu, X [0000-0003-2619-9305], Qian, L [0000-0003-0597-0957], Wu, J [0000-0001-7276-3590], Xie, J [0000-0002-2738-146X], Zhang, CP [0000-0002-4428-3183], Zhang, Y [0000-0002-5102-2096], Zhou, J [0000-0003-0356-818X], Berry, D [0000-0001-6524-2447], Friberg, P [0000-0002-8010-8454], Graves, S [0000-0001-9361-5781], Liu, J [0000-0002-4774-2998], Mairs, S [0000-0002-6956-0730], Parsons, H [0000-0002-6327-3423], Rawlings, M [0000-0002-6529-202X], Doi, Y [0000-0001-8746-6548], Hayashi, S [0000-0001-5026-490X], Hull, CLH [0000-0002-8975-7573], Inoue, T [0000-0002-7935-8771], Inutsuka, SI [0000-0003-4366-6518], Kataoka, A [0000-0003-4562-4119], and Apollo - University of Cambridge Repository

Subjects
5101 Astronomical Sciences, 51 Physical Sciences
Abstract

We present and analyze observations of polarized dust emission at 850 μm toward the central 1 × 1 pc hub-filament structure of Monoceros R2 (Mon R2). The data are obtained with SCUBA-2/POL-2 on the James Clerk Maxwell Telescope (JCMT) as part of the B-fields in Star-forming Region Observations survey. The orientations of the magnetic field follow the spiral structure of Mon R2, which are well described by an axisymmetric magnetic field model. We estimate the turbulent component of the magnetic field using the angle difference between our observations and the best-fit model of the underlying large-scale mean magnetic field. This estimate is used to calculate the magnetic field strength using the Davis–Chandrasekhar–Fermi method, for which we also obtain the distribution of volume density and velocity dispersion using a column density map derived from Herschel data and the C18O (J = 3 − 2) data taken with HARP on the JCMT, respectively. We make maps of magnetic field strengths and mass-to-flux ratios, finding that magnetic field strengths vary from 0.02 to 3.64 mG with a mean value of 1.0 ± 0.06 mG, and the mean critical mass-to-flux ratio is 0.47 ± 0.02. Additionally, the mean Alfvén Mach number is 0.35 ± 0.01. This suggests that, in Mon R2, the magnetic fields provide resistance against large-scale gravitational collapse, and the magnetic pressure exceeds the turbulent pressure. We also investigate the properties of each filament in Mon R2. Most of the filaments are aligned along the magnetic field direction and are magnetically subcritical.

Published
2022
Full Text
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18. Au+Au reactions at the AGS: Experiments E866 and E917

Author

Ogilvie, CA, Ahle, L, Akiba, Y, Ashktorab, K, Baker, MD, Beavis, D, Britt, HC, Chang, J, Chasman, C, Chen, Z, Chu, YY, Chujo, T, Cianciolo, V, Cole, BA, Crawford, HJ, Cumming, JB, Debbe, R, Dunlop, JC, Eldredge, W, Engelage, J, Fung, S-Y, Garcia, E, Gushue, S, Hamagaki, H, Hansen, L, Hayano, RS, Heintzelman, G, Judd, E, Kang, J, Kim, E-J, Kumagai, A, Kurita, K, Lee, J-H, Luke, J, Miake, Y, Mignerey, A, Moskowitz, B, Moulson, M, Muentz, C, Nagamiya, S, Nagano, K, Namboodiri, MN, Olness, J, Oyama, K, Remsberg, LP, Sako, H, Sangster, TC, Seto, R, Shea, J, Shigaki, K, Soltz, R, Steadman, SG, Stephans, GSF, Tamagawa, T, Tannenbaum, MJ, Thomas, JH, Ueno-Hayashi, S, Videb˦k, F, Wang, F, Wu, Y, Xiang, H, Xu, GH, Yagi, K, Yao, H, Zajc, WA, Zhu, F, Back, B, Betts, RR, Britt, H, Chang, WC, Chi, CY, Chu, Y, Cumming, J, Fung, SY, Ganz, R, Gillitzer, A, Henning, W, Hofman, D, Holzman, B, Kang, JH, Kim, EJ, Kim, SY, Kwon, Y, McLeod, D, Nanal, V, Pak, R, Ruangma, A, Russ, D, and Stanskas, J

Subjects
nucl-ex, Astronomical and Space Sciences, Atomic, Molecular, Nuclear, Particle and Plasma Physics, Quantum Physics, Nuclear & Particles Physics
Abstract

Particle production and correlation functions from Au+Au reactions have beenmeasured as a function of both beam energy (2-10.7AGeV) and impact parameter.These results are used to probe the dynamics of heavy-ion reactions, confronthadronic models over a wide range of conditions and to search for the onset ofnew phenomena.

Published
1998

19. Lipid-coated gold nanocomposites for enhanced cancer therapy

Author

Kang JH and Ko YT

Subjects
Medicine (General), R5-920
Abstract

Ji Hee Kang, Young Tag Ko College of Pharmacy, Gachon University, Incheon, Republic of Korea Abstract: The aim of the work reported here was to develop lipid-coated multifunctional nanocomposites composed of drugs and nanoparticles for use in cancer therapy. We incorporated thermosensitive phospholipids onto the surface of anisotropic gold nanoparticles (AuNPs) to further enhance drug delivery, with possible additional applications for in vivo imaging and photothermal cancer therapy. Lipid-coated nanohybrids loaded with the drug docetaxel (DTX) were prepared by a thin-film formation, hydration, and sonication method. Nanoparticles and their composites were characterized using particle-size analysis, zeta potential measurements, transmission electron microscopy, UV-visible spectroscopy, and reverse-phase high-performance liquid chromatography, demonstrating successful loading of DTX into the lipid bilayer on the surface of the gold nanoparticles. Initial in vitro studies using breast-cancer (MCF-7) and melanoma (B16F10) cell lines demonstrated that the drug-containing nanocomposites at equivalent drug concentrations caused significant cytotoxicity compared to free DTX. Differential flow cytometry analysis confirmed the improved cellular uptake of lipid-coated nanocomposites. Our preliminary results show that DTX-loaded anionic lipid-coated gold nanorod (AL_AuNR_DTX) and cationic lipid-coated gold nanoparticle (CL_AuNP_DTX) possess effective tumor cell-suppression abilities and can therefore be considered promising chemotherapeutic agents. Further evaluation of the therapeutic efficacy of these hybrid nanoparticles combined with external near-infrared photothermal treatment is warranted to assess their synergistic anticancer actions and potential bioimaging applications. Keywords: thermosensitive lipids, gold nanorods, docetaxel, drug-containing nanocomposites, anticancer

Published
2015

20. B-fields in Star-forming Region Observations (BISTRO): Magnetic Fields in the Filamentary Structures of Serpens Main

Author

Kwon, W, Pattle, K, Sadavoy, S, Hull, CLH, Johnstone, D, Ward-Thompson, D, Francesco, JD, Koch, PM, Furuya, R, Doi, Y, Le Gouellec, VJM, Hwang, J, Lyo, AR, Soam, A, Tang, X, Hoang, T, Kirchschlager, F, Eswaraiah, C, Fanciullo, L, Kim, KH, Onaka, T, Könyves, V, Kang, JH, Lee, CW, Tamura, M, Bastien, P, Hasegawa, T, Lai, SP, Qiu, K, Berry, D, Arzoumanian, D, Bourke, TL, Byun, DY, Chen, WP, Chen, HRV, Chen, M, Chen, Z, Ching, TC, Cho, J, Choi, Y, Choi, M, Chrysostomou, A, Chung, EJ, Coudé, S, Dai, S, Diep, PN, Duan, Y, Duan, HY, Eden, D, Fiege, J, Fissel, LM, Franzmann, E, Friberg, P, Friesen, R, Fuller, G, Gledhill, T, Graves, S, Greaves, J, Griffin, M, Gu, Q, Han, I, Hatchell, J, Hayashi, S, Houde, M, Inoue, T, Inutsuka, SI, Iwasaki, K, Jeong, IG, Kang, M, Karoly, J, Kataoka, A, Kawabata, K, Kemper, F, Kim, KT, Kim, G, Kim, MR, Kim, S, Kim, J, Kirk, J, Kobayashi, MIN, Kusune, T, Kwon, J, Lacaille, K, Law, CY, Lee, CF, Lee, YH, Lee, H, Lee, JE, Lee, SS, Li, D, Li, HB, Lin, SJ, Liu, SY, Liu, HL, Liu, J, Liu, T, Lu, X, Mairs, S, Matsumura, M, Kwon, W [0000-0003-4022-4132], Pattle, K [0000-0002-8557-3582], Sadavoy, S [0000-0001-7474-6874], Hull, CLH [0000-0002-8975-7573], Johnstone, D [0000-0002-6773-459X], Ward-Thompson, D [0000-0003-1140-2761], Francesco, JD [0000-0002-9289-2450], Koch, PM [0000-0003-2777-5861], Furuya, R [0000-0003-0646-8782], Doi, Y [0000-0001-8746-6548], Le Gouellec, VJM [0000-0002-5714-799X], Hwang, J [0000-0001-7866-2686], Lyo, AR [0000-0002-9907-8427], Soam, A [0000-0002-6386-2906], Tang, X [0000-0002-4154-4309], Hoang, T [0000-0003-2017-0982], Kirchschlager, F [0000-0002-3036-0184], Fanciullo, L [0000-0001-9930-9240], Kim, KH [0000-0001-9597-7196], Onaka, T [0000-0002-8234-6747], Könyves, V [0000-0002-3746-1498], Kang, JH [0000-0001-7379-6263], Tamura, M [0000-0002-6510-0681], Bastien, P [0000-0002-0794-3859], Lai, SP [0000-0001-5522-486X], Qiu, K [0000-0002-5093-5088], Arzoumanian, D [0000-0002-1959-7201], Bourke, TL [0000-0001-7491-0048], Byun, DY [0000-0003-1157-4109], Chen, WP [0000-0002-5519-0628], Chen, HRV [0000-0002-9774-1846], Chen, Z [0000-0003-0849-0692], Ching, TC [0000-0001-8516-2532], Cho, J [0000-0003-1725-4376], Chrysostomou, A [0000-0002-9583-8644], Chung, EJ [0000-0003-0014-1527], Coudé, S [0000-0002-0859-0805], Duan, HY [0000-0002-7022-4742], Eden, D [0000-0002-5881-3229], Fissel, LM [0000-0002-4666-609X], Franzmann, E [0000-0003-2142-0357], Friberg, P [0000-0002-8010-8454], Friesen, R [0000-0001-7594-8128], Fuller, G [0000-0001-8509-1818], Gledhill, T [0000-0002-2859-4600], Graves, S [0000-0001-9361-5781], Greaves, J [0000-0002-3133-413X], Gu, Q [0000-0002-2826-1902], Hatchell, J [0000-0002-4870-2760], Houde, M [0000-0003-4420-8674], Inoue, T [0000-0002-7935-8771], Inutsuka, SI [0000-0003-4366-6518], Iwasaki, K [0000-0002-2707-7548], Kang, M [0000-0002-5016-050X], Kataoka, A [0000-0003-4562-4119], Kawabata, K [0000-0001-6099-9539], Kemper, F [0000-0003-2743-8240], Kim, KT [0000-0003-2412-7092], Kim, G [0000-0003-2011-8172], Kim, MR [0000-0002-1408-7747], Kim, S [0000-0001-9333-5608], Kim, J [0000-0002-1229-0426], Kirk, J [0000-0002-4552-7477], Kobayashi, MIN [0000-0003-3990-1204], Kusune, T [0000-0002-9218-9319], Kwon, J [0000-0003-2815-7774], Lacaille, K [0000-0001-9870-5663], Law, CY [0000-0003-1964-970X], Lee, CF [0000-0002-3024-5864], Lee, YH [0000-0001-6047-701X], Lee, H [0000-0003-3465-3213], Lee, JE [0000-0003-3119-2087], Lee, SS [0000-0002-6269-594X], Li, D [0000-0003-3010-7661], Li, HB [0000-0003-2641-9240], Lin, SJ [0000-0002-6868-4483], Liu, SY [0000-0003-4603-7119], Liu, J [0000-0002-4774-2998], Lu, X [0000-0003-2619-9305], Mairs, S [0000-0002-6956-0730], Matsumura, M [0000-0002-6906-0103], and Apollo - University of Cambridge Repository

Subjects
5101 Astronomical Sciences, Interstellar Matter and the Local Universe, 51 Physical Sciences, Astrophysics::Galaxy Astrophysics
Abstract

We present 850 μm polarimetric observations toward the Serpens Main molecular cloud obtained using the POL-2 polarimeter on the James Clerk Maxwell Telescope as part of the B-fields In STar-forming Region Observations survey. These observations probe the magnetic field morphology of the Serpens Main molecular cloud on about 6000 au scales, which consists of cores and six filaments with different physical properties such as density and star formation activity. Using the histogram of relative orientation (HRO) technique, we find that magnetic fields are parallel to filaments in less-dense filamentary structures where N H 2 < 0.93 × 10 22 cm−2 (magnetic fields perpendicular to density gradients), while they are perpendicular to filaments (magnetic fields parallel to density gradients) in dense filamentary structures with star formation activity. Moreover, applying the HRO technique to denser core regions, we find that magnetic field orientations change to become perpendicular to density gradients again at N H 2 ≈ 4.6 × 10 22 cm−2. This can be interpreted as a signature of core formation. At N H 2 ≈ 16 × 10 22 cm−2, magnetic fields change back to being parallel to density gradients once again, which can be understood to be due to magnetic fields being dragged in by infalling material. In addition, we estimate the magnetic field strengths of the filaments (B POS = 60–300 μG)) using the Davis–Chandrasekhar–Fermi method and discuss whether the filaments are gravitationally unstable based on magnetic field and turbulence energy densities.

Published
2022
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21. The JCMT BISTRO survey: An 850/450μm polarization study of NGC 2071IR in Orion B

Author

Lyo, AR, Kim, J, Sadavoy, S, Johnstone, D, Berry, D, Pattle, K, Kwon, W, Bastien, P, Onaka, T, Di Francesco, J, Kang, JH, Furuya, R, Hull, CLH, Tamura, M, Koch, PM, Ward-Thompson, D, Hasegawa, T, Hoang, T, Arzoumanian, D, Lee, CW, Lee, CF, Byun, DY, Kirchschlager, F, Doi, Y, Kim, KT, Hwang, J, Diep, PN, Fanciullo, L, Lee, SS, Park, G, Yoo, H, Chung, EJ, Whitworth, A, Mairs, S, Soam, A, Liu, T, Tang, X, Coudé, S, André, P, Bourke, TL, Chen, HRV, Chen, Z, Chen, WP, Chen, M, Ching, TC, Choi, M, Choi, Y, Chrysostomou, A, Dai, S, Zhang, CP, Duan, HY, Duan, Y, Cho, J, Eden, D, Eswaraiah, C, Eyres, S, Fiege, J, Fissel, LM, Franzmann, E, Friberg, P, Friesen, R, Fuller, G, Gledhill, T, Graves, S, Greaves, J, Griffin, M, Gu, Q, Han, I, Hatchell, J, Hayashi, S, Houde, M, Inoue, T, Inutsuka, SI, Iwasaki, K, Jeong, IG, Kang, M, Kataoka, A, Kawabata, K, Kim, G, Kim, MR, Kim, S, Kim, KH, Kirk, J, Kobayashi, MIN, Kemper, F, Könyves, V, Kusune, T, Kwon, J, Lacaille, K, Lai, SP, Lee, JE, Lee, YH, Lee, H, Li, D, Li, HB, Liu, HL, Law, CY, Liu, J, Liu, SY, Lyo, AR [0000-0002-9907-8427], Kim, J [0000-0002-1229-0426], Johnstone, D [0000-0002-6773-459X], Pattle, K [0000-0002-8557-3582], Kwon, W [0000-0003-4022-4132], Bastien, P [0000-0002-0794-3859], Onaka, T [0000-0002-8234-6747], Kang, JH [0000-0001-7379-6263], Furuya, R [0000-0003-0646-8782], Hull, CLH [0000-0002-8975-7573], Tamura, M [0000-0002-6510-0681], Koch, PM [0000-0003-2777-5861], Ward-Thompson, D [0000-0003-1140-2761], Hoang, T [0000-0003-2017-0982], Arzoumanian, D [0000-0002-1959-7201], Lee, CF [0000-0002-3024-5864], Byun, DY [0000-0003-1157-4109], Kirchschlager, F [0000-0002-3036-0184], Doi, Y [0000-0001-8746-6548], Kim, KT [0000-0003-2412-7092], Hwang, J [0000-0001-7866-2686], Lee, SS [0000-0002-6269-594X], Park, G [0000-0001-8467-3736], Yoo, H [0000-0002-8578-1728], Chung, EJ [0000-0003-0014-1527], Mairs, S [0000-0002-6956-0730], Soam, A [0000-0002-6386-2906], Liu, T [0000-0002-5286-2564], Tang, X [0000-0002-4154-4309], Coudé, S [0000-0002-0859-0805], André, P [0000-0002-3413-2293], Bourke, TL [0000-0001-7491-0048], Chen, Z [0000-0003-0849-0692], Chen, WP [0000-0002-5519-0628], Ching, TC [0000-0001-8516-2532], Chrysostomou, A [0000-0002-9583-8644], Zhang, CP [0000-0002-4428-3183], Cho, J [0000-0003-1725-4376], Eden, D [0000-0002-5881-3229], Franzmann, E [0000-0003-2142-0357], Friberg, P [0000-0002-8010-8454], Friesen, R [0000-0001-7594-8128], Fuller, G [0000-0001-8509-1818], Gledhill, T [0000-0002-2859-4600], Graves, S [0000-0001-9361-5781], Gu, Q [0000-0002-2826-1902], Hatchell, J [0000-0002-4870-2760], Houde, M [0000-0003-4420-8674], Inoue, T [0000-0002-7935-8771], Inutsuka, SI [0000-0003-4366-6518], Iwasaki, K [0000-0002-2707-7548], Kang, M [0000-0002-5016-050X], Kataoka, A [0000-0003-4562-4119], Kawabata, K [0000-0001-6099-9539], Kim, G [0000-0003-2011-8172], Kim, MR [0000-0002-1408-7747], Kim, S [0000-0001-9333-5608], Kirk, J [0000-0002-4552-7477], Kobayashi, MIN [0000-0003-3990-1204], Kemper, F [0000-0003-2743-8240], Könyves, V [0000-0002-3746-1498], Kusune, T [0000-0002-9218-9319], Kwon, J [0000-0003-2815-7774], Lacaille, K [0000-0001-9870-5663], Lai, SP [0000-0001-5522-486X], Lee, JE [0000-0003-3119-2087], Lee, YH [0000-0001-6047-701X], Lee, H [0000-0003-3465-3213], Li, D [0000-0003-3010-7661], Li, HB [0000-0003-2641-9240], Law, CY [0000-0003-1964-970X], Liu, J [0000-0002-4774-2998], Liu, SY [0000-0003-4603-7119], and Apollo - University of Cambridge Repository

Subjects
5101 Astronomical Sciences, 51 Physical Sciences
Abstract

We present the results of simultaneous 450 μm and 850 μm polarization observations toward the massive star-forming region NGC 2071IR, a target of the BISTRO (B-fields in STar-forming Region Observations) Survey, using the POL-2 polarimeter and SCUBA-2 camera mounted on the James Clerk Maxwell Telescope. We find a pinched magnetic field morphology in the central dense core region, which could be due to a rotating toroidal disklike structure and a bipolar outflow originating from the central young stellar object IRS 3. Using the modified Davis–Chandrasekhar–Fermi method, we obtain a plane-of-sky magnetic field strength of 563 ± 421 μG in the central ∼0.12 pc region from 850 μm polarization data. The corresponding magnetic energy density of 2.04 × 10−8 erg cm−3 is comparable to the turbulent and gravitational energy densities in the region. We find that the magnetic field direction is very well aligned with the whole of the IRS 3 bipolar outflow structure. We find that the median value of polarization fractions is 3.0% at 450 μm in the central 3′ region, which is larger than the median value of 1.2% at 850 μm. The trend could be due to the better alignment of warmer dust in the strong radiation environment. We also find that polarization fractions decrease with intensity at both wavelengths, with slopes, determined by fitting a Rician noise model of 0.59 ± 0.03 at 450 μm and 0.36 ± 0.04 at 850 μm, respectively. We think that the shallow slope at 850 μm is due to grain alignment at the center being assisted by strong radiation from the central young stellar objects.

Published
2021
Full Text
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22. Support Effect and Surface Reconstruction in In2O3/ m-ZrO2Catalyzed CO2Hydrogenation

Author

Zhang, X, Zhang, X, Kirilin, AV, Rozeveld, S, Kang, JH, Pollefeyt, G, Yancey, DF, Chojecki, A, Vanchura, B, Blum, M, Zhang, X, Zhang, X, Kirilin, AV, Rozeveld, S, Kang, JH, Pollefeyt, G, Yancey, DF, Chojecki, A, Vanchura, B, and Blum, M

Abstract

We investigate the chemical and structural dynamics at the interface of In2O3/m-ZrO2and their consequences on the CO2hydrogenation reaction (CO2HR) under reaction conditions. While acting to enrich CO2, monoclinic zirconia (m-ZrO2) was also found to serve as a chemical and structural modifier of In2O3that directly governs the outcome of the CO2HR. These modifying effects include the following: (1) Under reaction conditions (above 623 K), partially reduced In2O3, i.e., InOx(0 < x < 1.5), was found to migrate in and out of the subsurface of m-ZrO2in a semireversible manner, where m-ZrO2accommodates and stabilizes InOxby serving as a reservoir. The decreased concentration of surface InOxunder elevated temperatures coincides with significantly decreased selectivity toward methanol and a sharp increase of the reverse water-gas shift reaction. The reconstruction-induced variation of InOxconcentration appears to be one of the most important factors contributing to the altered catalytic performance of CO2HR at different reaction conditions. (2) The strong interactions and reactions between m-ZrO2and In2O3result in the activation of a pool of In-O bonds at the In2O3/m-ZrO2interface to form oxygen vacancies. On the other hand, the high dispersity of In2O3nanostructures onto m-ZrO2prevents their over-reduction under catalytically relevant conditions (up to 673 K), when bare In2O3is unavoidably reduced into the metallic phase (In0). The relationship between the extent of reduction of In2O3and catalytic performance (CO2conversion, CH3OH selectivity, or yield of CH3OH) suggests the presence of an optimum coverage of surface InOxand oxygen vacancies under reaction conditions. The conventional model that links catalytic performance solely to the coverage of oxygen vacancies appears invalid in the present case. In situ analysis also allows the observation of surface reaction intermediates and their interconversions, including the reduction of CO3∗ into formate, a precursor for

Published
2022

23. The Association between Serum Lipids and Intraocular Pressure in 2 Large United Kingdom Cohorts.

Author

Madjedi, KM, Stuart, KV, Chua, SYL, Luben, RN, Warwick, A, Pasquale, LR, Kang, JH, Wiggs, JL, Lentjes, MAH, Aschard, H, Sattar, N, Foster, PJ, Khawaja, AP, Modifiable Risk Factors for Glaucoma Collaboration and the UK Biobank Eye and Vision Consortium, Madjedi, KM, Stuart, KV, Chua, SYL, Luben, RN, Warwick, A, Pasquale, LR, Kang, JH, Wiggs, JL, Lentjes, MAH, Aschard, H, Sattar, N, Foster, PJ, Khawaja, AP, and Modifiable Risk Factors for Glaucoma Collaboration and the UK Biobank Eye and Vision Consortium

Abstract

PURPOSE: Serum lipids are modifiable, routinely collected blood test features associated with cardiovascular health. We examined the association of commonly collected serum lipid measures (total cholesterol [TC], high-density lipoprotein cholesterol [HDL-C], low-density lipoprotein cholesterol [LDL-C], and triglycerides) with intraocular pressure (IOP). DESIGN: Cross-sectional study in the UK Biobank and European Prospective Investigation into Cancer and Nutrition (EPIC)-Norfolk cohorts. PARTICIPANTS: We included 94 323 participants from the UK Biobank (mean age, 57 years) and 6230 participants from the EPIC-Norfolk (mean age, 68 years) cohorts with data on TC, HDL-C, LDL-C, and triglycerides collected between 2006 and 2009. METHODS: Multivariate linear regression adjusting for demographic, lifestyle, anthropometric, medical, and ophthalmic covariables was used to examine the associations of serum lipids with corneal-compensated IOP (IOPcc). MAIN OUTCOME MEASURES: Corneal-compensated IOP. RESULTS: Higher levels of TC, HDL-C, and LDL-C were associated independently with higher IOPcc in both cohorts after adjustment for key demographic, medical, and lifestyle factors. For each 1-standard deviation increase in TC, HDL-C, and LDL-C, IOPcc was higher by 0.09 mmHg (95% confidence interval [CI], 0.06-0.11 mmHg; P < 0.001), 0.11 mmHg (95% CI, 0.08-0.13 mmHg; P < 0.001), and 0.07 mmHg (95% CI, 0.05-0.09 mmHg; P < 0.001), respectively, in the UK Biobank cohort. In the EPIC-Norfolk cohort, each 1-standard deviation increase in TC, HDL-C, and LDL-C was associated with a higher IOPcc by 0.19 mmHg (95% CI, 0.07-0.31 mmHg; P = 0.001), 0.14 mmHg (95% CI, 0.03-0.25 mmHg; P = 0.016), and 0.17 mmHg (95% CI, 0.06-0.29 mmHg; P = 0.003). An inverse association between triglyceride levels and IOP in the UK Biobank (-0.05 mmHg; 95% CI, -0.08 to -0.03; P < 0.001) was not replicated in the EPIC-Norfolk cohort (P = 0.30). CONCLUSIONS: Our findings suggest that serum TC, HDL-C, and LDL-C are a

Published
2022

24. Biological evaluation of protein nanocapsules containing doxorubicin

Author

Toita R, Murata M, Abe K, Narahara S, Piao JS, Kang JH, Ohuchida K, and Hashizume M

Subjects
Medicine (General), R5-920
Abstract

Riki Toita,1,2 Masaharu Murata,1–3 Kana Abe,3 Sayoko Narahara,1 Jing Shu Piao,2 Jeong-Hun Kang,4 Kenoki Ohuchida,2,5 Makoto Hashizume1–31Innovation Center for Medical Redox Navigation, Kyushu University, 2Department of Advanced Medical Initiatives, Kyushu University, 3Center for Advanced Medical Innovation, Kyushu University, Fukuoka, 4Department of Biomedical Engineering, National Cerebral and Cardiovascular Center Research Institutes, Suita, 5Department of Surgery and Oncology, Kyushu University, Fukuoka, JapanAbstract: This study describes the applications of a naturally occurring small heat shock protein (Hsp) that forms a cage-like structure to act as a drug carrier. Mutant Hsp cages (HspG41C) were expressed in Escherichia coli by substituting glycine 41 located inside the cage with a cysteine residue to allow conjugation with a fluorophore or a drug. The HspG41C cages were taken up by various cancer cell lines, mainly through clathrin-mediated endocytosis. The cages were detected in acidic organelles (endosomes/lysosomes) for at least 48 hours, but none were detected in the mitochondria or nuclei. To generate HspG41C cages carrying doxorubicin (DOX), an anticancer agent, the HspG41C cages and DOX were conjugated using acid-labile hydrazone linkers. The release of DOX from HspG41C cages was accelerated at pH 5.0, but was negligible at pH 7.2. The cytotoxic effects of HspG41C–DOX against Suit-2 and HepG2 cells were slightly weaker than those of free DOX, but the effects were almost identical in Huh-7 cells. Considering the relatively low release of DOX from HspG41C–DOX, HspG41C–DOX exhibited comparable activity towards HepG2 and Suit-2 cells and slightly stronger cytotoxicity towards Huh-7 cells than free DOX. Hsp cages offer good biocompatibility, are easy to prepare, and are easy to modify; these properties facilitate their use as nanoplatforms in drug delivery systems and in other biomedical applications.Keywords: anticancer activity, biomedical application, doxorubicin, drug delivery system, protein nanocapsules, small heat shock protein

Published
2013

25. Liver cell specific targeting by the preS1 domain of hepatitis B virus surface antigen displayed on protein nanocages

Author

Murata M, Narahara S, Umezaki K, Toita R, Tabata S, Piao JS, Abe K, Kang JH, Ohuchida K, Cui L, and Hashizume M

Subjects
Medicine (General), R5-920
Abstract

Masaharu Murata,1,2 Sayoko Narahara,1,2 Kaori Umezaki,1 Riki Toita,1,2 Shigekazu Tabata,1 Jing Shu Piao,1 Kana Abe,1 Jeong-Hun Kang,3 Kenoki Ohuchida,1,4 Lin Cui,4 Makoto Hashizume1,21Department of Advanced Medical Initiatives, Faculty of Medical Science, Kyushu University, Fukuoka, Japan; 2Innovation Center for Medical Redox Navigation, Kyushu University, Fukuoka, Japan; 3Department of Biomedical Engineering, National Cerebral and Cardiovascular Center Research Institute, Osaka, Japan; 4Department of Surgery and Oncology, Graduate School of Medical Sciences, Kyushu University, Fukuoka, JapanAbstract: Protein nanocages are self-organized complexes of oligomers whose three-dimensional architecture can been determined in detail. These structures possess nanoscale inner cavities into which a variety of molecules, including therapeutic or diagnostic agents, can be encapsulated. These properties yield these particles suitable for a new class of drug delivery carrier, or as a bioimaging reagent that might respond to biochemical signals in many different cellular processes. We report here the design, synthesis, and biological characterization of a hepatocyte-specific nanocage carrying small heat-shock protein. These nanoscale protein cages, with a targeting peptide composed of a preS1 derivative from the hepatitis B virus on their surfaces, were prepared by genetic engineering techniques. PreS1-carrying nanocages showed lower cytotoxicity and significantly higher specificity for human hepatocyte cell lines than other cell lines in vitro. These results suggested that small heat-shock protein-based nanocages present great potential for the development of effective targeted delivery of various agents to specific cells.Keywords: protein nanocages, drug delivery system, hepatocyte cell lines specific, hepatitis B virus

Published
2012

26. The JCMT BISTRO Survey: Revealing the Diverse Magnetic Field Morphologies in Taurus Dense Cores with Sensitive Submillimeter Polarimetry

Author

Eswaraiah, C, Li, D, Furuya, RS, Hasegawa, T, Ward-Thompson, D, Qiu, K, Ohashi, N, Pattle, K, Sadavoy, S, Hull, CLH, Berry, D, Doi, Y, Ching, TC, Lai, SP, Wang, JW, Koch, PM, Kwon, J, Kwon, W, Bastien, P, Arzoumanian, D, Coudé, S, Soam, A, Fanciullo, L, Yen, HW, Liu, J, Hoang, T, Ping Chen, W, Shimajiri, Y, Liu, T, Chen, Z, Li, HB, Lyo, AR, Hwang, J, Johnstone, D, Rao, R, Bich Ngoc, N, Ngoc Diep, P, Mairs, S, Parsons, H, Tamura, M, Tahani, M, Vivien Chen, HR, Nakamura, F, Shinnaga, H, Tang, YW, Cho, J, Won Lee, C, Inutsuka, SI, Inoue, T, Iwasaki, K, Qian, L, Xie, J, Liu, HL, Zhang, CP, Chen, M, Zhang, G, Zhu, L, Zhou, J, André, P, Liu, SY, Yuan, J, Lu, X, Peretto, N, Bourke, TL, Byun, DY, Dai, S, Duan, Y, Duan, HY, Eden, D, Matthews, B, Fiege, J, Fissel, LM, Kim, KT, Lee, CF, Kim, J, Pyo, TS, Choi, Y, Choi, M, Chrysostomou, A, Jung Chung, E, Ngoc Tram, L, Franzmann, E, Friberg, P, Friesen, R, Fuller, G, Gledhill, T, Graves, S, Greaves, J, Griffin, M, Gu, Q, Han, I, Hatchell, J, Hayashi, S, Houde, M, Kawabata, K, Jeong, IG, Kang, JH, Kang, SJ, Kang, M, Eswaraiah, C [0000-0003-4761-6139], Furuya, RS [0000-0003-0646-8782], Hasegawa, T [0000-0003-1853-0184], Ward-Thompson, D [0000-0003-1140-2761], Qiu, K [0000-0002-5093-5088], Ohashi, N [0000-0003-0998-5064], Pattle, K [0000-0002-8557-3582], Sadavoy, S [0000-0001-7474-6874], Hull, CLH [0000-0002-8975-7573], Berry, D [0000-0001-6524-2447], Doi, Y [0000-0001-8746-6548], Ching, TC [0000-0001-8516-2532], Lai, SP [0000-0001-5522-486X], Wang, JW [0000-0002-6668-974X], Koch, PM [0000-0003-2777-5861], Kwon, J [0000-0003-2815-7774], Kwon, W [0000-0003-4022-4132], Bastien, P [0000-0002-0794-3859], Arzoumanian, D [0000-0002-1959-7201], Coudé, S [0000-0002-0859-0805], Soam, A [0000-0002-6386-2906], Fanciullo, L [0000-0001-9930-9240], Yen, HW [0000-0003-1412-893X], Liu, J [0000-0002-4774-2998], Hoang, T [0000-0003-2017-0982], Ping Chen, W [0000-0003-0262-272X], Shimajiri, Y [0000-0001-9368-3143], Liu, T [0000-0002-5286-2564], Chen, Z [0000-0003-0849-0692], Li, HB [0000-0003-2641-9240], Lyo, AR [0000-0002-9907-8427], Hwang, J [0000-0001-7866-2686], Johnstone, D [0000-0002-6773-459X], Rao, R [0000-0002-1407-7944], Bich Ngoc, N [0000-0002-5913-5554], Ngoc Diep, P [0000-0002-2808-0888], Mairs, S [0000-0002-6956-0730], Parsons, H [0000-0002-6327-3423], Tamura, M [0000-0002-6510-0681], Tahani, M [0000-0001-8749-1436], Vivien Chen, HR [0000-0002-9774-1846], Nakamura, F [0000-0001-5431-2294], Shinnaga, H [0000-0001-9407-6775], Tang, YW [0000-0002-0675-276X], Cho, J [0000-0003-1725-4376], Won Lee, C [0000-0002-3179-6334], Inutsuka, SI [0000-0003-4366-6518], Iwasaki, K [0000-0002-2707-7548], Qian, L [0000-0003-0597-0957], Xie, J [0000-0002-2738-146X], Liu, HL [0000-0003-3343-9645], Zhang, CP [0000-0002-4428-3183], Zhou, J [0000-0003-0356-818X], André, P [0000-0002-3413-2293], Liu, SY [0000-0003-4603-7119], Lu, X [0000-0003-2619-9305], Bourke, TL [0000-0001-7491-0048], Byun, DY [0000-0003-1157-4109], Eden, D [0000-0002-5881-3229], Matthews, B [0000-0003-3017-9577], Fissel, LM [0000-0002-4666-609X], Kim, KT [0000-0003-2412-7092], Lee, CF [0000-0002-3024-5864], Kim, J [0000-0002-1229-0426], Pyo, TS [0000-0002-3273-0804], Chrysostomou, A [0000-0002-9583-8644], Jung Chung, E [0000-0003-0014-1527], Ngoc Tram, L [0000-0002-6488-8227], Franzmann, E [0000-0003-2142-0357], Friberg, P [0000-0002-8010-8454], Friesen, R [0000-0001-7594-8128], Fuller, G [0000-0001-8509-1818], Gledhill, T [0000-0002-2859-4600], Graves, S [0000-0001-9361-5781], Griffin, M [0000-0002-0033-177X], Gu, Q [0000-0002-2826-1902], Hatchell, J [0000-0002-4870-2760], Houde, M [0000-0003-4420-8674], Kawabata, K [0000-0001-6099-9539], Jeong, IG [0000-0002-5492-6832], Kang, JH [0000-0001-7379-6263], Kang, SJ [0000-0002-5004-7216], Kang, M [0000-0002-5016-050X], and Apollo - University of Cambridge Repository

Subjects
5101 Astronomical Sciences, 51 Physical Sciences
Abstract

We have obtained sensitive dust continuum polarization observations at 850 μm in the B213 region of Taurus using POL-2 on SCUBA-2 at the James Clerk Maxwell Telescope as part of the B-fields in STar-forming Region Observations (BISTRO) survey. These observations allow us to probe magnetic field (B-field) at high spatial resolution (∼2000 au or ∼0.01 pc at 140 pc) in two protostellar cores (K04166 and K04169) and one prestellar core (Miz-8b) that lie within the B213 filament. Using the Davis–Chandrasekhar–Fermi method, we estimate the B-field strengths in K04166, K04169, and Miz-8b to be 38 ± 14, 44 ± 16, and 12 ± 5 μG, respectively. These cores show distinct mean B-field orientations. The B-field in K04166 is well ordered and aligned parallel to the orientations of the core minor axis, outflows, core rotation axis, and large-scale uniform B-field, in accordance with magnetically regulated star formation via ambipolar diffusion taking place in K04166. The B-field in K04169 is found to be ordered but oriented nearly perpendicular to the core minor axis and large-scale B-field and not well correlated with other axes. In contrast, Miz-8b exhibits a disordered B-field that shows no preferred alignment with the core minor axis or large-scale field. We found that only one core, K04166, retains a memory of the large-scale uniform B-field. The other two cores, K04169 and Miz-8b, are decoupled from the large-scale field. Such a complex B-field configuration could be caused by gas inflow onto the filament, even in the presence of a substantial magnetic flux.

Published
2021

28. Risk of opioid-related aberrant behaviors predicted by Opioid Risk Tool among cancer patients receiving opioid analgesics

Author

Park K, Chang Mh, Koh S, Oh Sy, Lee Kh, and Kang Jh

Subjects
Opioid, business.industry, Medicine, Cancer, business, Opioid analgesics, Bioinformatics, medicine.disease, medicine.drug
Abstract

Purpose: The risk of opioid-related aberrant behavior (OAB) in Korean cancer patients has not been previously evaluated. The purpose of this study was to investigate the Opioid Risk Tool (ORT) in Korean cancer patients receiving opioid treatment.Methods: Data were obtained from a multicenter, cross-sectional, nationwide observational study regarding breakthrough cancer pain. The study was conducted in 33 South Korean institutions from March 2016 to December 2017. Patients were eligible if they had cancer-related pain within the past 7 days, which was treated with strong opioids in the previous 7 days.Results: We analyzed ORT results of 947 patients. Only one patient in each sex (0.2%) was classified as high risk for OAB. In patients with an ORT score of 1 or higher, the score primarily represented positive responses for personal history of depression, personal or family history of alcohol abuse, or 16–45 years age range. These patients had more severe average and worst pain scores and used rescue analgesics more frequently than patients with ORT scores of 0. The proportion of moderate- or high-risk patients according to ORT was lower in patients receiving low doses of long-acting opioids than in those receiving high doses (2.0% vs. 6.6%, p = 0.030). Moderate or high risk was more frequent when ORT was completed in an isolated room than in an open, busy place (2.7% vs. 0.6%, p = 0.091).Conclusion: The risk of OAB measured by ORT was very low in cancer patients receiving strong opioids for analgesia.

Published
2021

29. First measurement of the vertical bar t vertical bar-dependence of coherent J/psi photonuclear production

Author

Acharya, S, Acosta, Ft, Adam, J, Adamova, D, Adler, A, Adolfsson, J, Aggarwal, Mm, Rinella, Ga, Agnello, M, Agrawal, N, Ahammed, Z, Ahn, Su, Aiola, S, Akindinov, A, Al-Turany, M, Alam, Sn, Albuquerque, Dsd, Aleksandrov, D, Alessandro, B, Alfanda, Hm, Molina, Ra, Ali, Y, Alici, A, Alkin, A, Alme, J, Alt, T, Altenkamper, L, Altsybeev, I, Anaam, Mn, Andrei, C, Andreou, D, Andrews, Ha, Andronic, A, Angeletti, M, Anguelov, V, Anson, C, Anticic, T, Antinori, F, Antonioli, P, Anwar, R, Apadula, N, Aphecetche, L, Appelshauser, H, Arcelli, S, Arnaldi, R, Arratia, M, Arsene, Ic, Arslandok, M, Augustinus, A, Averbeck, R, Azmi, Md, Badala, A, Baek, Yw, Bagnasco, S, Bailhache, R, Bala, R, Baldisseri, A, Ball, M, Baral, Rc, Barbano, Am, Barbera, R, Barile, F, Barioglio, L, Barnafoldi, Gg, Barnby, Ls, Barret, V, Bartalini, P, Barth, K, Bartsch, E, Bastid, N, Basu, S, Batigne, G, Batyunya, B, Batzing, Pc, Alba, Jlb, Bearden, Ig, Beck, H, Bedda, C, Behera, Nk, Belikov, I, Bellini, F, Martinez, Hb, Bellwied, R, Beltran, Lge, Belyaev, V, Bencedi, G, Beole, S, Bercuci, A, Berdnikov, Y, Berenyi, D, Bertens, Ra, Berzano, D, Betev, L, Bhaduri, Pp, Bhasin, A, Bhat, Ir, Bhatt, H, Bhattacharjee, B, Bhom, J, Bianchi, A, Bianchi, L, Bianchi, N, Bielcik, J, Bielcikova, J, Bilandzic, A, Biro, G, Biswas, R, Biswas, S, Blair, Jt, Blau, D, Blume, C, Boca, G, Bock, F, Bogdanov, A, Boldizsar, L, Bolozdynya, A, Bombara, M, Bonomi, G, Bonora, M, Borel, H, Borissov, A, Borri, M, Botta, E, Bourjau, C, Bratrud, L, Braun-Munzinger, P, Bregant, M, Broker, Ta, Broz, M, Brucken, Ej, Bruna, E, Bruno, Ge, Budnikov, D, Buesching, H, Bufalino, S, Buhler, P, Buncic, P, Busch, O, Buthelezi, Z, Butt, Jb, Buxton, Jt, Cabala, J, Caffarri, D, Caines, H, Calivà, A, Villar, Ec, Camacho, Rs, Camerini, P, Capon, Aa, Carena, W, Carnesecchi, F, Castellanos, Jc, Castro, Aj, Casula, Ear, Sanchez, Cc, Chandra, S, Chang, B, Chang, W, Chapeland, S, Chartier, M, Chattopadhyay, S, Chauvin, A, Cheshkov, C, Cheynis, B, Barroso, Vc, Chinellato, Dd, Cho, S, Chochula, P, Chowdhury, T, Christakoglou, P, Christensen, Ch, Christiansen, P, Chujo, T, Chung, Su, Cicalo, C, Cifarelli, L, Cindolo, F, Cleymans, J, Colamaria, F, Colella, D, Collu, A, Colocci, M, Concas, M, Balbastre, Gc, del Valle ZC, Contreras, Jg, Cormier, Tm, Morales, Yc, Cortese, P, Cosentino, Mr, Costa, F, Costanza, S, Crkovska, J, Crochet, P, Cuautle, E, Cunqueiro, L, Dabrowski, D, Dahms, T, Dainese, A, Damas, Fpa, Dani, S, Danisch, Mc, Danu, A, Das, D, Das, I, Das, S, Dash, A, Dash, S, De, S, De Caro, A, de Cataldo, G, de Conti, C, de Cuveland, J, De Falco, A, De Gruttola, D, De Marco, N, De Pasquale, S, De Souza RD, Degenhardt, Hf, Deisting, A, Deloff, A, Delsanto, S, Deplano, C, Dhankher, P, Di Bari, D, Di Mauro, A, Di Ruzza, B, Diaz, Ra, Dietel, T, Dillenseger, P, Ding, Y, Divia, R, Djuvsland, O, Dobrin, A, Gimenez, Dd, Donigus, B, Dordic, O, Dubey, Ak, Dubla, A, Ducroux, L, Dudi, S, Duggal, Ak, Dukhishyam, M, Dupieux, P, Ehlers, Rj, Elia, D, 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Kalweit, A, Kang, Jh, Kaplin, V, Kar, S, Uysal, Ak, Karavichev, O, Karavicheva, T, Karczmarczyk, P, Karpechev, E, Kebschull, U, Keidel, R, Keijdener, Dld, Keil, M, Ketzer, B, Khabanova, Z, Khan, Am, Khan, S, Khan, Sa, Khanzadeev, A, Kharlov, Y, Khatun, A, Khuntia, A, Kielbowicz, Mm, Kileng, B, Kim, B, Kim, D, Kim, Dj, Kim, Ej, Kim, H, Kim, Js, Kim, J, Kim, M, Kim, S, Kim, T, Kindra, K, Kirsch, S, Kisel, I, Kiselev, S, Kisiel, A, Klay, Jl, Klein, C, Klein, J, Klein-Bosing, C, Klewin, S, Kluge, A, Knichel, Ml, Knospe, Ag, Kobdaj, C, Kofarago, M, Kohler, Mk, Kollegger, T, Kondratyeva, N, Kondratyuk, E, Konevskikh, A, Konopka, Pj, Konyushikhin, M, Koska, L, Kovalenko, O, Kovalenko, V, Kowalski, M, Kralik, I, Kravcakova, A, Kreis, L, Krivda, M, Krizek, F, Kruger, M, Kryshen, E, Krzewicki, M, Kubera, Am, Kucera, V, Kuhn, C, Kuijer, Pg, Kumar, J, Kumar, L, Kumar, S, Kundu, S, Kurashvili, P, Kurepin, A, Kurepin, Ab, Kushpil, S, Kvapil, J, Kweon, Mj, Kwon, Y, La Pointe SL, La Rocca, P, Lai, Ys, Lakomov, I, Langoy, R, Lapidus, K, Lardeux, A, Larionov, P, Laudi, E, Lavicka, R, Lea, R, Leardini, L, Lee, S, Lehas, F, Lehner, S, Lehrbach, J, Lemmon, Rc, Monzon, Il, Levai, P, Li, X, Li, Xl, Lien, J, Lietava, R, Lim, B, Lindal, S, Lindenstruth, V, Lindsay, Sw, Lippmann, C, Lisa, Ma, Litichevskyi, V, Liu, A, Ljunggren, Hm, Llope, Wj, Lodato, Df, Loginov, V, Loizides, C, Loncar, P, Lopez, X, Torres, El, Luettig, P, Luhder, Jr, Lunardon, M, Luparello, G, Lupi, M, Maevskaya, A, Mager, M, Mahmood, Sm, Maire, A, Majka, Rd, Malaev, M, Malik, Qw, Malinina, L, Mal'Kevich, D, Malzacher, P, Mamonov, A, Manko, V, Manso, F, Manzari, V, Mao, Y, Marchisone, M, Mares, J, Margagliotti, Gv, Margotti, A, Margutti, J, Marin, A, Markert, C, Marquard, M, Martin, Na, Martinengo, P, Martinez, Jl, Martinez, Mi, Garcia, Gm, Pedreira, Mm, Masciocchi, S, Masera, M, Masoni, A, Massacrier, L, Masson, E, Mastroserio, A, Mathis, Am, Matuoka, Pft, Matyja, A, Mayer, C, Mazzilli, M, Mazzoni, Ma, Meddi, F, Melikyan, Y, Menchaca-Rocha, A, Meninno, E, Meres, M, Mhlanga, S, Miake, Y, Micheletti, L, Mieskolainen, Mm, Mihaylov, Dl, Mikhaylov, K, Mischke, A, Mishra, An, Miskowiec, D, Mitra, J, Mitu, Cm, Mohammadi, N, Mohanty, Ap, Mohanty, B, Khan, Mm, De Godoy DAM, Moreno, Lap, Moretto, S, Morreale, A, Morsch, A, Mrnjavac, T, Muccifora, V, Mudnic, E, Muhlheim, D, Muhuri, S, Mukherjee, M, Mulligan, Jd, Munhoz, Mg, Munning, K, Munzer, Rh, Murakami, H, Murray, S, Musa, L, Musinsky, J, Myers, Cj, Myrcha, Jw, Naik, B, Nair, R, Nandi, Bk, Nania, R, Nappi, E, Narayan, A, Naru, Mu, Nassirpour, Af, da Luz HN, Nattrass, C, Navarro, Sr, Nayak, K, Nayak, R, Nayak, Tk, Nazarenko, S, De Oliveira RAN, Nellen, L, Nesbo, Sv, Neskovic, G, Ng, F, Nicassio, M, Niedziela, J, Nielsen, Bs, Nikolaev, S, Nikulin, S, Nikulin, V, Noferini, F, Nomokonov, P, Nooren, G, Noris, Jcc, Norman, J, Nyanin, A, Nystrand, J, Ogino, M, Oh, H, Ohlson, A, Oleniacz, J, Da Silva ACO, Oliver, Mh, Onderwaater, J, Oppedisano, C, Orava, R, Oravec, M, Velasquez, Ao, Oskarsson, A, Otwinowski, J, Oyama, K, Pachmayer, Y, Pacik, V, Pagano, D, Paic, G, Palni, P, Pan, J, Pandey, Ak, Panebianco, S, Papikyan, V, Pareek, P, Park, J, Parkkila, Je, Parmar, S, Passfeld, A, Pathak, Sp, Patra, Rn, Paul, B, Pei, H, Peitzmann, T, Peng, X, Pereira, Lg, Da Costa HP, Peresunko, D, Lezama, Ep, Peskov, V, Pestov, Y, Petracek, V, Petrovici, M, Petta, C, Pezzi, Rp, Piano, S, Pikna, M, Pillot, P, Pimentel, Lodl, Pinazza, O, Pinsky, L, Pisano, S, Piyarathna, Db, Ploskon, M, Planinic, M, Pliquett, F, Pluta, J, Pochybova, S, Podesta-Lerma, Plm, Poghosyan, Mg, Polichtchouk, B, Poljak, N, Poonsawat, W, Pop, A, Poppenborg, H, Porteboeuf-Houssais, S, Pozdniakov, V, Prasad, Sk, Preghenella, R, Prino, F, Pruneau, Ca, Pshenichnov, I, Puccio, M, Punin, V, Puranapanda, K, Putschke, J, Raha, S, Rajput, S, Rak, J, Rakotozafindrabe, A, Ramello, L, Rami, F, Raniwala, R, Raniwala, S, Rasanen, Ss, Rascanu, Bt, Rath, R, Ratza, V, Ravasenga, I, Read, Kf, Redlich, K, Rehman, A, Reichelt, P, Reidt, F, Ren, X, Renfordt, R, Reshetin, A, Revol, Jp, Reygers, K, Riabov, V, Richert, T, Richter, M, Riedler, P, Riegler, W, Riggi, F, Ristea, C, Rode, Sp, Cahuantzi, Mr, Roed, K, Rogalev, R, Rogochaya, E, Rohr, D, Rohrich, D, Rokita, Ps, Ronchetti, F, Rosas, Ed, Roslon, K, Rosnet, P, Rossi, A, Rotondi, A, Roukoutakis, F, Roy, C, Roy, P, Rueda, Ov, Rui, R, Rumyantsev, B, Rustamov, A, Ryabinkin, E, Ryabov, Y, Rybicki, A, Saarinen, S, Sadhu, S, Sadovsky, S, Safarik, K, Saha, Sk, Sahoo, B, Sahoo, P, Sahoo, R, Sahoo, S, Sahu, Pk, Saini, J, Sakai, S, Saleh, Ma, Sambyal, S, Samsonov, V, Sandoval, A, Sarkar, A, Sarkar, D, Sarkar, N, Sarma, P, Sas, Mhp, Scapparone, E, Scarlassara, F, Schaefer, B, Scheid, Hs, Schiaua, C, Schicker, R, Schmidt, C, Schmidt, Hr, Schmidt, Mo, Schmidt, M, Schmidt, Nv, Schukraft, J, Schutz, Y, Schwarz, K, Schweda, K, Scioli, G, Scomparin, E, Sefcik, M, Seger, Je, Sekiguchi, Y, Sekihata, D, Selyuzhenkov, I, Senyukov, S, Serradilla, E, Sett, P, 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Torres, Sr, Tripathy, S, Trogolo, S, Trombetta, G, Tropp, L, Trubnikov, V, Trzaska, Wh, Trzcinski, Tp, Trzeciak, Ba, Tsuji, T, Tumkin, A, Turrisi, R, Tveter, Ts, Ullaland, K, Umaka, En, Uras, A, Usai, Gl, Utrobicic, A, Vala, M, Palomo, Lv, Valle, N, van der Kolk, N, Van Doremalen LVR, Van Hoorne JW, van Leeuwen, M, Vande Vyvre, P, Varga, D, Vargas, A, Vargyas, M, Varma, R, Vasileiou, M, Vasiliev, A, Doce, Ov, Vechernin, V, Veen, Am, Vercellin, E, Limon, Sv, Vermunt, L, Vernet, R, Vertesi, R, Vickovic, L, Viinikainen, J, Vilakazi, Z, Baillie, Ov, Tello, Av, Vinogradov, A, Virgili, T, Vislavicius, V, Vodopyanov, A, Volkl, Ma, Voloshin, K, Voloshin, Sa, Volpe, G, von Haller, B, Vorobyev, I, Voscek, D, Vranic, D, Vrlakova, J, Wagner, B, Wang, M, Watanabe, Y, Weber, M, Weber, Sg, Wegrzynek, A, Weiser, Df, Wenzel, Sc, Wessels, Jp, Westerhoff, U, Whitehead, Am, Wiechula, J, Wikne, J, Wilk, G, Wilkinson, J, Willems, Ga, Williams, Mcs, Willsher, E, Windelband, B, Witt, We, Xu, R, Yalcin, S, Yamakawa, K, Yano, S, Yin, Z, Yokoyama, H, Yoo, Ik, Yoon, Jh, Yuan, S, Yurchenko, V, Zaccolo, V, Zaman, A, Zampolli, C, Zanoli, Hjc, Zardoshti, N, Zarochentsev, A, Zavada, P, Zaviyalov, N, Zbroszczyk, H, Zhalov, M, Zhang, X, Zhang, Y, Zhang, Z, Zhao, C, Zherebchevskii, V, Zhigareva, N, Zhou, D, Zhou, Y, Zhou, Z, Zhu, H, Zhu, J, Zhu, Y, Zichichi, A, Zimmermann, Mb, Zinovjev, G, and Zmeskal, J

Subjects
PB-PB COLLISIONS, PHYSICS, PHOTOPRODUCTION
Published
2021

30. Genome-wide meta-analysis identifies 127 open-angle glaucoma loci with consistent effect across ancestries

Author

Gharahkhani, P, Jorgenson, E, Hysi, P, Khawaja, AP, Pendergrass, S, Han, X, Ong, JS, Hewitt, AW, Segre, A, Rouhana, JM, Hamel, AR, Igo, RP, Choquet, H, Qassim, A, Josyula, NS, Bailey, JNC, Bonnemaijer, PWM, Iglesias, A, Siggs, OM, Young, TL, Vitart, V, Thiadens, AAHJ, Karjalainen, J, Uebe, S, Melles, RB, Nair, KS, Luben, R, Simcoe, M, Amersinghe, N, Cree, AJ, Hohn, R, Poplawski, A, Chen, LJ, Rong, S-S, Aung, T, Vithana, EN, Tamiya, G, Shiga, Y, Yamamoto, M, Nakazawa, T, Currant, H, Birney, E, Wang, X, Auton, A, Lupton, MK, Martin, NG, Ashaye, A, Olawoye, O, Williams, SE, Akafo, S, Ramsay, M, Hashimoto, K, Kamatani, Y, Akiyama, M, Momozawa, Y, Foster, PJ, Khaw, PT, Morgan, JE, Strouthidis, NG, Kraft, P, Kang, JH, Pang, CP, Pasutto, F, Mitchell, P, Lotery, AJ, Palotie, A, van Duijn, C, Haines, JL, Hammond, C, Pasquale, LR, Klaver, CCW, Hauser, M, Khor, CC, Mackey, DA, Kubo, M, Cheng, C-Y, Craig, JE, MacGregor, S, Wiggs, JL, Gharahkhani, P, Jorgenson, E, Hysi, P, Khawaja, AP, Pendergrass, S, Han, X, Ong, JS, Hewitt, AW, Segre, A, Rouhana, JM, Hamel, AR, Igo, RP, Choquet, H, Qassim, A, Josyula, NS, Bailey, JNC, Bonnemaijer, PWM, Iglesias, A, Siggs, OM, Young, TL, Vitart, V, Thiadens, AAHJ, Karjalainen, J, Uebe, S, Melles, RB, Nair, KS, Luben, R, Simcoe, M, Amersinghe, N, Cree, AJ, Hohn, R, Poplawski, A, Chen, LJ, Rong, S-S, Aung, T, Vithana, EN, Tamiya, G, Shiga, Y, Yamamoto, M, Nakazawa, T, Currant, H, Birney, E, Wang, X, Auton, A, Lupton, MK, Martin, NG, Ashaye, A, Olawoye, O, Williams, SE, Akafo, S, Ramsay, M, Hashimoto, K, Kamatani, Y, Akiyama, M, Momozawa, Y, Foster, PJ, Khaw, PT, Morgan, JE, Strouthidis, NG, Kraft, P, Kang, JH, Pang, CP, Pasutto, F, Mitchell, P, Lotery, AJ, Palotie, A, van Duijn, C, Haines, JL, Hammond, C, Pasquale, LR, Klaver, CCW, Hauser, M, Khor, CC, Mackey, DA, Kubo, M, Cheng, C-Y, Craig, JE, MacGregor, S, and Wiggs, JL

Abstract

Primary open-angle glaucoma (POAG), is a heritable common cause of blindness world-wide. To identify risk loci, we conduct a large multi-ethnic meta-analysis of genome-wide association studies on a total of 34,179 cases and 349,321 controls, identifying 44 previously unreported risk loci and confirming 83 loci that were previously known. The majority of loci have broadly consistent effects across European, Asian and African ancestries. Cross-ancestry data improve fine-mapping of causal variants for several loci. Integration of multiple lines of genetic evidence support the functional relevance of the identified POAG risk loci and highlight potential contributions of several genes to POAG pathogenesis, including SVEP1, RERE, VCAM1, ZNF638, CLIC5, SLC2A12, YAP1, MXRA5, and SMAD6. Several drug compounds targeting POAG risk genes may be potential glaucoma therapeutic candidates.

Published
2021

32. Measurement of electrons from semileptonic heavy-flavour hadron decays at midrapidity in pp and Pb-Pb collisions at √ s(NN)=5.02 TeV

Author

Acharya, S, Adamova, D, Adhya, SP, Adler, A, Adolfsson, J, Aggarwal, MM, Rinella, G Aglieri, Agnello, M, Agrawal, N, Ahammed, Z, Ahmad, S, Ahn, SU, Akindinov, A, Al-Turany, M, Alam, SN, Albuquerque, DSD, Aleksandrov, D, Alessandro, B, Alfanda, HM, Alfaro Molina, R, Ali, B, Ali, Y, Alici, A, Alkin, A, Alme, J, Alt, T, Altenkamper, L, Altsybeev, I, Anaam, MN, Andrei, C, Andreou, D, Andrews, HA, Andronic, A, Angeletti, M, Anguelov, V, Anson, C, Anticic, T, Antinori, F, Antonioli, P, Anwar, R, Apadula, N, Aphecetche, L, Appelshaeuser, H, Arcelli, S, Arnaldi, R, Arratia, M, Arsene, IC, Arslandok, M, Augustinus, A, Averbeck, R, Aziz, S, Azmi, MD, Badala, A, Baek, YW, Bagnasco, S, Bai, X, Bailhache, R, Bala, R, Baldisseri, A, Ball, M, Balouza, S, Baral, RC, Barbera, R, Barioglio, L, Barnafoldi, GG, Barnby, LS, Barret, V, Bartalini, P, Barth, K, Bartsch, E, Baruffaldi, F, Bastid, N, Basu, S, Batigne, G, Batyunya, B, Batzing, PC, Bauri, D, Bazo Alba, JL, Bearden, IG, Bedda, C, Behera, NK, Belikov, I, Bellini, F, Bellwied, R, Belyaev, V, Bencedi, G, Beole, S, Bercuci, A, Berdnikov, Y, Berenyi, D, Bertens, RA, Berzano, D, Besoiu, MG, Betev, L, Bhasin, A, Bhat, IR, Bhat, MA, Bhatt, H, Bhattacharjee, B, Bianchi, A, Bianchi, L, Bianchi, N, Bielcik, J, Bielcikova, J, Bilandzic, A, Biro, G, Biswas, R, Biswas, S, Blair, JT, Blau, D, Blume, C, Boca, G, Bock, F, Bogdanov, A, Boldizsar, L, Bolozdynya, A, Bombara, M, Bonomi, G, Borel, H, Borissov, A, Borri, M, Bossi, H, Botta, E, Bratrud, L, Braun-Munzinger, P, Bregant, M, Broker, TA, Broz, M, Brucken, EJ, Bruna, E, Bruno, GE, Buckland, MD, Budnikov, D, Buesching, H, Bufalino, S, Bugnon, O, Buhler, P, Buncic, P, Buthelezi, Z, Butt, JB, Buxton, JT, Bysiak, SA, Caffarri, D, Caliva, A, Calvo Villar, E, Camacho, RS, Camerini, P, Capon, AA, Carnesecchi, F, Castellanos, J Castillo, Castro, AJ, Casula, EAR, Catalano, F, Sanchez, C Ceballos, Chakraborty, P, Chandra, S, Chang, B, Chang, W, Chapeland, S, Chartier, M, Chattopadhyay, S, Chauvin, A, Cheshkov, C, Cheynis, B, Barroso, V Chibante, Chinellato, DD, Cho, S, Chochula, P, Chowdhury, T, Christakoglou, P, Christensen, CH, Christiansen, P, Chujo, T, Cicalo, C, Cifarelli, L, Cindolo, F, Cleymans, J, Colamaria, F, Colella, D, Collu, A, Colocci, M, Concas, M, Balbastre, G Conesa, del Valle, Z Conesa, Contin, G, Contreras, JG, Cormier, TM, Morales, Y Corrales, Cortese, P, Cosentino, MR, Costa, F, Costanza, S, Crkovska, J, Crochet, P, Cuautle, E, Cunqueiro, L, Dabrowski, D, Dahms, T, Dainese, A, Damas, FPA, Dani, S, Danisch, MC, Danu, A, Das, D, Das, I, Das, P, Das, S, Dash, A, Dash, S, Dashi, A, De, S, De Caro, A, de Cataldo, G, de Conti, C, de Cuveland, J, De Falco, A, De Gruttola, D, De Marco, N, De Pasquale, S, De Souza, RD, Deb, S, Degenhardt, HF, Deja, KR, Deloff, A, Delsanto, S, Devetak, D, Dhankher, P, Di Bari, D, Di Mauro, A, Diaz, RA, Dietel, T, Dillenseger, P, Ding, Y, Divia, R, Djuvsland, O, Dmitrieva, U, Dobrin, A, Doenigus, B, Dordic, O, Dubey, AK, Dubla, A, Dudi, S, Dukhishyam, M, Dupieux, P, Ehlers, RJ, Elia, D, Engel, H, Epple, E, Erazmus, B, Erhardt, F, Erokhin, A, Ersdal, MR, Espagnon, B, Eulisse, G, Eum, J, Evans, D, Evdokimov, S, Fabbietti, L, Faggin, M, Faivre, J, Fantoni, A, Fasel, M, Fecchio, P, Feliciello, A, Feofilov, G, Fernandez Tellez, A, Ferrero, A, Ferretti, A, Festanti, A, Feuillard, VJG, Figiel, J, Filchagin, S, Finogeev, D, Fionda, FM, Fiorenza, G, Flor, F, Foertsch, S, Foka, P, Fokin, S, Fragiacomo, E, Frankenfeld, U, Fronze, GG, Fuchs, U, Furget, C, Furs, A, Girard, M Fusco, Gaardhoje, JJ, Gagliardi, M, Gago, AM, Gal, A, Galvan, CD, Ganoti, P, Garabatos, C, Garcia-Solis, E, Garg, K, Gargiulo, C, Garibli, A, Garner, K, Gasik, P, Gauger, EF, Ducati, MB Gay, Germain, M, Ghosh, J, Ghosh, P, Ghosh, SK, Gianotti, P, Giubellino, P, Giubilato, P, Glaessel, P, Gomez Coral, DM, Ramirez, A Gomez, Gonzalez, V, Gonzalez-Zamora, P, Gorbunov, S, Gorlich, L, Gotovac, S, Grabski, V, Graczykowski, LK, Graham, KL, Greiner, L, Grelli, A, Grigoras, C, Grigoriev, V, Grigoryan, A, Grigoryan, S, Groettvik, OS, Gronefeld, JM, Grosa, F, Grosse-Oetringhaus, JF, Grosso, R, Guernane, R, Guerzoni, B, Guittiere, M, Gulbrandsen, K, Gunji, T, Gupta, A, Gupta, R, Guzman, IB, Haake, R, Habib, MK, Hadjidakis, C, Hamagaki, H, Hamar, G, Hamid, M, Hannigan, R, Haque, MR, Harlenderova, A, Harris, JW, Harton, A, Hasenbichler, JA, Hassan, H, Hatzifotiadou, D, Hauer, P, Hayashi, S, Hechavarria, ADLB, Heckel, ST, Hellbr, E, Helstrup, H, Herghelegiu, A, Hernandez, EG, Herrera Corral, G, Herrmann, F, Hetland, KF, Hilden, TE, Hillemanns, H, Hills, C, Hippolyte, B, Hohlweger, B, Horak, D, Hornung, S, Hosokawa, R, Hristov, P, Huang, C, Hughes, C, Huhn, P, Humanic, TJ, Hushnud, H, Husova, LA, Hussain, N, Hussain, SA, Hussain, T, Hutter, D, Hwang, DS, Iddon, JP, Ilkaev, R, Inaba, M, Ippolitov, M, Islam, MS, Ivanov, M, Ivanov, V, Izucheev, V, Jacak, B, Jacazio, N, Jacobs, PM, Jadhav, MB, Jadlovska, S, Jadlovsky, J, Jaelani, S, Jahnke, C, Jakubowska, MJ, Janik, MA, Jercic, M, Jevons, O, Bustamante, RT Jimenez, Jin, M, Jonas, F, Jones, PG, Jung, J, Jung, M, Jusko, A, Kalinak, P, Kalweit, A, Kang, JH, Kaplin, V, Kar, S, Uysal, A Karasu, Karavichev, O, Karavicheva, T, Karczmarczyk, P, Karpechev, E, Kebschull, U, Keidel, R, Keil, M, Ketzer, B, Khabanova, Z, Khan, AM, Khan, S, Khan, SA, Khanzadeev, A, Kharlov, Y, Khatun, A, Khuntia, A, Kileng, B, Kim, B, Kim, D, Kim, DJ, Kim, EJ, Kim, H, Kim, J, Kim, JS, Kim, M, Kim, S, Kim, T, Kirsch, S, Kisel, I, Kiselev, S, Kisiel, A, Klay, JL, Klein, C, Klein, J, Klein, S, Klein-Boesing, C, Klewin, S, Kluge, A, Knichel, ML, Knospe, AG, Kobdaj, C, Koehler, MK, Kollegger, T, Kondratyev, A, Kondratyeva, N, Kondratyuk, E, Konopka, PJ, Koska, L, Kovalenko, O, Kovalenko, V, Kowalski, M, Kralik, I, Kravcakova, A, Kreis, L, Krivda, M, Krizek, F, Gajdosova, K Krizkova, Krueger, M, Kryshen, E, Krzewicki, M, Kubera, AM, Kucera, V, Kuhn, C, Kuijer, PG, Kumar, L, Kumar, S, Kundu, S, Kurashvili, P, Kurepin, A, Kurepin, AB, Kuryakin, A, Kushpil, S, Kvapil, J, Kweon, MJ, Kwon, JY, Kwon, Y, La Pointe, SL, La Rocca, P, Lai, YS, Langoy, R, Lapidus, K, Lardeux, A, Larionov, P, Laudi, E, Lavicka, R, Lazareva, T, Lea, R, Leardini, L, Lee, S, Lehas, F, Lehner, S, Lehrbach, J, Lemmon, RC, Leon Monzon, I, Lesser, ED, Lettrich, M, Levai, P, Li, X, Li, XL, Lien, J, Lietava, R, Lim, B, Lindal, S, Lindenstruth, V, Lindsay, SW, Lippmann, C, Lisa, MA, Litichevskyi, V, Liu, A, Liu, S, Llope, WJ, Lofnes, IM, Loginov, V, Loizides, C, Loncar, P, Lopez, X, Torres, E Lopez, Luettig, P, Luhder, JR, Lunardon, M, Luparello, G, Lupi, M, Maevskaya, A, Mager, M, Mahmood, SM, Mahmoud, T, Maire, A, Majka, RD, Malaev, M, Malik, QW, Malinina, L, Mal'Kevich, D, Malzacher, P, Mamonov, A, Mandaglio, G, Manko, V, Manso, F, Manzari, V, Mao, Y, Marchisone, M, Mares, J, Margagliotti, GV, Margotti, A, Margutti, J, Marin, A, Markert, C, Marquard, M, Martin, NA, Martinengo, P, Martinez, JL, Martinez, MI, Garcia, G Martinez, Pedreira, M Martinez, Masciocchi, S, Masera, M, Masoni, A, Massacrier, L, Masson, E, Mastroserio, A, Mathis, AM, Matonoha, O, Matuoka, PFT, Matyja, A, Mayer, C, Mazzilli, M, Mazzoni, MA, Mechler, AF, Meddi, F, Melikyan, Y, Menchaca-Rocha, A, Meninno, E, Meres, M, Mhlanga, S, Miake, Y, Micheletti, L, Mieskolainen, MM, Mihaylov, DL, Mikhaylov, K, Mischke, A, Mishra, AN, Miskowiec, D, Mitu, CM, Modak, A, Mohammadi, N, Mohanty, AP, Mohanty, B, Khan, M Mohisin, Mondal, M, Mondal, MM, Mordasini, C, De Godoy, DA Moreira, Moreno, LAP, Moretto, S, Morreale, A, Morsch, A, Mrnjavac, T, Muccifora, V, Mudnic, E, Muehlheim, D, Muhuri, S, Mulligan, JD, Munhoz, MG, Muenning, K, Munzer, RH, Murakami, H, Murray, S, Musa, L, Musinsky, J, Myers, CJ, Myrcha, JW, Naik, B, Nair, R, Nandi, BK, Nania, R, Nappi, E, Naru, MU, Nassirpour, AF, Natal da Luz, H, Nattrass, C, Nayak, R, Nayak, TK, Nazarenko, S, De Oliveira, RA Negrao, Nellen, L, Nesbo, SV, Neskovic, G, Nesterov, D, Nielsen, BS, Nikolaev, S, Nikulin, S, Nikulin, V, Noferini, F, Nomokonov, P, Nooren, G, Norman, J, Novitzky, N, Nowakowski, P, Nyanin, A, Nystrand, J, Ogino, M, Ohlson, A, Oleniacz, J, Oliveira Da Silva, AC, Oliver, MH, Oppedisano, C, Orava, R, Velasquez, A Ortiz, Oskarsson, A, Otwinowski, J, Oyama, K, Pachmayer, Y, Pacik, V, Pagano, D, Paic, G, Palni, P, Pan, J, Pandey, AK, Panebianco, S, Papikyan, V, Pareek, P, Park, J, Parkkila, JE, Parmar, S, Passfeld, A, Pathak, SP, Patra, RN, Paul, B, Pei, H, Peitzmann, T, Peng, X, Pereira, LG, Da Costa, H Pereira, Peresunko, D, Perez, GM, Lezama, E Perez, Peskov, V, Pestov, Y, Petracek, V, Petrovici, M, Pezzi, RP, Piano, S, Pikna, M, Pillot, P, Pimentel, LODL, Pinazza, O, Pinsky, L, Pinto, C, Pisano, S, Piyarathna, DB, Posko, M, Planinic, M, Pliquett, F, Pluta, J, Pochybova, S, Poghosyan, MG, Polichtchouk, B, Poljak, N, Poonsawat, W, Pop, A, Poppenborg, H, Porteboeuf-Houssais, S, Pozdniakov, V, Prasad, SK, Preghenella, R, Prino, F, Pruneau, CA, Pshenichnov, I, Puccio, M, Punin, V, Puranapanda, K, Putschke, J, Quishpe, RE, Ragoni, S, Raha, S, Rajput, S, Rak, J, Rakotozafindrabe, A, Ramello, L, Rami, F, Raniwala, R, Raniwala, S, Rasanen, SS, Rascanu, BT, Rath, R, Ratza, V, Ravasenga, I, Read, KF, Redlich, K, Rehman, A, Reichelt, P, Reidt, F, Ren, X, Renfordt, R, Reshetin, A, Revol, J-P, Reygers, K, Riabov, V, Richert, T, Richter, M, Riedler, P, Riegler, W, Riggi, F, Ristea, C, Rode, SP, Rodriguez Cahuantzi, M, Roed, K, Rogalev, R, Rogochaya, E, Rohr, D, Rohrich, D, Rokita, PS, Ronchetti, F, Rosas, ED, Roslon, K, Rosnet, P, Rossi, A, Rotondi, A, Roukoutakis, F, Roy, A, Roy, P, Rueda, OV, Rui, R, Rumyantsev, B, Rustamov, A, Ryabinkin, E, Ryabov, Y, Rybicki, A, Rytkonen, H, Sadhu, S, Sadovsky, S, Safarik, K, Saha, SK, Sahoo, B, Sahoo, P, Sahoo, R, Sahoo, S, Sahu, PK, Saini, J, Sakai, S, Sambyal, S, Samsonov, V, Sanchez, FR, Sandoval, A, Sarkar, A, Sarkar, D, Sarkar, N, Sarma, P, Sarti, VM, Sas, MHP, Scapparone, E, Schaefer, B, Schambach, J, Scheid, HS, Schiaua, C, Schicker, R, Schmah, A, Schmidt, C, Schmidt, HR, Schmidt, MO, Schmidt, M, Schmidt, NV, Schmier, AR, Schukraft, J, Schutz, Y, Schwarz, K, Schweda, K, Scioli, G, Scomparin, E, Sefcik, M, Seger, JE, Sekiguchi, Y, Sekihata, D, Selyuzhenkov, I, Senyukov, S, Serebryakov, D, Serradilla, E, Sett, P, Sevcenco, A, Shabanov, A, Shabetai, A, Shahoyan, R, Shaikh, W, Shangaraev, A, Sharma, A, Sharma, H, Sharma, M, Sharma, N, Sheikh, AI, Shigaki, K, Shimomura, M, Shirinkin, S, Shou, Q, Sibiriak, Y, Siddhanta, S, Siemiarczuk, T, Silvermyr, D, Silvestre, C, Simatovic, G, Simonetti, G, Singh, R, Singh, VK, Singhal, V, Sinha, T, Sitar, B, Sitta, M, Skaali, TB, Slupecki, M, Smirnov, N, Snellings, RJM, Snellman, TW, Sochan, J, Soncco, C, Song, J, Songmoolnak, A, Soramel, F, Sorensen, S, Sputowska, I, Stachel, J, Stan, I, Stankus, P, Steffanic, PJ, Stenlund, E, Stocco, D, Storetvedt, MM, Strmen, P, Suaide, AAP, Sugitate, T, Suire, C, Suleymanov, M, Suljic, M, Sultanov, R, Sumbera, M, Sumowidagdo, S, Suzuki, K, Swain, S, Szabo, A, Szarka, I, Tabassam, U, Taillepied, G, Takahashi, J, Tambave, GJ, Tang, S, Tarhini, M, Tarzila, MG, Tauro, A, Tejeda Munoz, G, Telesca, A, Terrevoli, C, Thakur, D, Thakur, S, Thomas, D, Thoresen, F, Tieulent, R, Tikhonov, A, Timmins, AR, Toia, A, Topilskaya, N, Toppi, M, Torales-Acosta, F, Torres, SR, Trifiro, A, Tripathy, S, Tripathy, T, Trogolo, S, Trombetta, G, Tropp, L, Trubnikov, V, Trzaska, WH, Trzcinski, TP, Trzeciak, BA, Tsuji, T, Tumkin, A, Turrisi, R, Tveter, TS, Ullaland, K, Umaka, EN, Uras, A, Usai, GL, Utrobicic, A, Vala, M, Valle, N, Vallero, S, van der Kolk, N, van Doremalen, LVR, van Leeuwen, M, Vande Vyvre, P, Varga, D, Varga, Z, Varga-Kofarago, M, Vargas, A, Vargyas, M, Varma, R, Vasileiou, M, Vasiliev, A, Doce, O Vazquez, Vechernin, V, Veen, AM, Vercellin, E, Vergara Limon, S, Vermunt, L, Vernet, R, Vertesi, R, Vicencio, MGDLC, Vickovic, L, Viinikainen, J, Vilakazi, Z, Baillie, O Villalobos, Villatoro Tello, A, Vino, G, Vinogradov, A, Virgili, T, Vislavicius, V, Vodopyanov, A, Volkel, B, Voelkl, MA, Voloshin, K, Voloshin, SA, Volpe, G, von Haller, B, Vorobyev, I, Voscek, D, Vrlakova, J, Wagner, B, Weber, M, Weber, SG, Wegrzynek, A, Weiser, DF, Wenzel, SC, Wessels, JP, Widmann, E, Wiechula, J, Wikne, J, Wilk, G, Wilkinson, J, Willems, GA, Willsher, E, Windelband, B, Witt, WE, Wu, Y, Xu, R, Yalcin, S, Yamakawa, K, Yang, S, Yano, S, Yin, Z, Yokoyama, H, Yoo, I-K, Yoon, JH, Yuan, S, Yuncu, A, Yurchenko, V, Zaccolo, V, Zaman, A, Zampolli, C, Zanoli, HJC, Zardoshti, N, Zarochentsev, A, Zavada, P, Zaviyalov, N, Zbroszczyk, H, Zhalov, M, Zhang, X, Zhang, Z, Zhao, C, Zherebchevskii, V, Zhigareva, N, Zhou, D, Zhou, Y, Zhou, Z, Zhu, J, Zhu, Y, Zichichi, A, Zimmermann, MB, Zinovjev, G, Zurlo, N, and Collaboration, ALICE

Published
2020

33. (Anti-)deuteron production in pp collisions at root s=13 TeV

Author

Acharya, S, Acosta, Ft, Adam, J, Adamova, D, Adler, A, Adolfsson, J, Aggarwal, Mm, Rinella, Ga, Agnello, M, Agrawal, N, Ahammed, Z, Ahn, Su, Aiola, S, Akindinov, A, Al-Turany, M, Alam, Sn, Albuquerque, Dsd, Aleksandrov, D, Alessandro, B, Alfanda, Hm, Molina, Ra, Ali, Y, Alici, A, Alkin, A, Alme, J, Alt, T, Altenkamper, L, Altsybeev, I, Anaam, Mn, Andrei, C, Andreou, D, Andrews, Ha, Andronic, A, Angeletti, M, Anguelov, V, Anson, C, Anticic, T, Antinori, F, Antonioli, P, Anwar, R, Apadula, N, Aphecetche, L, Appelshauser, H, Arcelli, S, Arnaldi, R, Arratia, M, Arsene, Ic, Arslandok, M, Augustinus, A, Averbeck, R, Azmi, Md, Badala, A, Baek, Yw, Bagnasco, S, Bailhache, R, Bala, R, Baldisseri, A, Ball, M, Baral, Rc, Barbano, Am, Barbera, R, Barile, F, Barioglio, L, Barnafoldi, Gg, Barnby, Ls, Barret, V, Bartalini, P, Barth, K, Bartsch, E, Bastid, N, Basu, S, Batigne, G, Batyunya, B, Batzing, Pc, Alba, Jlb, Bearden, Ig, Beck, H, Bedda, C, Behera, Nk, Belikov, I, Bellini, F, Martinez, Hb, Bellwied, R, Beltran, Lge, Belyaev, V, Bencedi, G, Beole, S, Bercuci, A, Berdnikov, Y, Berenyi, D, Bertens, Ra, Berzano, D, Betev, L, Bhaduri, Pp, Bhasin, A, Bhat, Ir, Bhatt, H, Bhattacharjee, B, Bhom, J, Bianchi, A, Bianchi, L, Bianchi, N, Bielcik, J, Bielcikova, J, Bilandzic, A, Biro, G, Biswas, R, Biswas, S, Blair, Jt, Blau, D, Blume, C, Boca, G, Bock, F, Bogdanov, A, Boldizsar, L, Bolozdynya, A, Bombara, M, Bonomi, G, Bonora, M, Borel, H, Borissov, A, Borri, M, Botta, E, Bourjau, C, Bratrud, L, Braun-Munzinger, P, Bregant, M, Broker, Ta, Broz, M, Brucken, Ej, Bruna, E, Bruno, Ge, Budnikov, D, Buesching, H, Bufalino, S, Buhler, P, Buncic, P, Busch, O, Buthelezi, Z, Butt, Jb, Buxton, Jt, Cabala, J, Caffarri, D, Caines, H, Calivà, A, Villar, Ec, Camacho, Rs, Camerini, P, Capon, Aa, Carena, W, Carnesecchi, F, Castellanos, Jc, Castro, Aj, Casula, Ear, Sanchez, Cc, Chandra, S, Chang, B, Chang, W, Chapeland, S, Chartier, M, Chattopadhyay, S, Chauvin, A, Cheshkov, C, Cheynis, B, Barroso, Vc, Chinellato, Dd, Cho, S, Chochula, P, Chowdhury, T, Christakoglou, P, Christensen, Ch, Christiansen, P, Chujo, T, Chung, Su, Cicalo, C, Cifarelli, L, Cindolo, F, Cleymans, J, Colamaria, F, Colella, D, Collu, A, Colocci, M, Concas, M, Balbastre, Gc, del Valle ZC, Contreras, Jg, Cormier, Tm, Morales, Yc, Cortese, P, Cosentino, Mr, Costa, F, Costanza, S, Crkovska, J, Crochet, P, Cuautle, E, Cunqueiro, L, Dabrowski, D, Dahms, T, Dainese, A, Damas, Fpa, Dani, S, Danisch, Mc, Danu, A, Das, D, Das, I, Das, S, Dash, A, Dash, S, De, S, De Caro, A, de Cataldo, G, de Conti, C, de Cuveland, J, De Falco, A, De Gruttola, D, De Marco, N, De Pasquale, S, De Souza RD, Degenhardt, Hf, Deisting, A, Deloff, A, Delsanto, S, Deplano, C, Dhankher, P, Di Bari, D, Di Mauro, A, Di Ruzza, B, Diaz, Ra, Dietel, T, Dillenseger, P, Ding, Y, Divia, R, Djuvsland, O, Dobrin, A, Gimenez, Dd, Donigus, B, Dordic, O, Dubey, Ak, Dubla, A, Ducroux, L, Dudi, S, Duggal, Ak, Dukhishyam, M, Dupieux, P, Ehlers, Rj, Elia, D, Endress, E, Engel, H, Epple, E, Erazmus, B, Erhardt, F, Erokhin, A, Ersdal, Mr, Espagnon, B, Eulisse, G, Eum, J, Evans, D, Evdokimov, S, Fabbietti, L, Faggin, M, Faivre, J, Fantoni, A, Fasel, M, Feldkamp, L, Feliciello, A, Feofilov, G, Tellez, Af, Ferretti, A, Festanti, A, Feuillard, Vjg, Figiel, J, Figueredo, Mas, Filchagin, S, Finogeev, D, Fionda, Fm, Fiorenza, G, Flor, F, Floris, M, Foertsch, S, Foka, P, Fokin, S, Fragiacomo, E, Francescon, A, Francisco, A, Frankenfeld, U, Fronze, Gg, Fuchs, U, Furget, C, Furs, A, Girard, Mf, Gaardhoje, Jj, Gagliardi, M, Gago, Am, Gajdosova, K, Gallio, M, Galvan, Cd, Ganoti, P, Garabatos, C, Garcia-Solis, E, Garg, K, Gargiulo, C, Garner, K, Gasik, P, Gauger, Ef, Ducati, Mbg, Germain, M, Ghosh, J, Ghosh, P, Ghosh, Sk, Gianotti, P, Giubellino, P, Giubilato, P, Glassel, P, Coral, Dmg, Ramirez, Ag, Gonzalez, V, Gonzalez-Zamora, P, Gorbunov, S, Gorlich, L, Gotovac, S, Grabski, V, Graczykowski, Lk, Graham, Kl, Greiner, L, Grelli, A, Grigoras, C, Grigoriev, V, Grigoryan, A, Grigoryan, S, Gronefeld, Jm, Grosa, F, Grosse-Oetringhaus, Jf, Grosso, R, Guernane, R, Guerzoni, B, Guittiere, M, Gulbrandsen, K, Gunji, T, Gupta, A, Gupta, R, Guzman, B, Haake, R, Habib, Mk, Hadjidakis, C, Hamagaki, H, Hamar, G, Hamid, M, Hamon, Jc, Hannigan, R, Haque, Mr, Harris, Jw, Harton, A, Hassan, H, Hatzifotiadou, D, Hauer, P, Hayashi, S, Heckel, St, Hellbar, E, Helstrup, H, Herghelegiu, A, Hernandez, Eg, Corral, Gh, Herrmann, F, Hetland, Kf, Hilden, Te, Hillemanns, H, Hills, C, Hippolyte, B, Hohlweger, B, Horak, D, Hornung, S, Hosokawa, R, Hota, J, Hristov, P, Huang, C, Hughes, C, Huhn, P, Humanic, Tj, Hushnud, H, Hussain, N, Hussain, T, Hutter, D, Hwang, Ds, Iddon, Jp, Ilkaev, R, Ippolitov, M, Islam, Ms, Ivanov, M, Ivanov, V, Izucheev, V, Jacak, B, Jacazio, N, Jacobs, Pm, Jadhav, Mb, Jadlovska, S, Jadlovsky, J, Jaelani, S, Jahnke, C, Jakubowska, Mj, Janik, Ma, Jena, C, Jercic, M, Jevons, O, Bustamante, Rtj, Jin, M, Jones, Pg, Jusko, A, Kalinak, P, Kalweit, A, Kang, Jh, Kaplin, V, Kar, S, Uysal, Ak, Karavichev, O, Karavicheva, T, Karczmarczyk, P, Karpechev, E, Kebschull, U, Keidel, R, Keijdener, Dld, Keil, M, Ketzer, B, Khabanova, Z, Khan, Am, Khan, S, Khan, Sa, Khanzadeev, A, Kharlov, Y, Khatun, A, Khuntia, A, Kielbowicz, Mm, Kileng, B, Kim, B, Kim, D, Kim, Dj, Kim, Ej, Kim, H, Kim, Js, Kim, J, Kim, M, Kim, S, Kim, T, Kindra, K, Kirsch, S, Kisel, I, Kiselev, S, Kisiel, A, Klay, Jl, Klein, C, Klein, J, Klein-Bosing, C, Klewin, S, Kluge, A, Knichel, Ml, Knospe, Ag, Kobdaj, C, Kofarago, M, Kohler, Mk, Kollegger, T, Kondratyeva, N, Kondratyuk, E, Konevskikh, A, Konopka, Pj, Konyushikhin, M, Koska, L, Kovalenko, O, Kovalenko, V, Kowalski, M, Kralik, I, Kravcakova, A, Kreis, L, Krivda, M, Krizek, F, Kruger, M, Kryshen, E, Krzewicki, M, Kubera, Am, Kucera, V, Kuhn, C, Kuijer, Pg, Kumar, J, Kumar, L, Kumar, S, Kundu, S, Kurashvili, P, Kurepin, A, Kurepin, Ab, Kushpil, S, Kvapil, J, Kweon, Mj, Kwon, Y, La Pointe SL, La Rocca, P, Lai, Ys, Lakomov, I, Langoy, R, Lapidus, K, Lardeux, A, Larionov, P, Laudi, E, Lavicka, R, Lea, R, Leardini, L, Lee, S, Lehas, F, Lehner, S, Lehrbach, J, Lemmon, Rc, Monzon, Il, Levai, P, Li, X, Li, Xl, Lien, J, Lietava, R, Lim, B, Lindal, S, Lindenstruth, V, Lindsay, Sw, Lippmann, C, Lisa, Ma, Litichevskyi, V, Liu, A, Ljunggren, Hm, Llope, Wj, Lodato, Df, Loginov, V, Loizides, C, Loncar, P, Lopez, X, Torres, El, Luettig, P, Luhder, Jr, Lunardon, M, Luparello, G, Lupi, M, Maevskaya, A, Mager, M, Mahmood, Sm, Maire, A, Majka, Rd, Malaev, M, Malik, Qw, Malinina, L, Mal'Kevich, D, Malzacher, P, Mamonov, A, Manko, V, Manso, F, Manzari, V, Mao, Y, Marchisone, M, Mares, J, Margagliotti, Gv, Margotti, A, Margutti, J, Marin, A, Markert, C, Marquard, M, Martin, Na, Martinengo, P, Martinez, Jl, Martinez, Mi, Garcia, Gm, Pedreira, Mm, Masciocchi, S, Masera, M, Masoni, A, Massacrier, L, Masson, E, Mastroserio, A, Mathis, Am, Matuoka, Pft, Matyja, A, Mayer, C, Mazzilli, M, Mazzoni, Ma, Meddi, F, Melikyan, Y, Menchaca-Rocha, A, Meninno, E, Meres, M, Mhlanga, S, Miake, Y, Micheletti, L, Mieskolainen, Mm, Mihaylov, Dl, Mikhaylov, K, Mischke, A, Mishra, An, Miskowiec, D, Mitra, J, Mitu, Cm, Mohammadi, N, Mohanty, Ap, Mohanty, B, Khan, Mm, De Godoy DAM, Moreno, Lap, Moretto, S, Morreale, A, Morsch, A, Mrnjavac, T, Muccifora, V, Mudnic, E, Muhlheim, D, Muhuri, S, Mukherjee, M, Mulligan, Jd, Munhoz, Mg, Munning, K, Munzer, Rh, Murakami, H, Murray, S, Musa, L, Musinsky, J, Myers, Cj, Myrcha, Jw, Naik, B, Nair, R, Nandi, Bk, Nania, R, Nappi, E, Narayan, A, Naru, Mu, Nassirpour, Af, da Luz HN, Nattrass, C, Navarro, Sr, Nayak, K, Nayak, R, Nayak, Tk, Nazarenko, S, De Oliveira RAN, Nellen, L, Nesbo, Sv, Neskovic, G, Ng, F, Nicassio, M, Niedziela, J, Nielsen, Bs, Nikolaev, S, Nikulin, S, Nikulin, V, Noferini, F, Nomokonov, P, Nooren, G, Noris, Jcc, Norman, J, Nyanin, A, Nystrand, J, Ogino, M, Oh, H, Ohlson, A, Oleniacz, J, Da Silva ACO, Oliver, Mh, Onderwaater, J, Oppedisano, C, Orava, R, Oravec, M, Velasquez, Ao, Oskarsson, A, Otwinowski, J, Oyama, K, Pachmayer, Y, Pacik, V, Pagano, D, Paic, G, Palni, P, Pan, J, Pandey, Ak, Panebianco, S, Papikyan, V, Pareek, P, Park, J, Parkkila, Je, Parmar, S, Passfeld, A, Pathak, Sp, Patra, Rn, Paul, B, Pei, H, Peitzmann, T, Peng, X, Pereira, Lg, Da Costa HP, Peresunko, D, Lezama, Ep, Peskov, V, Pestov, Y, Petracek, V, Petrovici, M, Petta, C, Pezzi, Rp, Piano, S, Pikna, M, Pillot, P, Pimentel, Lodl, Pinazza, O, Pinsky, L, Pisano, S, Piyarathna, Db, Ploskon, M, Planinic, M, Pliquett, F, Pluta, J, Pochybova, S, Podesta-Lerma, Plm, Poghosyan, Mg, Polichtchouk, B, Poljak, N, Poonsawat, W, Pop, A, Poppenborg, H, Porteboeuf-Houssais, S, Pozdniakov, V, Prasad, Sk, Preghenella, R, Prino, F, Pruneau, Ca, Pshenichnov, I, Puccio, M, Punin, V, Puranapanda, K, Putschke, J, Raha, S, Rajput, S, Rak, J, Rakotozafindrabe, A, Ramello, L, Rami, F, Raniwala, R, Raniwala, S, Rasanen, Ss, Rascanu, Bt, Rath, R, Ratza, V, Ravasenga, I, Read, Kf, Redlich, K, Rehman, A, Reichelt, P, Reidt, F, Ren, X, Renfordt, R, Reshetin, A, Revol, Jp, Reygers, K, Riabov, V, Richert, T, Richter, M, Riedler, P, Riegler, W, Riggi, F, Ristea, C, Rode, Sp, Cahuantzi, Mr, Roed, K, Rogalev, R, Rogochaya, E, Rohr, D, Rohrich, D, Rokita, Ps, Ronchetti, F, Rosas, Ed, Roslon, K, Rosnet, P, Rossi, A, Rotondi, A, Roukoutakis, F, Roy, C, Roy, P, Rueda, Ov, Rui, R, Rumyantsev, B, Rustamov, A, Ryabinkin, E, Ryabov, Y, Rybicki, A, Saarinen, S, Sadhu, S, Sadovsky, S, Safarik, K, Saha, Sk, Sahoo, B, Sahoo, P, Sahoo, R, Sahoo, S, Sahu, Pk, Saini, J, Sakai, S, Saleh, Ma, Sambyal, S, Samsonov, V, Sandoval, A, Sarkar, A, Sarkar, D, Sarkar, N, Sarma, P, Sas, Mhp, Scapparone, E, Scarlassara, F, Schaefer, B, Scheid, Hs, Schiaua, C, Schicker, R, Schmidt, C, Schmidt, Hr, Schmidt, Mo, Schmidt, M, Schmidt, Nv, Schukraft, J, Schutz, Y, Schwarz, K, Schweda, K, Scioli, G, Scomparin, E, Sefcik, M, Seger, Je, Sekiguchi, Y, Sekihata, D, Selyuzhenkov, I, Senyukov, S, Serradilla, E, Sett, P, 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Yamakawa, K, Yano, S, Yin, Z, Yokoyama, H, Yoo, Ik, Yoon, Jh, Yuan, S, Yurchenko, V, Zaccolo, V, Zaman, A, Zampolli, C, Zanoli, Hjc, Zardoshti, N, Zarochentsev, A, Zavada, P, Zaviyalov, N, Zbroszczyk, H, Zhalov, M, Zhang, X, Zhang, Y, Zhang, Z, Zhao, C, Zherebchevskii, V, Zhigareva, N, Zhou, D, Zhou, Y, Zhou, Z, Zhu, H, Zhu, J, Zhu, Y, Zichichi, A, Zimmermann, Mb, Zinovjev, G, and Zurlo, N

Subjects
LIGHT-NUCLEI PRODUCTION, MULTIPLICITY DEPENDENCE, PROTON
Published
2020

34. Measurement of D-0, D+, D+* and D-s(+) production in pp collisions at root s=5.02 TeV with ALICE

Author

Acharya, S, Acosta, FT, Adamova, D, Adhya, SP, Adler, A, Adolfsson, J, Aggarwal, MM, Rinella, G Aglieri, Agnello, M, Agrawal, N, Ahammed, Z, Ahn, SU, Aiola, S, Akindinov, A, Al-Turany, M, Alam, SN, Albuquerque, DSD, Aleksandrov, D, Alessandro, B, Ali, Y, Alici, A, Alkin, A, Alme, J, Alt, T, Altenkamper, L, Altsybeev, I, Alves Garcia Prado, C, Andrei, C, Andreou, D, Andrews, HA, Andronic, A, Anguelov, V, Anson, C, Anticic, T, Antinori, F, Antonioli, P, Aphecetche, L, Appelshaeuser, H, Arcelli, S, Arnaldi, R, Arnold, OW, Arsene, IC, Arslandok, M, Audurier, B, Augustinus, A, Averbeck, R, Azmi, MD, Badala, A, Baek, YW, Bagnasco, S, Bailhache, R, Bala, R, Baldisseri, A, Ball, M, Baral, RC, Barbano, AM, Barbera, R, Barile, F, Barioglio, L, Barnafoeldi, GG, Barnby, LS, Barret, V, Bartalini, P, Barth, K, Bartsch, E, Bastid, N, Basu, S, Batigne, G, Batyunya, B, Batzing, PC, BazoAlba, JL, Bearden, IG, Beck, H, Bedda, C, Behera, NK, Belikov, I, Bellini, F, Bello Martinez, H, Bellwied, R, Beltran, LGE, Belyaev, V, Bencedi, G, Beole, S, Bercuci, A, Berdnikov, Y, Berenyi, D, Bertens, RA, Berzano, D, Betev, L, Bhasin, A, Bhat, IR, Bhattacharjee, B, Bhom, J, Bianchi, A, Bianchi, L, Bianchi, N, Bianchin, C, Bielcik, J, Bielcikova, J, Bilandzic, A, Biro, G, Biswas, R, Biswas, S, Blair, JT, Blau, D, Blume, C, Boca, G, Bock, F, Bogdanov, A, Boldizsar, L, Bombara, M, Bonomi, G, Bonora, M, Book, J, Borel, H, Borissov, A, Borri, M, Botta, E, Bourjau, C, Bratrud, L, Braun-Munzinger, P, Bregant, M, Broker, TA, Broz, M, Brucken, EJ, Bruna, E, Bruno, GE, Budnikov, D, Buesching, H, Bufalino, S, Buhler, P, Buncic, P, Busch, O, Buthelezi, Z, Butt, JB, Buxton, JT, Cabala, J, Caffarri, D, Caines, H, Caliva, A, Villar, E Calvo, Camerini, P, Capon, AA, Carena, F, Carena, W, Carnesecchi, F, Castellanos, J Castillo, Castro, AJ, Casula, EAR, Ceballos Sanchez, C, Chandra, S, Chang, B, Chang, W, Chapeland, S, Chartier, M, Chattopadhyay, S, Chauvin, A, Cheshkov, C, Cheynis, B, Barroso, V Chibante, Chinellato, DD, Cho, S, Chochula, P, Chojnacki, M, Choudhury, S, Chowdhury, T, Christakoglou, P, Christensen, CH, Christiansen, P, Chujo, T, Chung, SU, Cicalo, C, Cifarelli, L, Cindolo, F, Cleymans, J, Colamaria, F, Colella, D, Collu, A, Colocci, M, Concas, M, Balbastre, G Conesa, del Valle, Z Conesa, Contreras, JG, Cormier, TM, Morales, Y Corrales, Cortes Maldonado, I, Cortese, P, Cosentino, MR, Costa, F, Costanza, S, Crkovska, J, Crochet, P, Cuautle, E, Cunqueiro, L, Dahms, T, Dainese, A, Danisch, MC, Danu, A, Das, D, Das, I, Das, S, Dash, A, Dash, S, De, S, De Caro, A, de Cataldo, G, de Conti, C, de Cuveland, J, De Falco, A, De Gruttola, D, De Marco, N, De Pasquale, S, De Souza, RD, Degenhardt, HF, Deisting, A, Deloff, A, Deplano, C, Dhankher, P, Di Bari, D, Di Mauro, A, Di Nezza, P, Di Ruzza, B, Corchero, MA Diaz, Dietel, T, Dillenseger, P, Ding, Y, Divia, R, Djuvsland, O, Dobrin, A, Domenicis Gimenez, D, Doenigus, B, Dordic, O, Doremalen, LVR, Dubey, AK, Dubla, A, Ducroux, L, Dudi, S, Duggal, AK, Dukhishyam, M, Dupieux, P, Ehlers, RJ, Elia, D, Endress, E, Engel, H, Epple, E, Erazmus, B, Erhardt, F, Espagnon, B, Eulisse, G, Eum, J, Evans, D, Evdokimov, S, Fabbietti, L, Faivre, J, Fantoni, A, Fasel, M, Feldkamp, L, Feliciello, A, Feofilov, G, Fernandez Tellez, A, Ferreiro, EG, Ferretti, A, Festanti, A, Feuillard, VJG, Figiel, J, Figueredo, MAS, Filchagin, S, Finogeev, D, Fionda, FM, Floris, M, Foertsch, S, Foka, P, Fokin, S, Fragiacomo, E, Francescon, A, Francisco, A, Frankenfeld, U, Fronze, GG, Fuchs, U, Furget, C, Furs, A, Fusco Girard, M, Gaardhoje, JJ, Gagliardi, M, Gago, AM, Gajdosova, K, Gallio, M, Galvan, CD, Ganoti, P, Garabatos, C, Garcia-Solis, E, Garg, K, Gargiulo, C, Gasik, P, Gauger, EF, Ducati, MB Gay, Germain, M, Ghosh, J, Ghosh, P, Ghosh, SK, Gianotti, P, Giubellino, P, Giubilato, P, Gladysz-Dziadus, E, Glaessel, P, Coral, DM Gomez, Ramirez, A Gomez, Gonzalez, AS, Gonzalez, V, Gonzalez-Zamora, P, Gorbunov, S, Gorlich, L, Gotovac, S, Grabski, V, Graczykowski, LK, Graham, KL, Greiner, L, Grelli, A, Grigoras, C, Grigoriev, V, Grigoryan, A, Grigoryan, S, Gronefeld, JM, Grosa, F, Grosse-Oetringhaus, JF, Grosso, R, Guber, F, Guernane, R, Guerzoni, B, Gulbrandsen, K, Gunji, T, Gupta, A, Gupta, R, Guzman, IB, Haake, R, Hadjidakis, C, Hamagaki, H, Hamar, G, Hamon, JC, Haque, MR, Harris, JW, Harton, A, Hassan, H, Hatzifotiadou, D, Hayashi, S, Heckel, ST, Hellbaer, E, Helstrup, H, Herghelegiu, A, Hernandez, EG, Herrera Corral, G, Herrmann, F, Hess, BA, Hetland, KF, Hillemanns, H, Hills, C, Hippolyte, B, Hohlweger, B, Horak, D, Hornung, S, Hosokawa, R, Hristov, P, Hughes, C, Humanic, TJ, Hussain, N, Hussain, T, Hutter, D, Hwang, DS, Iga Buitron, SA, Ilkaev, R, Inaba, M, Ippolitov, M, Islam, MS, Ivanov, M, Ivanov, V, Izucheev, V, Jacak, B, Jacazio, N, Jacobs, PM, Jadhav, MB, Jadlovska, S, Jadlovsky, J, Jaelani, S, Jahnke, C, Jakubowska, MJ, Janik, MA, Jayarathna, PHSY, Jena, C, Jercic, M, Bustamante, RT Jimenez, Jones, PG, Jusko, A, Kalinak, P, Kalweit, A, Kang, JH, Kaplin, V, Kar, S, KarasuUysal, A, Karavichev, O, Karavicheva, T, Karayan, L, Karczmarczyk, P, Karpechev, E, Kebschull, U, Keidel, R, Keijdener, DLD, Keil, M, Ketzer, B, Khabanova, Z, Khan, P, Khan, SA, Khanzadeev, A, Kharlov, Y, Khatun, A, Khuntia, A, Kielbowicz, MM, Kileng, B, Kim, B, Kim, D, Kim, DJ, Kim, H, Kim, JS, Kim, J, Kim, M, Kim, S, Kim, T, Kirsch, S, Kisel, I, Kiselev, S, Kisiel, A, Kiss, G, Klay, JL, Klein, C, Klein, J, Klein-Boesing, C, Klewin, S, Kluge, A, Knichel, ML, Knospe, AG, Kobdaj, C, Kofarago, M, Koehler, MK, Kollegger, T, Kondratiev, V, Kondratyeva, N, Kondratyuk, E, Konevskikh, A, Konyushikhin, M, Kopcik, M, Kour, M, Kouzinopoulos, C, Kovalenko, O, Kovalenko, V, Kowalski, M, Meethaleveedu, G Koyithatta, Kralik, I, Kravcakova, A, Kreis, L, Krivda, M, Krizek, F, Kryshen, E, Krzewicki, M, Kubera, AM, Kucera, V, Kuhn, C, Kuijer, PG, Kumar, A, Kumar, J, Kumar, L, Kumar, S, Kundu, S, Kurashvili, P, Kurepin, A, Kurepin, AB, Kuryakin, A, Kushpil, S, Kweon, MJ, Kwon, Y, La Pointe, SL, La Rocca, P, Lagana Fernandes, C, Lai, YS, Lakomov, I, Langoy, R, Lapidus, K, Lara, C, Lardeux, A, Lattuca, A, Laudi, E, Lavicka, R, Lea, R, Leardini, L, Lee, S, Lehas, F, Lehner, S, Lehrbach, J, Lemmon, RC, Leogrande, E, Leon Monzon, I, Levai, P, Li, X, Lien, J, Lietava, R, Lim, B, Lindal, S, Lindenstruth, V, Lindsay, SW, Lippmann, C, Lisa, MA, Litichevskyi, V, Llope, WJ, Lodato, DF, Loenne, PI, Loginov, V, Loizides, C, Loncar, P, Lopez, X, Lopez Torres, E, Lowe, A, Luettig, P, Luhder, JR, Lunardon, M, Luparello, G, Lupi, M, Lutz, TH, Maevskaya, A, Mager, M, Mahmood, SM, Maire, A, Majka, RD, Malaev, M, Malinina, L, Mal'Kevich, D, Malzacher, P, Mamonov, A, Manko, V, Manso, F, Manzari, V, Mao, Y, Marchisone, M, Mares, J, Margagliotti, GV, Margotti, A, Margutti, J, Marin, A, Markert, C, Marquard, M, Martin, NA, Martinengo, P, Martinez, JAL, Martinez, MI, Martinez Garcia, G, Pedreira, M Martinez, Masciocchi, S, Masera, M, Masoni, A, Masson, E, Mastroserio, A, Mathis, AM, Matuoka, PFT, Matyja, A, Mayer, C, Mazer, J, Mazzilli, M, Mazzoni, MA, Meddi, F, Melikyan, Y, Menchaca-Rocha, A, Meninno, E, Perez, J Mercado, Meres, M, Mhlanga, S, Miake, Y, Mieskolainen, MM, Mihaylov, DL, Mikhaylov, K, Mischke, A, Mishra, AN, Miskowiec, D, Mitra, J, Mitu, CM, Mohammadi, N, Mohanty, AP, Mohanty, B, Khan, M Mohisin, Montes, E, De Godoy, DA Moreira, Moreno, LAP, Moretto, S, Morreale, A, Morsch, A, Muccifora, V, Mudnic, E, Muehlheim, D, Muhuri, S, Mulligan, JD, Munhoz, MG, Muenning, K, Munzer, RH, Murakami, H, Murray, S, Musa, L, Musinsky, J, Myers, CJ, Myrcha, JW, Nag, D, Naik, B, Nair, R, Nandi, BK, Nania, R, Nappi, E, Narayan, A, Naru, MU, Natal da Luz, H, Nattrass, C, Navarro, SR, Nayak, K, Nayak, R, Nayak, TK, Nazarenko, S, De Oliveira, RA Negrao, Nellen, L, Nesbo, SV, Ng, F, Nicassio, M, Niculescu, M, Niedziela, J, Nielsen, BS, Nikolaev, S, Nikulin, S, Nikulin, V, Noferini, F, Nomokonov, P, Nooren, G, Noris, JCC, Norman, J, Nyanin, A, Nystrand, J, Oeschler, H, Oh, H, Ohlson, A, Okubo, T, Olah, L, Oleniacz, J, Oliveira Da Silva, AC, Oliver, MH, Onderwaater, J, Oppedisano, C, Orava, R, Oravec, M, Velasquez, A Ortiz, Oskarsson, A, Otwinowski, J, Oyama, K, Pachmayer, Y, Pacik, V, Pagano, D, Paic, G, Palni, P, Pan, J, Pandey, AK, Panebianco, S, Papikyan, V, Pareek, P, Park, J, Parmar, S, Passfeld, A, Pathak, SP, Patra, RN, Paul, B, Pei, H, Peitzmann, T, Peng, X, Pereira, LG, Da Costa, H Pereira, Peresunko, D, Lezama, E Perez, Peskov, V, Pestov, Y, Petracek, V, Petrov, V, Petrovici, M, Petta, C, Pezzi, RP, Piano, S, Pikna, M, Pillot, P, Pimentel, LODL, Pinazza, O, Pinsky, L, Piyarathna, DB, Ploskon, M, Planinic, M, Pliquett, F, Pluta, J, Pochybova, S, Podesta-Lerma, PLM, Poghosyan, MG, Polichtchouk, B, Poljak, N, Poonsawat, W, Pop, A, Poppenborg, H, Porteboeuf-Houssais, S, Pozdniakov, V, Prasad, SK, Preghenella, R, Prino, F, Pruneau, CA, Pshenichnov, I, Puccio, M, Punin, V, Putschke, J, Raha, S, Rajput, S, Rak, J, Rakotozafindrabe, A, Ramello, L, Rami, F, Rana, DB, Raniwala, R, Raniwala, S, Rasanen, SS, Rascanu, BT, Rathee, D, Ratza, V, Ravasenga, I, Read, KF, Redlich, K, Rehman, A, Reichelt, P, Reidt, F, Ren, X, Renfordt, R, Reshetin, A, Reygers, K, Riabov, V, Richert, T, Richter, M, Riedler, P, Riegler, W, Riggi, F, Ristea, C, Rodriguez Cahuantzi, M, Roed, K, Rogochaya, E, Rohr, D, Rohrich, D, Rokita, PS, Ronchetti, F, Rosas, ED, Rosnet, P, Rossi, A, Rotondi, A, Roukoutakis, F, Roy, C, Roy, P, Rubio Montero, AJ, Rueda, OV, Rui, R, Rumyantsev, B, Rustamov, A, Ryabinkin, E, Ryabov, Y, Rybicki, A, Saarinen, S, Sadhu, S, Sadovsky, S, Safarik, K, Saha, SK, Sahlmuller, B, Sahoo, B, Sahoo, P, Sahoo, R, Sahoo, S, Sahu, PK, Saini, J, Sakai, S, Saleh, MA, Salzwedel, J, Sambyal, S, Samsonov, V, Sandoval, A, Sarkar, A, Sarkar, D, Sarkar, N, Sarma, P, Sas, MHP, Scapparone, E, Scarlassara, F, Schaefer, B, Scheid, HS, Schiaua, C, Schicker, R, Schmidt, C, Schmidt, HR, Schmidt, MO, Schmidt, M, Schmidt, NV, Schukraft, J, Schutz, Y, Schwarz, K, Schweda, K, Scioli, G, Scomparin, E, Sefcik, M, Seger, JE, Sekiguchi, Y, Sekihata, D, Selyuzhenkov, I, Senosi, K, Senyukov, S, Serradilla, E, Sett, P, Sevcenco, A, Shabanov, A, Shabetai, A, Shahoyan, R, Shaikh, W, Shangaraev, A, Sharma, A, Sharma, M, Sharma, N, Sheikh, AI, Shigaki, K, Shirinkin, S, Shou, Q, Shtejer, K, Sibiriak, Y, Siddhanta, S, Sielewicz, KM, Siemiarczuk, T, Silaeva, S, Silvermyr, D, Simatovic, G, Simonetti, G, Singaraju, R, Singh, R, Singhal, V, Sinha, T, Sitar, B, Sitta, M, Skaali, TB, Slupecki, M, Smirnov, N, Snellings, RJM, Snellman, TW, Song, J, Song, M, Soramel, F, Sorensen, S, Sozzi, F, Sputowska, I, Stachel, J, Stan, I, Stankus, P, Stenlund, E, Stocco, D, Storetvedt, MM, Strmen, P, Suaide, AAP, Sugitate, T, Suire, C, Suleymanov, M, Suljic, M, Sultanov, R, Sumbera, M, Sumowidagdo, S, Suzuki, K, Swain, S, Szabo, A, Szarka, I, Tabassam, U, Takahashi, J, Tambave, GJ, Tanaka, N, Tarhini, M, Tariq, M, Tarzila, MG, Tauro, A, 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Weber, SG, Weiser, DF, Wenzel, SC, Wessels, JP, Westerhoff, U, Whitehead, AM, Wiechula, J, Wikne, J, Wilk, G, Wilkinson, J, Willems, GA, Williams, MCS, Willsher, E, Windelband, B, Witt, WE, Xu, R, Yalcin, S, Yamakawa, K, Yang, P, Yano, S, Yin, Z, Yokoyama, H, Yoo, I-K, Yoon, JH, Yun, E, Yurchenko, V, Zaccolo, V, Zaman, A, Zampolli, C, Zanoli, HJC, Zardoshti, N, Zarochentsev, A, Zavada, P, Zaviyalov, N, Zbroszczyk, H, Zhalov, M, Zhang, H, Zhang, X, Zhang, Y, Zhang, C, Zhang, Z, Zhao, C, Zhigareva, N, Zhou, D, Zhou, Y, Zhou, Z, Zhu, H, Zhu, J, Zhu, Y, Zichichi, A, Zimmermann, MB, Zinovjev, G, Zurlo, N, and Collaboration, ALICE

Published
2019

35. Upsilon suppression at forward rapidity in Pb-Pb collisions at root s(NN)=5.02 TeV

Author

Acharya, S, Acosta, FT, Adamova, D, Adolfsson, J, Aggarwal, MM, Rinella, G Aglieri, Agnello, M, Agrawal, N, Ahammed, Z, Ahn, SU, Aiola, S, Akindinov, A, Al-Turany, M, Alam, SN, Albuquerque, DSD, Aleksandrov, D, Alessandro, B, Molina, R Alfaro, Ali, Y, Alici, A, Alkin, A, Alme, J, Alt, T, Altenkamper, L, Altsybeev, I, Anaam, MN, Andrei, C, Andreou, D, Andrews, HA, Andronic, A, Angeletti, M, Anguelov, V, Anson, C, Anticic, T, Antinori, F, Antonioli, P, Anwar, R, Apadula, N, Aphecetche, L, Appelshaeuser, H, Arcelli, S, Arnaldi, R, Arnold, OW, Arsene, IC, Arslandok, M, Audurier, B, Augustinus, A, Averbeck, R, Azmi, MD, Badala, A, Baek, YW, Bagnasco, S, Bailhache, R, Bala, R, Baldisseri, A, Ball, M, Baral, RC, Barbano, AM, Barbera, R, Barile, F, Barioglio, L, Barnafoldi, GG, Barnby, LS, Barret, V, Bartalini, P, Barth, K, Bartsch, E, Bastid, N, Basu, S, Batigne, G, Batyunya, B, Batzing, PC, Bazo Alba, JL, Bearden, IG, Beck, H, Bedda, C, Behera, NK, Belikov, I, Bellini, F, Bello Martinez, H, Bellwied, R, Beltran, LGE, Belyaev, V, Bencedi, G, Beole, S, Bercuci, A, Berdnikov, Y, Berenyi, D, Bertens, RA, Berzano, D, Betev, L, Bhaduri, PP, Bhasin, A, Bhat, IR, Bhatt, H, Bhattacharjee, B, Bhom, J, Bianchi, A, Bianchi, L, Bianchi, N, Bielcik, J, Bielcikova, J, Bilandzic, A, Biro, G, Biswas, R, Biswas, S, Blair, JT, Blau, D, Blume, C, Boca, G, Bock, F, Bogdanov, A, Boldizsar, L, Bombara, M, Bonomi, G, Bonora, M, Borel, H, Borissov, A, Borri, M, Botta, E, Bourjau, C, Bratrud, L, Braun-Munzinger, P, Bregant, M, Broker, TA, Broz, M, Brucken, EJ, Bruna, E, Bruno, GE, Budnikov, D, Buesching, H, Bufalino, S, Buhler, P, Buncic, P, Busch, O, Buthelezi, Z, Butt, JB, Buxton, JT, Cabala, J, Caffarri, D, Caines, H, Caliva, A, Calvo Villar, E, Camacho, RS, Camerini, P, Capon, AA, Carena, W, Carnesecchi, F, Castellanos, J Castillo, Castro, AJ, Casula, EAR, Ceballos Sanchez, C, Chandra, S, Chang, B, Chang, W, Chapeland, S, Chartier, M, Chattopadhyay, S, Chauvin, A, Cheshkov, C, Cheynis, B, Barroso, V Chibante, Chinellato, DD, Cho, S, Chochula, P, Chowdhury, T, Christakoglou, P, Christensen, CH, Christiansen, P, Chujo, T, Chung, SU, Cicalo, C, Cifarelli, L, Cindolo, F, Cleymans, J, Colamaria, F, Colella, D, Collu, A, Colocci, M, Concas, M, Balbastre, G Conesa, del Valle, Z Conesa, Contreras, JG, Cormier, TM, Morales, Y Corrales, Cortese, P, Cosentino, MR, Costa, F, Costanza, S, Crkovska, J, Crochet, P, Cuautle, E, Cunqueiro, L, Dahms, T, Dainese, A, Dani, S, Danisch, MC, Danu, A, Das, D, Das, I, Das, S, Dash, A, Dash, S, De, S, De Caro, A, de Cataldo, G, de Conti, C, de Cuveland, J, De Falco, A, De Gruttola, D, De Marco, N, De Pasquale, S, De Souza, RD, Degenhardt, HF, Deisting, A, Deloff, A, Delsanto, S, Deplano, C, Dhankher, P, Di Bari, D, Di Mauro, A, Di Ruzza, B, Diaz, RA, Dietel, T, Dillenseger, P, Ding, Y, Divia, R, Djuvsland, O, Dobrin, A, Domenicis Gimenez, D, Doenigus, B, Dordic, O, Doremalen, LVR, Dubey, AK, Dubla, A, Ducroux, L, Dudi, S, Duggal, AK, Dukhishyam, M, Dupieux, P, Ehlers, RJ, Elia, D, Endress, E, Engel, H, Epple, E, Erazmus, B, Erhardt, F, Erokhin, A, Ersdal, MR, Espagnon, B, Eulisse, G, Eum, J, Evans, D, Evdokimov, S, Fabbietti, L, Faggin, M, Faivre, J, Fantoni, A, Fasel, M, Feldkamp, L, Feliciello, A, Feofilov, G, Fernandez Tellez, A, Ferretti, A, Festanti, A, Feuillard, VJG, Figiel, J, Figueredo, MAS, Filchagin, S, Finogeev, D, Fionda, FM, Fiorenza, G, Flor, F, Floris, M, Foertsch, S, Foka, P, Fokin, S, Fragiacomo, E, Francescon, A, Francisco, A, Frankenfeld, U, Fronze, GG, Fuchs, U, Furget, C, Furs, A, Girard, M Fusco, Gaardhoje, JJ, Gagliardi, M, Gago, AM, Gajdosova, K, Gallio, M, Galvan, CD, Ganoti, P, Garabatos, C, Garcia-Solis, E, Garg, K, Gargiulo, C, Gasik, P, Gauger, EF, Gay Ducati, MB, Germain, M, Ghosh, J, Ghosh, P, Ghosh, SK, Gianotti, P, Giubellino, P, Giubilato, P, Glaessel, P, Gomez Coral, DM, Ramirez, A Gomez, Gonzalez, V, Gonzalez-Zamora, P, Gorbunov, S, Gorlich, L, Gotovac, S, Grabski, V, Graczykowski, LK, Graham, KL, Greiner, L, Grelli, A, Grigoras, C, Grigoriev, V, Grigoryan, A, Grigoryan, S, Gronefeld, JM, Grosa, F, Grosse-Oetringhaus, JF, Grosso, R, Guernane, R, Guerzoni, B, Guittiere, M, Gulbrandsen, K, Gunji, T, Gupta, A, Gupta, R, Guzman, IB, Haake, R, Habib, MK, Hadjidakis, C, Hamagaki, H, Hamar, G, Hamid, M, Hamon, JC, Hannigan, R, Haque, MR, Harris, JW, Harton, A, Hassan, H, Hatzifotiadou, D, Hayashi, S, Heckel, ST, Hellbaer, E, Helstrup, H, Herghelegiu, A, Hernandez, EG, Herrera Corral, G, Herrmann, F, Hetland, KF, Hilden, TE, Hillemanns, H, Hills, C, Hippolyte, B, Hohlweger, B, Horak, D, Hornung, S, Hosokawa, R, Hota, J, Hristov, P, Huang, C, Hughes, C, Huhn, P, Humanic, TJ, Hushnud, H, Hussain, N, Hussain, T, Hutter, D, Hwang, DS, Iddon, JP, Iga Buitron, SA, Ilkaev, R, Inaba, M, Ippolitov, M, Islam, MS, Ivanov, M, Ivanov, V, Izucheev, V, Jacak, B, Jacazio, N, Jacobs, PM, Jadhav, MB, Jadlovska, S, Jadlovsky, J, Jaelani, S, Jahnke, C, Jakubowska, MJ, Janik, MA, Jena, C, Jercic, M, Jevons, O, Bustamante, RT Jimenez, Jin, M, Jones, PG, Jusko, A, Kalinak, P, Kalweit, A, Kang, JH, Kaplin, V, Kar, S, Uysal, A Karasu, Karavichev, O, Karavicheva, T, Karczmarczyk, P, Karpechev, E, Kebschull, U, Keidel, R, Keijdener, DLD, Keil, M, Ketzer, B, Khabanova, Z, Khan, AM, Khan, S, Khan, SA, Khanzadeev, A, Kharlov, Y, Khatun, A, Khuntia, A, Kielbowicz, MM, Kileng, B, Kim, B, Kim, D, Kim, DJ, Kim, EJ, Kim, H, Kim, JS, Kim, J, Kim, M, Kim, S, Kim, T, Kirsch, S, Kisel, I, Kiselev, S, Kisiel, A, Klay, JL, Klein, C, Klein, J, Klein-Boesing, C, Klewin, S, Kluge, A, Knichel, ML, Knospe, AG, Kobdaj, C, Kofarago, M, Koehler, MK, Kollegger, T, Kondratyeva, N, Kondratyuk, E, Konevskikh, A, Konyushikhin, M, Kovalenko, O, Kovalenko, V, Kowalski, M, Kralik, I, Kravcakova, A, Kreis, L, Krivda, M, Krizek, F, Krueger, M, Kryshen, E, Krzewicki, M, Kubera, AM, Kucera, V, Kuhn, C, Kuijer, PG, Kumar, J, Kumar, L, Kumar, S, Kundu, S, Kurashvili, P, Kurepin, A, Kurepin, AB, Kuryakin, A, Kushpil, S, Kvapil, J, Kweon, MJ, Kwon, Y, La Pointe, SL, La Rocca, P, Lai, YS, Lakomov, I, Langoy, R, Lapidus, K, Lardeux, A, Larionov, P, Laudi, E, Lavicka, R, Lea, R, Leardini, L, Lee, S, Lehas, F, Lehner, S, Lehrbach, J, Lemmon, RC, Leon Monzon, I, Levai, P, Li, X, Li, XL, Lien, J, Lietava, R, Lim, B, Lindal, S, Lindenstruth, V, Lindsay, SW, Lippmann, C, Lisa, MA, Litichevskyi, V, Liu, A, Ljunggren, HM, Llope, WJ, Lodato, DF, Loginov, V, Loizides, C, Loncar, P, Lopez, X, Lopez Torres, E, Lowe, A, Luettig, P, Luhder, JR, Lunardon, M, Luparello, G, Lupi, M, Maevskaya, A, Mager, M, Mahmood, SM, Maire, A, Majka, RD, Malaev, M, Malik, QW, Malinina, L, Mal'Kevich, D, Malzacher, P, Mamonov, A, Manko, V, Manso, F, Manzari, V, Mao, Y, Marchisone, M, Mares, J, Margagliotti, GV, Margotti, A, Margutti, J, Marin, A, Markert, C, Marquard, M, Martin, NA, Martinengo, P, Martinez, JL, Martinez, MI, Garcia, G Martinez, Pedreira, M Martinez, Masciocchi, S, Masera, M, Masoni, A, Massacrier, L, Masson, E, Mastroserio, A, Mathis, AM, Matuoka, PFT, Matyja, A, Mayer, C, Mazzilli, M, Mazzoni, MA, Meddi, F, Melikyan, Y, Menchaca-Rocha, A, Meninno, E, Perez, J Mercado, Meres, M, Meza, CS, Mhlanga, S, Miake, Y, Micheletti, L, Mieskolainen, MM, Mihaylov, DL, Mikhaylov, K, Mischke, A, Mishra, AN, Miskowiec, D, Mitra, J, Mitu, CM, Mohammadi, N, Mohanty, AP, Mohanty, B, Khan, M Mohisin, De Godoy, DA Moreira, Moreno, LAP, Moretto, S, Morreale, A, Morsch, A, Muccifora, V, Mudnic, E, Muehlheim, D, Muhuri, S, Mukherjee, M, Mulligan, JD, Munhoz, MG, Muenning, K, Munoz, MIA, Munzer, RH, Murakami, H, Murray, S, Musa, L, Musinsky, J, Myers, CJ, Myrcha, JW, Naik, B, Nair, R, Nandi, BK, Nania, R, Nappi, E, Narayan, A, Naru, MU, Nassirpour, AF, da Luz, H Natal, Nattrass, C, Navarro, SR, Nayak, K, Nayak, R, Nayak, TK, Nazarenko, S, De Oliveira, RA Negrao, Nellen, L, Nesbo, SV, Neskovic, G, Ng, F, Nicassio, M, Niedziela, J, Nielsen, BS, Nikolaev, S, Nikulin, S, Nikulin, V, Noferini, F, Nomokonov, P, Nooren, G, Noris, JCC, Norman, J, Nyanin, A, Nystrand, J, Oh, H, Ohlson, A, Oleniacz, J, Oliveira Da Silva, AC, Oliver, MH, Onderwaater, J, Oppedisano, C, Orava, R, Oravec, M, Ortiz Velasquez, A, Oskarsson, A, Otwinowski, J, Oyama, K, Pachmayer, Y, Pacik, V, Pagano, D, Paic, G, Palni, P, Pan, J, Pandey, AK, Panebianco, S, Papikyan, V, Pareek, P, Park, J, Parkkila, JE, Parmar, S, Passfeld, A, Pathak, SP, Patra, RN, Paul, B, Pei, H, Peitzmann, T, Peng, X, Pereira, LG, Pereira Da Costa, H, Peresunko, D, Lezama, E Perez, Peskov, V, Pestov, Y, Petracek, V, Petrovici, M, Petta, C, Pezzi, RP, Piano, S, Pikna, M, Pillot, P, Pimentel, LODL, Pinazza, O, Pinsky, L, Pisano, S, Piyarathna, DB, Ploskon, M, Planinic, M, Pliquett, F, Pluta, J, Pochybova, S, Podesta-Lerma, PLM, Poghosyan, MG, Polichtchouk, B, Poljak, N, Poonsawat, W, Pop, A, Poppenborg, H, Porteboeuf-Houssais, S, Pozdniakov, V, Prasad, SK, Preghenella, R, Prino, F, Pruneau, CA, Pshenichnov, I, Puccio, M, Punin, V, Putschke, J, Raha, S, Rajput, S, Rak, J, Rakotozafindrabe, A, Ramello, L, Rami, F, Raniwala, R, Raniwala, S, Rasanen, SS, Rascanu, BT, Ratza, V, Ravasenga, I, Read, KF, Redlich, K, Rehman, A, Reichelt, P, Reidt, F, Ren, X, Renfordt, R, Reshetin, A, Revol, J-P, Reygers, K, Riabov, V, Richert, T, Richter, M, Riedler, P, Riegler, W, Riggi, F, Ristea, C, Rode, SP, Rodriguez Cahuantzi, M, Roed, K, Rogalev, R, Rogochaya, E, Rohr, D, Rohrich, D, Rokita, PS, Ronchetti, F, Rosas, ED, Roslon, K, Rosnet, P, Rossi, A, Rotondi, A, Roukoutakis, F, Roy, C, Roy, P, Rueda, OV, Rui, R, Rumyantsev, B, Rustamov, A, Ryabinkin, E, Ryabov, Y, Rybicki, A, Saarinen, S, Sadhu, S, Sadovsky, S, Safarik, K, Saha, SK, Sahoo, B, Sahoo, P, Sahoo, R, Sahoo, S, Sahu, PK, Saini, J, Sakai, S, Saleh, MA, Sambyal, S, Samsonov, V, Sandoval, A, Sarkar, A, Sarkar, D, Sarkar, N, Sarma, P, Sas, MHP, Scapparone, E, Scarlassara, F, Schaefer, B, Scheid, HS, Schiaua, C, Schicker, R, Schmidt, C, Schmidt, HR, Schmidt, MO, Schmidt, M, Schmidt, NV, Schukraft, J, Schutz, Y, Schwarz, K, Schweda, K, Scioli, G, Scomparin, E, Sefcik, M, Seger, JE, Sekiguchi, Y, Sekihata, D, Selyuzhenkov, I, Senosi, K, Senyukov, S, Serradilla, E, Sett, P, Sevcenco, A, Shabanov, A, Shabetai, A, Shahoyan, R, Shaikh, W, Shangaraev, A, Sharma, A, Sharma, M, Sharma, N, Sheikh, AI, Shigaki, K, Shimomura, M, Shirinkin, S, Shou, Q, Shtejer, K, Sibiriak, Y, Siddhanta, S, Sielewicz, KM, Siemiarczuk, T, Silvermyr, D, Simatovic, G, Simonetti, G, Singaraju, R, Singh, R, Singhal, V, Sinha, T, Sitar, B, Sitta, M, Skaali, TB, Slupecki, M, Smirnov, N, Snellings, RJM, Snellman, TW, Song, J, Soramel, F, Sorensen, S, Sozzi, F, Sputowska, I, Stachel, J, Stan, I, Stankus, P, Stenlund, E, Stocco, D, Storetvedt, MM, Strmen, P, Suaide, AAP, Sugitate, T, Suire, C, Suleymanov, M, Suljic, M, Sultanov, R, Sumbera, M, Sumowidagdo, S, Suzuki, K, Swain, S, Szabo, A, Szarka, I, Tabassam, U, Takahashi, J, Tambave, GJ, Tanaka, N, Tarhini, M, Tariq, M, Tarzila, MG, Tauro, A, Tejeda Munoz, G, Telesca, A, Terrevoli, C, Teyssier, B, Thakur, D, Thakur, S, Thomas, D, Thoresen, F, Tieulent, R, Tikhonov, A, Timmins, AR, Toia, A, Topilskaya, N, Toppi, M, Torres, SR, Tripathy, S, Trogolo, S, Trombetta, G, Tropp, L, Trubnikov, V, Trzaska, WH, Trzcinski, TP, Trzeciak, BA, Tsuji, T, Tumkin, A, Turrisi, R, Tveter, TS, Ullaland, K, Umaka, EN, Uras, A, Usai, GL, Utrobicic, A, Vala, M, Van Hoorne, JW, van Leeuwen, M, Vande Vyvre, P, Varga, D, Vargas, A, Vargyas, M, Varma, R, Vasileiou, M, Vasiliev, A, Vauthier, A, Doce, O Vazquez, Vechernin, V, Veen, AM, Vercellin, E, Limon, S Vergara, Vermunt, L, Vernet, R, Vertesi, R, Vickovic, L, Viinikainen, J, Vilakazi, Z, Baillie, O Villalobos, Villatoro Tello, A, Vinogradov, A, Virgili, T, Vislavicius, V, Vodopyanov, A, Voelkl, MA, Voloshin, K, Voloshin, SA, Volpe, G, von Haller, B, Vorobyev, I, Voscek, D, Vranic, D, Vrlakova, J, Wagner, B, Wang, H, Wang, M, Watanabe, Y, Weber, M, Weber, SG, Wegrzynek, A, Weiser, DF, Wenzel, SC, Wessels, JP, Westerhoff, U, Whitehead, AM, Wiechula, J, Wikne, J, Wilk, G, Wilkinson, J, Willems, GA, Williams, MCS, Willsher, E, Windelband, B, Witt, WE, Xu, R, Yalcin, S, Yamakawa, K, Yano, S, Yin, Z, Yokoyama, H, Yoo, I-K, Yoon, JH, Yurchenko, V, Zaccolo, V, Zaman, A, Zampolli, C, Zanoli, HJC, Zardoshti, N, Zarochentsev, A, Zavada, P, Zaviyalov, N, Zbroszczyk, H, Zhalov, M, Zhang, X, Zhang, Y, Zhang, Z, Zhao, C, Zherebchevskii, V, Zhigareva, N, Zhou, D, Zhou, Y, Zhou, Z, Zhu, H, Zhu, J, Zhu, Y, Zichichi, A, Zimmermann, MB, Zinovjev, G, Zmeskal, J, Zou, S, and Collaboration, ALICE

Published
2019

36. Author Correction: Cross-ancestry genome-wide association analysis of corneal thickness strengthens link between complex and Mendelian eye diseases

Author

Iglesias, AI, Mishra, A, Vitart, V, Bykhovskaya, Y, Hoehn, R, Springelkamp, H, Cuellar-Partida, G, Gharahkhani, P, Bailey, JNC, Willoughby, CE, Li, X, Yazar, S, Nag, A, Khawaja, AP, Polasek, O, Siscovick, D, Mitchell, P, Tham, YC, Haines, JL, Kearns, LS, Hayward, C, Shi, Y, van Leeuwen, EM, Taylor, KD, Bonnemaijer, P, Rotter, JI, Martin, NG, Zeller, T, Mills, RA, Souzeau, E, Staffieri, SE, Jonas, JB, Schmidtmann, I, Boutin, T, Kang, JH, Lucas, SEM, Wong, TY, Beutel, ME, Wilson, JF, Uitterlinden, AG, Vithana, EN, Foster, PJ, Hysi, PG, Hewitt, AW, Khor, CC, Pasquale, LR, Montgomery, GW, Klaver, CCW, Aung, T, Pfeiffer, N, Mackey, DA, Hammond, CJ, Cheng, C-Y, Craig, JE, Rabinowitz, YS, Wiggs, JL, Burdon, KP, van Duijn, CM, MacGregor, S, Wang, JJ, Rochtchina, E, Attia, J, Scott, R, Holliday, EG, Baird, PN, Xie, J, Inouye, M, Viswanathan, A, Sim, X, Allingham, RR, Brilliant, MH, Budenz, DL, Christen, WG, Fingert, J, Friedman, DS, Gaasterland, D, Gaasterland, T, Hauser, MA, Kraft, P, Lee, RK, Lichter, PR, Liu, Y, Loomis, SJ, Moroi, SE, Pericak-Vance, MA, Realini, A, Richards, JE, Schuman, JS, Scott, WK, Singh, K, Sit, AJ, Vollrath, D, Weinreb, RN, Wollstein, G, Zack, DJ, Zhang, K, Donnelly, P, Barroso, I, Blackwell, JM, Bramon, E, Brown, MA, Casas, JP, Corvin, A, Deloukas, P, Duncanson, A, Jankowski, J, Markus, HS, Mathew, CG, Palmer, CNA, Plomin, R, Rautanen, A, Sawcer, SJ, Trembath, RC, Wood, NW, Spencer, CCA, Band, G, Bellenguez, C, Freeman, C, Hellenthal, G, Giannoulatou, E, Pirinen, M, Pearson, R, Strange, A, Su, Z, Vukcevic, D, Langford, C, Hunt, SE, Edkins, S, Gwilliam, R, Blackburn, H, Bumpstead, SJ, Dronov, S, Gillman, M, Gray, E, Hammond, N, Jayakumar, A, McCann, OT, Liddle, J, Potter, SC, Ravindrarajah, R, Ricketts, M, Waller, M, Weston, P, Widaa, S, Whittaker, P, Grp, BMES-G, Consortium, N, and Control, WTC

Subjects
Lumican, genetic structures, Fibrillin-1, General Physics and Astronomy, Gene Expression, Q1, Corneal Diseases, Marfan Syndrome, Cornea, ADAMTS Proteins, Myopia, Link (knot theory), lcsh:Science, GeneralLiterature_REFERENCE(e.g.,dictionaries,encyclopedias,glossaries), Corneal Dystrophies, Hereditary, Multidisciplinary, Eye Diseases, Hereditary, symbols, NEIGHBORHOOD consortium, ComputingMethodologies_DOCUMENTANDTEXTPROCESSING, Proteoglycans, Decorin, Glaucoma, Open-Angle, Science, Quantitative Trait Loci, Computational biology, Biology, Keratoconus, Polymorphism, Single Nucleotide, General Biochemistry, Genetics and Molecular Biology, White People, Article, symbols.namesake, Transforming Growth Factor beta2, Quantitative Trait, Heritable, Asian People, Genome-Wide Association Analysis, Humans, Author Correction, Eye Disease and Disorders of Vision, Loeys-Dietz Syndrome, Genome, Human, Wellcome Trust Case Control Consortium 2, Blue Mountains Eye Study - GWAS group, General Chemistry, Mendelian Randomization Analysis, R1, eye diseases, Mendelian inheritance, Ehlers-Danlos Syndrome, lcsh:Q, sense organs, Genome-Wide Association Study
Abstract

Central corneal thickness (CCT) is a highly heritable trait associated with complex eye diseases such as keratoconus and glaucoma. We perform a genome-wide association meta-analysis of CCT and identify 19 novel regions. In addition to adding support for known connective tissue-related pathways, pathway analyses uncover previously unreported gene sets. Remarkably, >20% of the CCT-loci are near or within Mendelian disorder genes. These included FBN1, ADAMTS2 and TGFB2 which associate with connective tissue disorders (Marfan, Ehlers-Danlos and Loeys-Dietz syndromes), and the LUM-DCN-KERA gene complex involved in myopia, corneal dystrophies and cornea plana. Using index CCT-increasing variants, we find a significant inverse correlation in effect sizes between CCT and keratoconus (r = −0.62, P = 5.30 × 10−5) but not between CCT and primary open-angle glaucoma (r = −0.17, P = 0.2). Our findings provide evidence for shared genetic influences between CCT and keratoconus, and implicate candidate genes acting in collagen and extracellular matrix regulation., Reduced central corneal thickness (CCT) is observed in common eye diseases as well as in rare Mendelian disorders. Here, in a cross-ancestry GWAS, the authors identify 19 novel genetic loci associated with CCT, a subset of which is involved in rare corneal or connective tissue disorders.

Published
2019

37. Energy dependence of exclusive J/ photoproduction off protons in ultra-peripheral p-Pb collisions at NN=5.02 TeV

Author

Acharya, S, Acosta, FT, Adam, J, Adamova, D, Adler, A, Adolfsson, J, Aggarwal, MM, Rinella, G Aglieri, Agnello, M, Agrawal, N, Ahammed, Z, Ahn, SU, Aiola, S, Akindinov, A, Al-Turany, M, Alam, SN, Albuquerque, DSD, Aleksandrov, D, Alessandro, B, Alfanda, HM, Alfaro Molina, R, Ali, Y, Alici, A, Alkin, A, Alme, J, Alt, T, Altenkamper, L, Altsybeev, I, Anaam, MN, Andrei, C, Andreou, D, Andrews, HA, Andronic, A, Angeletti, M, Anguelov, V, Anson, C, Anticic, T, Antinori, F, Antonioli, P, Anwar, R, Apadula, N, Aphecetche, L, Appelshaeuser, H, Arcelli, S, Arnaldi, R, Arratia, M, Arsene, IC, Arslandok, M, Augustinus, A, Averbeck, R, Azmi, MD, Badala, A, Baek, YW, Bagnasco, S, Bailhache, R, Bala, R, Baldisseri, A, Ball, M, Baral, RC, Barbano, AM, Barbera, R, Barile, F, Barioglio, L, Barnafoeldi, GG, Barnby, LS, Barret, V, Bartalini, P, Barth, K, Bartsch, E, Bastid, N, Basu, S, Batigne, G, Batyunya, B, Batzing, PC, Bazo Alba, JL, Bearden, IG, Beck, H, Bedda, C, Behera, NK, Belikov, I, Bellini, F, Bello Martinez, H, Bellwied, R, Beltran, LGE, Belyaev, V, Bencedi, G, Beole, S, Bercuci, A, Berdnikov, Y, Berenyi, D, Bertens, RA, Berzano, D, Betev, L, Bhaduri, PP, Bhasin, A, Bhat, IR, Bhatt, H, Bhattacharjee, B, Bhom, J, Bianchi, A, Bianchi, L, Bianchi, N, Bielcik, J, Bielcikova, J, Bilandzic, A, Biro, G, Biswas, R, Biswas, S, Blair, JT, Blau, D, Blume, C, Boca, G, Bock, F, Bogdanov, A, Boldizsar, L, Bolozdynya, A, Bombara, M, Bonomi, G, Bonora, M, Borel, H, Borissov, A, Borri, M, Botta, E, Bourjau, C, Bratrud, L, Braun-Munzinger, P, Bregant, M, Broker, TA, Broz, M, Brucken, EJ, Bruna, E, Bruno, GE, Budnikov, D, Buesching, H, Bufalino, S, Buhler, P, Buncic, P, Busch, O, Buthelezi, Z, Butt, JB, Buxton, JT, Cabala, J, Caffarri, D, Caines, H, Caliva, A, Calvo Villar, E, Camacho, RS, Camerini, P, Capon, AA, Carena, W, Carnesecchi, F, Castellanos, J Castillo, Castro, AJ, Casula, EAR, Ceballos Sanchez, C, Chandra, S, Chang, B, Chang, W, Chapeland, S, Chartier, M, Chattopadhyay, S, Chauvin, A, Cheshkov, C, Cheynis, B, Barroso, V Chibante, Chinellato, DD, Cho, S, Chochula, P, Chowdhury, T, Christakoglou, P, Christensen, CH, Christiansen, P, Chujo, T, Chung, SU, Cicalo, C, Cifarelli, L, Cindolo, F, Cleymans, J, Colamaria, F, Colella, D, Collu, A, Colocci, M, Concas, M, Balbastre, G Conesa, del Valle, Z Conesa, Contreras, JG, Cormier, TM, Morales, Y Corrales, Cortese, P, Cosentino, MR, Costa, F, Costanza, S, Crkovska, J, Crochet, P, Cuautle, E, Cunqueiro, L, Dabrowski, D, Dahms, T, Dainese, A, Damas, FPA, Dani, S, Danisch, MC, Danu, A, Das, D, Das, I, Das, S, Dash, A, Dash, S, De, S, De Caro, A, de Cataldo, G, de Conti, C, de Cuveland, J, De Falco, A, De Gruttola, D, De Marco, N, De Pasquale, S, De Souza, RD, Degenhardt, HF, Deisting, A, Deloff, A, Delsanto, S, Deplano, C, Dhankher, P, Di Bari, D, Di Mauro, A, Di Ruzza, B, Diaz, RA, Dietel, T, Dillenseger, P, Ding, Y, Divia, R, Djuvsland, O, Dobrin, A, Domenicis Gimenez, D, Doenigus, B, Dordic, O, Dubey, AK, Dubla, A, Ducroux, L, Dudi, S, Duggal, AK, Dukhishyam, M, Dupieux, P, Ehlers, RJ, Elia, D, Endress, E, Engel, H, Epple, E, Erazmus, B, Erhardt, F, Erokhin, A, Ersdal, MR, Espagnon, B, Eulisse, G, Eum, J, Evans, D, Evdokimov, S, Fabbietti, L, Faggin, M, Faivre, J, Fantoni, A, Fasel, M, Feldkamp, L, Feliciello, A, Feofilov, G, Fernandez Tellez, A, Ferretti, A, Festanti, A, Feuillard, VJG, Figiel, J, Figueredo, MAS, Filchagin, S, Finogeev, D, Fionda, FM, Fiorenza, G, Flor, F, Floris, M, Foertsch, S, Foka, P, Fokin, S, Fragiacomo, E, Francescon, A, Francisco, A, Frankenfeld, U, Fronze, GG, Fuchs, U, Furget, C, Furs, A, Girard, M Fusco, Gaardhoje, JJ, Gagliardi, M, Gago, AM, Gajdosova, K, Gallio, M, Galvan, CD, Ganoti, P, Garabatos, C, Garcia-Solis, E, Garg, K, Gargiulo, C, Garner, K, Gasik, P, Gauger, EF, Gay Ducati, MB, Germain, M, Ghosh, J, Ghosh, P, Ghosh, SK, Gianotti, P, Giubellino, P, Giubilato, P, Glaessel, P, Gomez Coral, DM, Ramirez, A Gomez, Gonzalez, V, Gonzalez-Zamora, P, Gorbunov, S, Goerlich, L, Gotovac, S, Grabski, V, Graczykowski, LK, Graham, KL, Greiner, L, Grelli, A, Grigoras, C, Grigoriev, V, Grigoryan, A, Grigoryan, S, Gronefeld, JM, Grosa, F, Grosse-Oetringhaus, JF, Grosso, R, Guernane, R, Guerzoni, B, Guittiere, M, Gulbrandsen, K, Gunji, T, Gupta, A, Gupta, R, Guzman, B, Haake, R, Habib, MK, Hadjidakis, C, Hamagaki, H, Hamar, G, Hamid, M, Hamon, JC, Hannigan, R, Haque, MR, Harris, JW, Harton, A, Hassan, H, Hatzifotiadou, D, Hauer, P, Hayashi, S, Heckel, ST, Hellbaer, E, Helstrup, H, Herghelegiu, A, Hernandez, EG, Herrera Corral, G, Herrmann, F, Hetland, KF, Hilden, TE, Hillemanns, H, Hills, C, Hippolyte, B, Hohlweger, B, Horak, D, Hornung, S, Hosokawa, R, Hota, J, Hristov, P, Huang, C, Hughes, C, Huhn, P, Humanic, TJ, Hushnud, H, Hussain, N, Hussain, T, Hutter, D, Hwang, DS, Iddon, JP, Ilkaev, R, Ippolitov, M, Islam, MS, Ivanov, M, Ivanov, V, Izucheev, V, Jacak, B, Jacazio, N, Jacobs, PM, Jadhav, MB, Jadlovska, S, Jadlovsky, J, Jaelani, S, Jahnke, C, Jakubowska, MJ, Janik, MA, Jena, C, Jercic, M, Jevons, O, Bustamante, RT Jimenez, Jin, M, Jones, PG, Jusko, A, Kalinak, P, Kalweit, A, Kang, JH, Kaplin, V, Kar, S, Uysal, A Karasu, Karavichev, O, Karavicheva, T, Karczmarczyk, P, Karpechev, E, Kebschull, U, Keidel, R, Keijdener, DLD, Keil, M, Ketzer, B, Khabanova, Z, Khan, AM, Khan, S, Khan, SA, Khanzadeev, A, Kharlov, Y, Khatun, A, Khuntia, A, Kielbowicz, MM, Kileng, B, Kim, B, Kim, D, Kim, DJ, Kim, EJ, Kim, H, Kim, JS, Kim, J, Kim, M, Kim, S, Kim, T, Kindra, K, Kirsch, S, Kisel, I, Kiselev, S, Kisiel, A, Klay, JL, Klein, C, Klein, J, Klein-Boesing, C, Klewin, S, Kluge, A, Knichel, ML, Knospe, AG, Kobdaj, C, Kofarago, M, Koehler, MK, Kollegger, T, Kondratyeva, N, Kondratyuk, E, Konevskikh, A, Konopka, PJ, Konyushikhin, M, Koska, L, Kovalenko, O, Kovalenko, V, Kowalski, M, Kralik, I, Kravcakova, A, Kreis, L, Krivda, M, Krizek, F, Krueger, M, Kryshen, E, Krzewicki, M, Kubera, AM, Kucera, V, Kuhn, C, Kuijer, PG, Kumar, J, Kumar, L, Kumar, S, Kundu, S, Kurashvili, P, Kurepin, A, Kurepin, AB, Kushpil, S, Kvapil, J, Kweon, MJ, Kwon, Y, La Pointe, SL, La Rocca, P, Lai, YS, Lakomov, I, Langoy, R, Lapidus, K, Lardeux, A, Larionov, P, Laudi, E, Lavicka, R, Lea, R, Leardini, L, Lee, S, Lehas, F, Lehner, S, Lehrbach, J, Lemmon, RC, Monzon, I Leon, Levai, P, Li, X, Li, XL, Lien, J, Lietava, R, Lim, B, Lindal, S, Lindenstruth, V, Lindsay, SW, Lippmann, C, Lisa, MA, Litichevskyi, V, Liu, A, Ljunggren, HM, Llope, WJ, Lodato, DF, Loginov, V, Loizides, C, Loncar, P, Lopez, X, Lopez Torres, E, Luettig, P, Luhder, JR, Lunardon, M, Luparello, G, Lupi, M, Maevskaya, A, Mager, M, Mahmood, SM, Maire, A, Majka, RD, Malaev, M, Malik, QW, Malinina, L, Mal'Kevich, D, Malzacher, P, Mamonov, A, Manko, V, Manso, F, Manzari, V, Mao, Y, Marchisone, M, Mares, J, Margagliotti, GV, Margotti, A, Margutti, J, Marin, A, Markert, C, Marquard, M, Martin, NA, Martinengo, P, Martinez, JL, Martinez, MI, Garcia, G Martinez, Pedreira, M Martinez, Masciocchi, S, Masera, M, Masoni, A, Massacrier, L, Masson, E, Mastroserio, A, Mathis, AM, Matuoka, PFT, Matyja, A, Mayer, C, Mazzilli, M, Mazzoni, MA, Meddi, F, Melikyan, Y, Menchaca-Rocha, A, Meninno, E, Meres, M, Mhlanga, S, Miake, Y, Micheletti, L, Mieskolainen, MM, Mihaylov, DL, Mikhaylov, K, Mischke, A, Mishra, AN, Miskowiec, D, Mitra, J, Mitu, CM, Mohammadi, N, Mohanty, AP, Mohanty, B, Khan, M Mohisin, De Godoy, DA Moreira, Moreno, LAP, Moretto, S, Morreale, A, Morsch, A, Mrnjavac, T, Muccifora, V, Mudnic, E, Muehlheim, D, Muhuri, S, Mukherjee, M, Mulligan, JD, Munhoz, MG, Muenning, K, Munzer, RH, Murakami, H, Murray, S, Musa, L, Musinsky, J, Myers, CJ, Myrcha, JW, Naik, B, Nair, R, Nandi, BK, Nania, R, Nappi, E, Narayan, A, Naru, MU, Nassirpour, AF, Natal da Luz, H, Nattrass, C, Navarro, SR, Nayak, K, Nayak, R, Nayak, TK, Nazarenko, S, De Oliveira, RA Negrao, Nellen, L, Nesbo, SV, Neskovic, G, Ng, F, Nicassio, M, Niedziela, J, Nielsen, BS, Nikolaev, S, Nikulin, S, Nikulin, V, Noferini, F, Nomokonov, P, Nooren, G, Noris, JCC, Norman, J, Nyanin, A, Nystrand, J, Ogino, M, Oh, H, Ohlson, A, Oleniacz, J, Oliveira Da Silva, AC, Oliver, MH, Onderwaater, J, Oppedisano, C, Orava, R, Oravec, M, Ortiz Velasquez, A, Oskarsson, A, Otwinowski, J, Oyama, K, Pachmayer, Y, Pacik, V, Pagano, D, Paic, G, Palni, P, Pan, J, Pandey, AK, Panebianco, S, Papikyan, V, Pareek, P, Park, J, Parkkila, JE, Parmar, S, Passfeld, A, Pathak, SP, Patra, RN, Paul, B, Pei, H, Peitzmann, T, Peng, X, Pereira, LG, Da Costa, H Pereira, Peresunko, D, Lezama, E Perez, Peskov, V, Pestov, Y, Petracek, V, Petrovici, M, Petta, C, Pezzi, RP, Piano, S, Pikna, M, Pillot, P, Pimentel, LODL, Pinazza, O, Pinsky, L, Pisano, S, Piyarathna, DB, Ploskon, M, Planinic, M, Pliquett, F, Pluta, J, Pochybova, S, Podesta-Lerma, PLM, Poghosyan, MG, Polichtchouk, B, Poljak, N, Poonsawat, W, Pop, A, Poppenborg, H, Porteboeuf-Houssais, S, Pozdniakov, V, Prasad, SK, Preghenella, R, Prino, F, Pruneau, CA, Pshenichnov, I, Puccio, M, Punin, V, Puranapanda, K, Putschke, J, Raha, S, Rajput, S, Rak, J, Rakotozafindrabe, A, Ramello, L, Rami, F, Raniwala, R, Raniwala, S, Raesaenen, SS, Rascanu, BT, Rath, R, Ratza, V, Ravasenga, I, Read, KF, Redlich, K, Rehman, A, Reichelt, P, Reidt, F, Ren, X, Renfordt, R, Reshetin, A, Revol, J-P, Reygers, K, Riabov, V, Richert, T, Richter, M, Riedler, P, Riegler, W, Riggi, F, Ristea, C, Rode, SP, Rodriguez Cahuantzi, M, Roed, K, Rogalev, R, Rogochaya, E, Rohr, D, Rohrich, D, Rokita, PS, Ronchetti, F, Rosas, ED, Roslon, K, Rosnet, P, Rossi, A, Rotondi, A, Roukoutakis, F, Roy, C, Roy, P, Rueda, OV, Rui, R, Rumyantsev, B, Rustamov, A, Ryabinkin, E, Ryabov, Y, Rybicki, A, Saarinen, S, Sadhu, S, Sadovsky, S, Safarik, K, Saha, SK, Sahoo, B, Sahoo, P, Sahoo, R, Sahoo, S, Sahu, PK, Saini, J, Sakai, S, Saleh, MA, Sambyal, S, Samsonov, V, Sandoval, A, Sarkar, A, Sarkar, D, Sarkar, N, Sarma, P, Sas, MHP, Scapparone, E, Scarlassara, F, Schaefer, B, Scheid, HS, Schiaua, C, Schicker, R, Schmidt, C, Schmidt, HR, Schmidt, MO, Schmidt, M, Schmidt, NV, Schukraft, J, Schutz, Y, Schwarz, K, Schweda, K, Scioli, G, Scomparin, E, Sefcik, M, Seger, JE, Sekiguchi, Y, Sekihata, D, Selyuzhenkov, I, Senyukov, S, Serradilla, E, Sett, P, Sevcenco, A, Shabanov, A, Shabetai, A, Shahoyan, R, Shaikh, W, Shangaraev, A, Sharma, A, Sharma, M, Sharma, N, Sheikh, AI, Shigaki, K, Shimomura, M, Shirinkin, S, Shou, Q, Sibiriak, Y, Siddhanta, S, Sielewicz, KM, Siemiarczuk, T, Silvermyr, D, Simatovic, G, Simonetti, G, Singaraju, R, Singh, R, Singhal, V, Sinha, T, Sitar, B, Sitta, M, Skaali, TB, Slupecki, M, Smirnov, N, Snellings, RJM, Snellman, TW, Sochan, J, Soncco, C, Song, J, Songmoolnak, A, Soramel, F, Sorensen, S, Sozzi, F, Sputowska, I, Stachel, J, Stan, I, Stankus, P, Stenlund, E, Stocco, D, Storetvedt, MM, Strmen, P, Suaide, AAP, Sugitate, T, Suire, C, Suleymanov, M, Suljic, M, Sultanov, R, Sumbera, M, Sumowidagdo, S, Suzuki, K, Swain, S, Szabo, A, Szarka, I, Tabassam, U, Takahashi, J, Tambave, GJ, Tanaka, N, Tarhini, M, Tarzila, MG, Takaki, JD Tapia, Tauro, A, Tejeda Munoz, G, Telesca, A, Terrevoli, C, Teyssier, B, Thakur, D, Thakur, S, Thomas, D, Thoresen, F, Tieulent, R, Tikhonov, A, Timmins, AR, Toia, A, Topilskaya, N, Toppi, M, Torres, SR, Tripathy, S, Trogolo, S, Trombetta, G, Tropp, L, Trubnikov, V, Trzaska, WH, Trzcinski, TP, Trzeciak, BA, Tsuji, T, Tumkin, A, Turrisi, R, Tveter, TS, Ullaland, K, Umaka, EN, Uras, A, Usai, GL, Utrobicic, A, Vala, M, Valencia Palomo, L, Valle, N, van der Kolk, N, van Doremalen, LVR, Van Hoorne, JW, van Leeuwen, M, Vande Vyvre, P, Varga, D, Vargas, A, Vargyas, M, Varma, R, Vasileiou, M, Vasiliev, A, Doce, O Vazquez, Vechernin, V, Veen, AM, Vercellin, E, Vergara Limon, S, Vermunt, L, Vernet, R, Vertesi, R, Vickovic, L, Viinikainen, J, Vilakazi, Z, Baillie, O Villalobos, Villatoro Tello, A, Vinogradov, A, Virgili, T, Vislavicius, V, Vodopyanov, A, Voelkl, MA, Voloshin, K, Voloshin, SA, Volpe, G, von Haller, B, Vorobyev, I, Voscek, D, Vranic, D, Vrlakova, J, Wagner, B, Wang, M, Watanabe, Y, Weber, M, Weber, SG, Wegrzynek, A, Weiser, DF, Wenzel, SC, Wessels, JP, Westerhoff, U, Whitehead, AM, Wiechula, J, Wikne, J, Wilk, G, Wilkinson, J, Willems, GA, Williams, MCS, Willsher, E, Windelband, B, Witt, WE, Xu, R, Yalcin, S, Yamakawa, K, Yano, S, Yin, Z, Yokoyama, H, Yoo, I-K, Yoon, JH, Yuan, S, Yurchenko, V, Zaccolo, V, Zaman, A, Zampolli, C, Zanoli, HJC, Zardoshti, N, Zarochentsev, A, Zavada, P, Zaviyalov, N, Zbroszczyk, H, Zhalov, M, Zhang, X, Zhang, Y, Zhang, Z, Zhao, C, Zherebchevskii, V, Zhigareva, N, Zhou, D, Zhou, Y, Zhou, Z, Zhu, H, Zhu, J, Zhu, Y, Zichichi, A, Zimmermann, MB, Zinovjev, G, Zmeskal, J, and Collaboration, ALICE

Subjects
J/PSI PHOTOPRODUCTION, MESONS, SATURATION
Published
2019

38. Jet fragmentation transverse momentum measurements from di-hadron correlations in root s7 TeV pp and root sNN=5.02 TeV p-Pb collisions

Author

Acharya, S, Acosta, FT, Adamova, D, Adhya, SP, Adler, A, Adolfsson, J, Aggarwal, MM, Rinella, G Aglieri, Agnello, M, Agrawal, N, Ahammed, Z, Ahn, SU, Aiola, S, Akindinov, A, Al-Turany, M, Alam, SN, Albuquerque, DSD, Aleksandrov, D, Alessandro, B, Ali, Y, Alici, A, Alkin, A, Alme, J, Alt, T, Altenkamper, L, Altsybeev, I, Alves Garcia Prado, C, Andrei, C, Andreou, D, Andrews, HA, Andronic, A, Anguelov, V, Anson, C, Anticic, T, Antinori, F, Antonioli, P, Aphecetche, L, Appelshaeuser, H, Arcelli, S, Arnaldi, R, Arnold, OW, Arsene, IC, Arslandok, M, Audurier, B, Augustinus, A, Averbeck, R, Azmi, MD, Badala, A, Baek, YW, Bagnasco, S, Bailhache, R, Bala, R, Baldisseri, A, Ball, M, Baral, RC, Barbano, AM, Barbera, R, Barile, F, Barioglio, L, Barnafoeldi, GG, Barnby, LS, Barret, V, Bartalini, P, Barth, K, Bartsch, E, Bastid, N, Basu, S, Batigne, G, Batyunya, B, Batzing, PC, BazoAlba, JL, Bearden, IG, Beck, H, Bedda, C, Behera, NK, Belikov, I, Bellini, F, Bello Martinez, H, Bellwied, R, Beltran, LGE, Belyaev, V, Bencedi, G, Beole, S, Bercuci, A, Berdnikov, Y, Berenyi, D, Bertens, RA, Berzano, D, Betev, L, Bhasin, A, Bhat, IR, Bhattacharjee, B, Bhom, J, Bianchi, A, Bianchi, L, Bianchi, N, Bianchin, C, Bielcik, J, Bielcikova, J, Bilandzic, A, Biro, G, Biswas, R, Biswas, S, Blair, JT, Blau, D, Blume, C, Boca, G, Bock, F, Bogdanov, A, Boldizsar, L, Bombara, M, Bonomi, G, Bonora, M, Book, J, Borel, H, Borissov, A, Borri, M, Botta, E, Bourjau, C, Bratrud, L, Braun-Munzinger, P, Bregant, M, Broker, TA, Broz, M, Brucken, EJ, Bruna, E, Bruno, GE, Budnikov, D, Buesching, H, Bufalino, S, Buhler, P, Buncic, P, Busch, O, Buthelezi, Z, Butt, JB, Buxton, JT, Cabala, J, Caffarri, D, Caines, H, Caliva, A, Villar, E Calvo, Camerini, P, Capon, AA, Carena, F, Carena, W, Carnesecchi, F, Castellanos, J Castillo, Castro, AJ, Casula, EAR, Ceballos Sanchez, C, Chandra, S, Chang, B, Chang, W, Chapeland, S, Chartier, M, Chattopadhyay, S, Chauvin, A, Cheshkov, C, Cheynis, B, Barroso, V Chibante, Chinellato, DD, Cho, S, Chochula, P, Chojnacki, M, Choudhury, S, Chowdhury, T, Christakoglou, P, Christensen, CH, Christiansen, P, Chujo, T, Chung, SU, Cicalo, C, Cifarelli, L, Cindolo, F, Cleymans, J, Colamaria, F, Colella, D, Collu, A, Colocci, M, Concas, M, Balbastre, G Conesa, del Valle, Z Conesa, Contreras, JG, Cormier, TM, Morales, Y Corrales, Cortes Maldonado, I, Cortese, P, Cosentino, MR, Costa, F, Costanza, S, Crkovska, J, Crochet, P, Cuautle, E, Cunqueiro, L, Dahms, T, Dainese, A, Danisch, MC, Danu, A, Das, D, Das, I, Das, S, Dash, A, Dash, S, De, S, De Caro, A, de Cataldo, G, de Conti, C, de Cuveland, J, De Falco, A, De Gruttola, D, De Marco, N, De Pasquale, S, De Souza, RD, Degenhardt, HF, Deisting, A, Deloff, A, Deplano, C, Dhankher, P, Di Bari, D, Di Mauro, A, Di Nezza, P, Di Ruzza, B, Corchero, MA Diaz, Dietel, T, Dillenseger, P, Ding, Y, Divia, R, Djuvsland, O, Dobrin, A, Domenicis Gimenez, D, Doenigus, B, Dordic, O, Doremalen, LVR, Dubey, AK, Dubla, A, Ducroux, L, Dudi, S, Duggal, AK, Dukhishyam, M, Dupieux, P, Ehlers, RJ, Elia, D, Endress, E, Engel, H, Epple, E, Erazmus, B, Erhardt, F, Espagnon, B, Eulisse, G, Eum, J, Evans, D, Evdokimov, S, Fabbietti, L, Faivre, J, Fantoni, A, Fasel, M, Feldkamp, L, Feliciello, A, Feofilov, G, Fernandez Tellez, A, Ferreiro, EG, Ferretti, A, Festanti, A, Feuillard, VJG, Figiel, J, Figueredo, MAS, Filchagin, S, Finogeev, D, Fionda, FM, Floris, M, Foertsch, S, Foka, P, Fokin, S, Fragiacomo, E, Francescon, A, Francisco, A, Frankenfeld, U, Fronze, GG, Fuchs, U, Furget, C, Furs, A, Fusco Girard, M, Gaardhoje, JJ, Gagliardi, M, Gago, AM, Gajdosova, K, Gallio, M, Galvan, CD, Ganoti, P, Garabatos, C, Garcia-Solis, E, Garg, K, Gargiulo, C, Gasik, P, Gauger, EF, Ducati, MB Gay, Germain, M, Ghosh, J, Ghosh, P, Ghosh, SK, Gianotti, P, Giubellino, P, Giubilato, P, Gladysz-Dziadus, E, Glaessel, P, Coral, DM Gomez, Ramirez, A Gomez, Gonzalez, AS, Gonzalez, V, Gonzalez-Zamora, P, Gorbunov, S, Gorlich, L, Gotovac, S, Grabski, V, Graczykowski, LK, Graham, KL, Greiner, L, Grelli, A, Grigoras, C, Grigoriev, V, Grigoryan, A, Grigoryan, S, Gronefeld, JM, Grosa, F, Grosse-Oetringhaus, JF, Grosso, R, Guber, F, Guernane, R, Guerzoni, B, Gulbrandsen, K, Gunji, T, Gupta, A, Gupta, R, Guzman, IB, Haake, R, Hadjidakis, C, Hamagaki, H, Hamar, G, Hamon, JC, Haque, MR, Harris, JW, Harton, A, Hassan, H, Hatzifotiadou, D, Hayashi, S, Heckel, ST, Hellbaer, E, Helstrup, H, Herghelegiu, A, Hernandez, EG, Herrera Corral, G, Herrmann, F, Hess, BA, Hetland, KF, Hillemanns, H, Hills, C, Hippolyte, B, Hohlweger, B, Horak, D, Hornung, S, Hosokawa, R, Hristov, P, Hughes, C, Humanic, TJ, Hussain, N, Hussain, T, Hutter, D, Hwang, DS, Iga Buitron, SA, Ilkaev, R, Inaba, M, Ippolitov, M, Islam, MS, Ivanov, M, Ivanov, V, Izucheev, V, Jacak, B, Jacazio, N, Jacobs, PM, Jadhav, MB, Jadlovska, S, Jadlovsky, J, Jaelani, S, Jahnke, C, Jakubowska, MJ, Janik, MA, Jayarathna, PHSY, Jena, C, Jercic, M, Bustamante, RT Jimenez, Jones, PG, Jusko, A, Kalinak, P, Kalweit, A, Kang, JH, Kaplin, V, Kar, S, KarasuUysal, A, Karavichev, O, Karavicheva, T, Karayan, L, Karczmarczyk, P, Karpechev, E, Kebschull, U, Keidel, R, Keijdener, DLD, Keil, M, Ketzer, B, Khabanova, Z, Khan, P, Khan, SA, Khanzadeev, A, Kharlov, Y, Khatun, A, Khuntia, A, Kielbowicz, MM, Kileng, B, Kim, B, Kim, D, Kim, DJ, Kim, H, Kim, JS, Kim, J, Kim, M, Kim, S, Kim, T, Kirsch, S, Kisel, I, Kiselev, S, Kisiel, A, Kiss, G, Klay, JL, Klein, C, Klein, J, Klein-Boesing, C, Klewin, S, Kluge, A, Knichel, ML, Knospe, AG, Kobdaj, C, Kofarago, M, Koehler, MK, Kollegger, T, Kondratiev, V, Kondratyeva, N, Kondratyuk, E, Konevskikh, A, Konyushikhin, M, Kopcik, M, Kour, M, Kouzinopoulos, C, Kovalenko, O, Kovalenko, V, Kowalski, M, Meethaleveedu, G Koyithatta, Kralik, I, Kravcakova, A, Kreis, L, Krivda, M, Krizek, F, Kryshen, E, Krzewicki, M, Kubera, AM, Kucera, V, Kuhn, C, Kuijer, PG, Kumar, A, Kumar, J, Kumar, L, Kumar, S, Kundu, S, Kurashvili, P, Kurepin, A, Kurepin, AB, Kuryakin, A, Kushpil, S, Kweon, MJ, Kwon, Y, La Pointe, SL, La Rocca, P, Lagana Fernandes, C, Lai, YS, Lakomov, I, Langoy, R, Lapidus, K, Lara, C, Lardeux, A, Lattuca, A, Laudi, E, Lavicka, R, Lea, R, Leardini, L, Lee, S, Lehas, F, Lehner, S, Lehrbach, J, Lemmon, RC, Leogrande, E, Leon Monzon, I, Levai, P, Li, X, Lien, J, Lietava, R, Lim, B, Lindal, S, Lindenstruth, V, Lindsay, SW, Lippmann, C, Lisa, MA, Litichevskyi, V, Llope, WJ, Lodato, DF, Loenne, PI, Loginov, V, Loizides, C, Loncar, P, Lopez, X, Lopez Torres, E, Lowe, A, Luettig, P, Luhder, JR, Lunardon, M, Luparello, G, Lupi, M, Lutz, TH, Maevskaya, A, Mager, M, Mahmood, SM, Maire, A, Majka, RD, Malaev, M, Malinina, L, Mal'Kevich, D, Malzacher, P, Mamonov, A, Manko, V, Manso, F, Manzari, V, Mao, Y, Marchisone, M, Mares, J, Margagliotti, GV, Margotti, A, Margutti, J, Marin, A, Markert, C, Marquard, M, Martin, NA, Martinengo, P, Martinez, JAL, Martinez, MI, Martinez Garcia, G, Pedreira, M Martinez, Masciocchi, S, Masera, M, Masoni, A, Masson, E, Mastroserio, A, Mathis, AM, Matuoka, PFT, Matyja, A, Mayer, C, Mazer, J, Mazzilli, M, Mazzoni, MA, Meddi, F, Melikyan, Y, Menchaca-Rocha, A, Meninno, E, Perez, J Mercado, Meres, M, Mhlanga, S, Miake, Y, Mieskolainen, MM, Mihaylov, DL, Mikhaylov, K, Mischke, A, Mishra, AN, Miskowiec, D, Mitra, J, Mitu, CM, Mohammadi, N, Mohanty, AP, Mohanty, B, Khan, M Mohisin, Montes, E, De Godoy, DA Moreira, Moreno, LAP, Moretto, S, Morreale, A, Morsch, A, Muccifora, V, Mudnic, E, Muehlheim, D, Muhuri, S, Mulligan, JD, Munhoz, MG, Muenning, K, Munzer, RH, Murakami, H, Murray, S, Musa, L, Musinsky, J, Myers, CJ, Myrcha, JW, Nag, D, Naik, B, Nair, R, Nandi, BK, Nania, R, Nappi, E, Narayan, A, Naru, MU, Natal da Luz, H, Nattrass, C, Navarro, SR, Nayak, K, Nayak, R, Nayak, TK, Nazarenko, S, De Oliveira, RA Negrao, Nellen, L, Nesbo, SV, Ng, F, Nicassio, M, Niculescu, M, Niedziela, J, Nielsen, BS, Nikolaev, S, Nikulin, S, Nikulin, V, Noferini, F, Nomokonov, P, Nooren, G, Noris, JCC, Norman, J, Nyanin, A, Nystrand, J, Oeschler, H, Oh, H, Ohlson, A, Okubo, T, Olah, L, Oleniacz, J, Oliveira Da Silva, AC, Oliver, MH, Onderwaater, J, Oppedisano, C, Orava, R, Oravec, M, Velasquez, A Ortiz, Oskarsson, A, Otwinowski, J, Oyama, K, Pachmayer, Y, Pacik, V, Pagano, D, Paic, G, Palni, P, Pan, J, Pandey, AK, Panebianco, S, Papikyan, V, Pareek, P, Park, J, Parmar, S, Passfeld, A, Pathak, SP, Patra, RN, Paul, B, Pei, H, Peitzmann, T, Peng, X, Pereira, LG, Da Costa, H Pereira, Peresunko, D, Lezama, E Perez, Peskov, V, Pestov, Y, Petracek, V, Petrov, V, Petrovici, M, Petta, C, Pezzi, RP, Piano, S, Pikna, M, Pillot, P, Pimentel, LODL, Pinazza, O, Pinsky, L, Piyarathna, DB, Ploskon, M, Planinic, M, Pliquett, F, Pluta, J, Pochybova, S, Podesta-Lerma, PLM, Poghosyan, MG, Polichtchouk, B, Poljak, N, Poonsawat, W, Pop, A, Poppenborg, H, Porteboeuf-Houssais, S, Pozdniakov, V, Prasad, SK, Preghenella, R, Prino, F, Pruneau, CA, Pshenichnov, I, Puccio, M, Punin, V, Putschke, J, Raha, S, Rajput, S, Rak, J, Rakotozafindrabe, A, Ramello, L, Rami, F, Rana, DB, Raniwala, R, Raniwala, S, Rasanen, SS, Rascanu, BT, Rathee, D, Ratza, V, Ravasenga, I, Read, KF, Redlich, K, Rehman, A, Reichelt, P, Reidt, F, Ren, X, Renfordt, R, Reshetin, A, Reygers, K, Riabov, V, Richert, T, Richter, M, Riedler, P, Riegler, W, Riggi, F, Ristea, C, Rodriguez Cahuantzi, M, Roed, K, Rogochaya, E, Rohr, D, Rohrich, D, Rokita, PS, Ronchetti, F, Rosas, ED, Rosnet, P, Rossi, A, Rotondi, A, Roukoutakis, F, Roy, C, Roy, P, Rubio Montero, AJ, Rueda, OV, Rui, R, Rumyantsev, B, Rustamov, A, Ryabinkin, E, Ryabov, Y, Rybicki, A, Saarinen, S, Sadhu, S, Sadovsky, S, Safarik, K, Saha, SK, Sahlmuller, B, Sahoo, B, Sahoo, P, Sahoo, R, Sahoo, S, Sahu, PK, Saini, J, Sakai, S, Saleh, MA, Salzwedel, J, Sambyal, S, Samsonov, V, Sandoval, A, Sarkar, A, Sarkar, D, Sarkar, N, Sarma, P, Sas, MHP, Scapparone, E, Scarlassara, F, Schaefer, B, Scheid, HS, Schiaua, C, Schicker, R, Schmidt, C, Schmidt, HR, Schmidt, MO, Schmidt, M, Schmidt, NV, Schukraft, J, Schutz, Y, Schwarz, K, Schweda, K, Scioli, G, Scomparin, E, Sefcik, M, Seger, JE, Sekiguchi, Y, Sekihata, D, Selyuzhenkov, I, Senosi, K, Senyukov, S, Serradilla, E, Sett, P, Sevcenco, A, Shabanov, A, Shabetai, A, Shahoyan, R, Shaikh, W, Shangaraev, A, Sharma, A, Sharma, M, Sharma, N, Sheikh, AI, Shigaki, K, Shirinkin, S, Shou, Q, Shtejer, K, Sibiriak, Y, Siddhanta, S, Sielewicz, KM, Siemiarczuk, T, Silaeva, S, Silvermyr, D, Simatovic, G, Simonetti, G, Singaraju, R, Singh, R, Singhal, V, Sinha, T, Sitar, B, Sitta, M, Skaali, TB, Slupecki, M, Smirnov, N, Snellings, RJM, Snellman, TW, Song, J, Song, M, Soramel, F, Sorensen, S, Sozzi, F, Sputowska, I, Stachel, J, Stan, I, Stankus, P, Stenlund, E, Stocco, D, Storetvedt, MM, Strmen, P, Suaide, AAP, Sugitate, T, Suire, C, Suleymanov, M, Suljic, M, Sultanov, R, Sumbera, M, Sumowidagdo, S, Suzuki, K, Swain, S, Szabo, A, Szarka, I, Tabassam, U, Takahashi, J, Tambave, GJ, Tanaka, N, Tarhini, M, Tariq, M, Tarzila, MG, Tauro, A, Tejeda Munoz, G, Telesca, A, Terasaki, K, Terrevoli, C, Teyssier, B, Thakur, D, Thakur, S, Thomas, D, Thoresen, F, Tieulent, R, Tikhonov, A, Timmins, AR, Toia, A, Toppi, M, Torres, SR, Tripathy, S, Trogolo, S, Trombetta, G, Tropp, L, Trubnikov, V, Trzaska, WH, Trzeciak, BA, Tsuji, T, Tumkin, A, Turrisi, R, Tveter, TS, Ullaland, K, Umaka, EN, Uras, A, Usai, GL, Utrobicic, A, Vala, M, Van Der Maarel, J, Van Hoorne, JW, van Leeuwen, M, Vanat, T, Vande Vyvre, P, Varga, D, Vargas, A, Vargyas, M, Varma, R, Vasileiou, M, Vasiliev, A, Vauthier, A, Doce, O Vazquez, Vechernin, V, Veen, AM, Velure, A, Vercellin, E, Vergara Limon, S, Vernet, R, Vertesi, R, Vickovic, L, Vigolo, S, Viinikainen, J, Vilakazi, Z, Baillie, O Villalobos, Villatoro Tello, A, Vinogradov, A, Vinogradov, L, Virgili, T, Vislavicius, V, Vodopyanov, A, Voelkl, MA, Voloshin, K, Voloshin, SA, Volpe, G, von Haller, B, Vorobyev, I, Voscek, D, Vranic, D, Vrlakova, J, Wagner, B, Wang, H, Wang, M, Watanabe, D, Watanabe, Y, Weber, M, Weber, SG, Weiser, DF, Wenzel, SC, Wessels, JP, Westerhoff, U, Whitehead, AM, Wiechula, J, Wikne, J, Wilk, G, Wilkinson, J, Willems, GA, Williams, MCS, Willsher, E, Windelband, B, Witt, WE, Xu, R, Yalcin, S, Yamakawa, K, Yang, P, Yano, S, Yin, Z, Yokoyama, H, Yoo, I-K, Yoon, JH, Yun, E, Yurchenko, V, Zaccolo, V, Zaman, A, Zampolli, C, Zanoli, HJC, Zardoshti, N, Zarochentsev, A, Zavada, P, Zaviyalov, N, Zbroszczyk, H, Zhalov, M, Zhang, H, Zhang, X, Zhang, Y, Zhang, C, Zhang, Z, Zhao, C, Zhigareva, N, Zhou, D, Zhou, Y, Zhou, Z, Zhu, H, Zhu, J, Zhu, Y, Zichichi, A, Zimmermann, MB, Zinovjev, G, Zurlo, N, and Collaboration, ALICE

Subjects
Hadron-Hadron scattering (experiments)
Published
2019

39. Hall effect, magnetoresistance, and critical fields of UBe13 thin films

Author

Hettinger, JD, Fortune, NA, Brooks, JS, Goldman, A, Kang, JH, Smith, JL, and Fisk, Z

Subjects
Condensed Matter Physics, Materials Engineering, Nanotechnology, Applied Physics
Abstract

We report the first Hall effect measurements on polycrystalline thin films of the heavy fermion superconductor UBe13. Measurements have been extended to temperatures well below previous studies on single crystals. We find no sign change of the Hall coefficient when cooling through Tc in contrast to the earlier study. We also observe a "shorting" of the Hall voltage below Tc. As the field is swept up, a p-type Hall signal is observed above a threshold magnetic-field which we define as Hc2. The slope of the phase boundary defined by these values agrees well with that as defined by resistivity measurements. Below T = 0.2 K, the magnetoresistance and Hall signal have very little temperature or field dependence above Hc2. The resistivity as a function of field may be fit using a spin- 1 2 Coqblin-Schreiffer model. © 1989.

Published
1989

40. Superconductivity in Thin Films of UBe13

Author

Kang, JH, Maps, J, Goldman, AM, Brooks, JS, Fisk, Z, and Smith, James L

Subjects
Mathematical Sciences, Physical Sciences, Engineering, Applied Physics
Abstract

Films of the heavy fermion compound UBe13 have been prepared by dc sputtering from a compound target. The transition temperatures of 3000 Å thick films deposited onto single-crystal sapphire substrates approach those of bulk material. Temperature dependences of the parallel and perpendicualar critical fileds of UBe13 were determined resistively. The ratio Hc11/Hc⊥ was found to be 1.25, a value which suggests the partial rather than complete of the films. This result implies that the pairing configuration in UBe13, at least near the surface, cannot be pure triplet, or any other pure state with L≠0. © 1987 The Japan Society of Applied Physics.

Published
1987

41. Multi-trait genome-wide association study identifies new loci associated with optic disc parameters

Author

Bonnemaijer, PWM, van Leeuwen, EM, Iglesias, AI, Gharahkhani, P, Vitart, V, Khawaja, AP, Simcoe, M, Hoehn, R, Cree, AJ, Igo, RP, Burdon, KP, Craig, JE, Hewitt, AW, Jonas, J, Khor, C-C, Pasutto, F, Mackey, DA, Mitchell, P, Mishra, A, Pang, C, Pasquale, LR, Springelkamp, H, Thorleifsson, G, Thorsteinsdottir, U, Viswanathan, AC, Wojciechowski, R, Wong, T, Young, TL, Zeller, T, Atan, D, Aslam, T, Barman, SA, Barrett, JH, Bishop, P, Blows, P, Bunce, C, Carare, RO, Chakravarthy, U, Chan, M, Chua, SYL, Crabb, DP, Cumberland, PM, Day, A, Desai, P, Dhillon, B, Dick, AD, Egan, C, Ennis, S, Foster, P, Fruttiger, M, Gallacher, JEJ, Garway, DF, Gibson, J, Gore, D, Guggenheim, JA, Hardcastle, A, Harding, SP, Hogg, RE, Keane, PA, Khaw, PT, Lascaratos, G, Macgillivray, T, Mackie, S, Martin, K, McGaughey, M, McGuinness, B, Mckay, GJ, McKibbin, M, Mitry, D, Moore, T, Morgan, JE, Muthy, ZA, O'Sullivan, E, Owen, CG, Patel, P, Paterson, E, Peto, T, Petzold, A, Rahi, JS, Rudnikca, AR, Self, J, Sivaprasad, S, Steel, D, Stratton, I, Strouthidis, N, Sudlow, C, Thomas, D, Trucco, E, Tufail, A, Vernon, SA, Williams, C, Williams, K, Woodside, JV, Yates, MM, Yip, J, Zheng, Y, Allingham, R, Budenz, D, Bailey, JC, Fingert, J, Gaasterland, D, Gaasterland, T, Haines, JL, Hark, L, Hauser, M, Kang, JH, Kraft, P, Lee, R, Lichter, P, Liu, Y, Moroi, S, Pericak, M, Realini, A, Rhee, D, Richards, JR, Ritch, R, Scott, WK, Singh, K, Sit, A, Vollrath, D, Weinreb, R, Wollstein, G, Wilmer, DZ, Gerhold-Ay, A, Nickels, S, Wilson, JF, Hayward, C, Boutin, TS, Polasek, O, Aung, T, Khor, CC, Amin, N, Lotery, AJ, Wiggs, JL, Cheng, C-Y, Hysi, PG, Hammond, CJ, Thiadens, AAHJ, MacGregor, S, Klaver, CCW, van Duijn, CM, Bonnemaijer, PWM, van Leeuwen, EM, Iglesias, AI, Gharahkhani, P, Vitart, V, Khawaja, AP, Simcoe, M, Hoehn, R, Cree, AJ, Igo, RP, Burdon, KP, Craig, JE, Hewitt, AW, Jonas, J, Khor, C-C, Pasutto, F, Mackey, DA, Mitchell, P, Mishra, A, Pang, C, Pasquale, LR, Springelkamp, H, Thorleifsson, G, Thorsteinsdottir, U, Viswanathan, AC, Wojciechowski, R, Wong, T, Young, TL, Zeller, T, Atan, D, Aslam, T, Barman, SA, Barrett, JH, Bishop, P, Blows, P, Bunce, C, Carare, RO, Chakravarthy, U, Chan, M, Chua, SYL, Crabb, DP, Cumberland, PM, Day, A, Desai, P, Dhillon, B, Dick, AD, Egan, C, Ennis, S, Foster, P, Fruttiger, M, Gallacher, JEJ, Garway, DF, Gibson, J, Gore, D, Guggenheim, JA, Hardcastle, A, Harding, SP, Hogg, RE, Keane, PA, Khaw, PT, Lascaratos, G, Macgillivray, T, Mackie, S, Martin, K, McGaughey, M, McGuinness, B, Mckay, GJ, McKibbin, M, Mitry, D, Moore, T, Morgan, JE, Muthy, ZA, O'Sullivan, E, Owen, CG, Patel, P, Paterson, E, Peto, T, Petzold, A, Rahi, JS, Rudnikca, AR, Self, J, Sivaprasad, S, Steel, D, Stratton, I, Strouthidis, N, Sudlow, C, Thomas, D, Trucco, E, Tufail, A, Vernon, SA, Williams, C, Williams, K, Woodside, JV, Yates, MM, Yip, J, Zheng, Y, Allingham, R, Budenz, D, Bailey, JC, Fingert, J, Gaasterland, D, Gaasterland, T, Haines, JL, Hark, L, Hauser, M, Kang, JH, Kraft, P, Lee, R, Lichter, P, Liu, Y, Moroi, S, Pericak, M, Realini, A, Rhee, D, Richards, JR, Ritch, R, Scott, WK, Singh, K, Sit, A, Vollrath, D, Weinreb, R, Wollstein, G, Wilmer, DZ, Gerhold-Ay, A, Nickels, S, Wilson, JF, Hayward, C, Boutin, TS, Polasek, O, Aung, T, Khor, CC, Amin, N, Lotery, AJ, Wiggs, JL, Cheng, C-Y, Hysi, PG, Hammond, CJ, Thiadens, AAHJ, MacGregor, S, Klaver, CCW, and van Duijn, CM

Abstract

A new avenue of mining published genome-wide association studies includes the joint analysis of related traits. The power of this approach depends on the genetic correlation of traits, which reflects the number of pleiotropic loci, i.e. genetic loci influencing multiple traits. Here, we applied new meta-analyses of optic nerve head (ONH) related traits implicated in primary open-angle glaucoma (POAG); intraocular pressure and central corneal thickness using Haplotype reference consortium imputations. We performed a multi-trait analysis of ONH parameters cup area, disc area and vertical cup-disc ratio. We uncover new variants; rs11158547 in PPP1R36-PLEKHG3 and rs1028727 near SERPINE3 at genome-wide significance that replicate in independent Asian cohorts imputed to 1000 Genomes. At this point, validation of these variants in POAG cohorts is hampered by the high degree of heterogeneity. Our results show that multi-trait analysis is a valid approach to identify novel pleiotropic variants for ONH.

Published
2019

42. Cross-ancestry genome-wide association analysis of corneal thickness strengthens link between complex and Mendelian eye diseases (vol 9, 1864, 2018)

Author

Iglesias, AI, Mishra, A, Vitart, V, Bykhovskaya, Y, Hoehn, R, Springelkamp, H, Cuellar-Partida, G, Gharahkhani, P, Bailey, JNC, Willoughby, CE, Li, X, Yazar, S, Nag, A, Khawaja, AP, Polasek, O, Siscovick, D, Mitchell, P, Tham, YC, Haines, JL, Kearns, LS, Hayward, C, Shi, Y, van Leeuwen, EM, Taylor, KD, Bonnemaijer, P, Rotter, JI, Martin, NG, Zeller, T, Mills, RA, Souzeau, E, Staffieri, SE, Jonas, JB, Schmidtmann, I, Boutin, T, Kang, JH, Lucas, SEM, Wong, TY, Beutel, ME, Wilson, JF, Uitterlinden, AG, Vithana, EN, Foster, PJ, Hysi, PG, Hewitt, AW, Khor, CC, Pasquale, LR, Montgomery, GW, Klaver, CCW, Aung, T, Pfeiffer, N, Mackey, DA, Hammond, CJ, Cheng, C-Y, Craig, JE, Rabinowitz, YS, Wiggs, JL, Burdon, KP, van Duijn, CM, MacGregor, S, Wang, JJ, Rochtchina, E, Attia, J, Scott, R, Holliday, EG, Baird, PN, Xie, J, Inouye, M, Viswanathan, A, Sim, X, Allingham, RR, Brilliant, MH, Budenz, DL, Christen, WG, Fingert, J, Friedman, DS, Gaasterland, D, Gaasterland, T, Hauser, MA, Kraft, P, Lee, RK, Lichter, PR, Liu, Y, Loomis, SJ, Moroi, SE, Pericak-Vance, MA, Realini, A, Richards, JE, Schuman, JS, Scott, WK, Singh, K, Sit, AJ, Vollrath, D, Weinreb, RN, Wollstein, G, Zack, DJ, Zhang, K, Donnelly, P, Barroso, I, Blackwell, JM, Bramon, E, Brown, MA, Casas, JP, Corvin, A, Deloukas, P, Duncanson, A, Jankowski, J, Markus, HS, Mathew, CG, Palmer, CNA, Plomin, R, Rautanen, A, Sawcer, SJ, Trembath, RC, Wood, NW, Spencer, CCA, Band, G, Bellenguez, C, Freeman, C, Hellenthal, G, Giannoulatou, E, Pirinen, M, Pearson, R, Strange, A, Su, Z, Vukcevic, D, Langford, C, Hunt, SE, Edkins, S, Gwilliam, R, Blackburn, H, Bumpstead, SJ, Dronov, S, Gillman, M, Gray, E, Hammond, N, Jayakumar, A, McCann, OT, Liddle, J, Potter, SC, Ravindrarajah, R, Ricketts, M, Waller, M, Weston, P, Widaa, S, Whittaker, P, Iglesias, AI, Mishra, A, Vitart, V, Bykhovskaya, Y, Hoehn, R, Springelkamp, H, Cuellar-Partida, G, Gharahkhani, P, Bailey, JNC, Willoughby, CE, Li, X, Yazar, S, Nag, A, Khawaja, AP, Polasek, O, Siscovick, D, Mitchell, P, Tham, YC, Haines, JL, Kearns, LS, Hayward, C, Shi, Y, van Leeuwen, EM, Taylor, KD, Bonnemaijer, P, Rotter, JI, Martin, NG, Zeller, T, Mills, RA, Souzeau, E, Staffieri, SE, Jonas, JB, Schmidtmann, I, Boutin, T, Kang, JH, Lucas, SEM, Wong, TY, Beutel, ME, Wilson, JF, Uitterlinden, AG, Vithana, EN, Foster, PJ, Hysi, PG, Hewitt, AW, Khor, CC, Pasquale, LR, Montgomery, GW, Klaver, CCW, Aung, T, Pfeiffer, N, Mackey, DA, Hammond, CJ, Cheng, C-Y, Craig, JE, Rabinowitz, YS, Wiggs, JL, Burdon, KP, van Duijn, CM, MacGregor, S, Wang, JJ, Rochtchina, E, Attia, J, Scott, R, Holliday, EG, Baird, PN, Xie, J, Inouye, M, Viswanathan, A, Sim, X, Allingham, RR, Brilliant, MH, Budenz, DL, Christen, WG, Fingert, J, Friedman, DS, Gaasterland, D, Gaasterland, T, Hauser, MA, Kraft, P, Lee, RK, Lichter, PR, Liu, Y, Loomis, SJ, Moroi, SE, Pericak-Vance, MA, Realini, A, Richards, JE, Schuman, JS, Scott, WK, Singh, K, Sit, AJ, Vollrath, D, Weinreb, RN, Wollstein, G, Zack, DJ, Zhang, K, Donnelly, P, Barroso, I, Blackwell, JM, Bramon, E, Brown, MA, Casas, JP, Corvin, A, Deloukas, P, Duncanson, A, Jankowski, J, Markus, HS, Mathew, CG, Palmer, CNA, Plomin, R, Rautanen, A, Sawcer, SJ, Trembath, RC, Wood, NW, Spencer, CCA, Band, G, Bellenguez, C, Freeman, C, Hellenthal, G, Giannoulatou, E, Pirinen, M, Pearson, R, Strange, A, Su, Z, Vukcevic, D, Langford, C, Hunt, SE, Edkins, S, Gwilliam, R, Blackburn, H, Bumpstead, SJ, Dronov, S, Gillman, M, Gray, E, Hammond, N, Jayakumar, A, McCann, OT, Liddle, J, Potter, SC, Ravindrarajah, R, Ricketts, M, Waller, M, Weston, P, Widaa, S, and Whittaker, P

Abstract

Emmanuelle Souzeau, who contributed to analysis of data, was inadvertently omitted from the author list in the originally published version of this Article. This has now been corrected in both the PDF and HTML versions of the Article.

Published
2019

43. Measuring entropy in functional neuroscience: pathophysiological and clinical applications

Author

Chung CC, Kang JH, and Hu CJ

Subjects
nerve system, complexity, entropy, lcsh:Neurosciences. Biological psychiatry. Neuropsychiatry, electroencephalography, pathophysiology, lcsh:RC321-571
Abstract

Chen-Chih Chung,1 Jiunn-Horng Kang,2,3 Chaur-Jong Hu,1 1Department of Neurology, Shuang Ho Hospital, College of Medicine, Taipei Medical University, New Taipei, 2Department of Physical Medicine and Rehabilitation, Taipei Medical University Hospital, 3Department of Physical Medicine and Rehabilitation, School of Medicine, College of Medicine, Taipei Medical University, Taipei, Taiwan, Republic of China Abstract: A biological system obtains information, reacts to stimuli, and modifies its behavior to adapt to the environment via complex control systems. A healthy system is expected to adequately adapt to a variety of changes. Physiological signals obtained from a healthy individual should contain rich information and complex behaviors. Entropy-derived measures have been used to access the complexity of the physiological signals. Aging or diseased status usually shows reduced entropy values and loss of complexity within the dynamics of physiological output. In this article, we aim to review the available evidence related to the pathophysiological nature of complexity and the clinical applications of entropy-derived measures in varied neurological disorders. Keywords: complexity, entropy, nerve system, electroencephalography, pathophysiology

Published
2016

44. Search for collectivity with azimuthal J/psi-hadron correlations in high multiplicity p-Pb collisions at ,root s(NN)=5.02 and 8.16 TeV

Author

Acharya, S, Adamova, D, Adolfsson, J, Aggarwal, MM, Rinella, G Aglieri, Agnello, M, Agrawal, N, Ahammed, Z, Ahn, SU, Aiola, S, Akindinov, A, Al-Turany, M, Alam, SN, Albuquerque, DSD, Aleksandrov, D, Alessandro, B, Molina, R Alfaro, Ali, Y, Alici, A, Alkin, A, Alme, J, Alt, T, Altenkamper, L, Altsybeev, I, Prado, C Alves Garcia, Andrei, C, Andreou, D, Andrews, HA, Andronic, A, Anguelov, V, Anson, C, Anticic, T, Antinori, F, Antonioli, R, Aphecetche, L, Appelshauser, H, Arcelli, S, Arnaldi, R, Arnold, OW, Arsene, IC, Arslandok, M, Audurier, B, Augustinus, A, Averbeck, R, Azmi, MD, Badala, A, Baek, YW, Bagnasco, S, Bailhache, R, Bala, R, Baldisseri, A, Ball, M, Bara, RC, Barbano, AM, Barbera, R, Barile, F, Barioglio, L, Barnafoldi, GG, Barnby, LS, Barret, V, Bartalini, P, Barth, K, Bartsch, E, Bastid, N, Basu, S, Batigne, G, Batyunya, B, Batzing, PC, Alba, JL Bazo, Bearden, IG, Beck, H, Bedda, C, Behera, NK, Belikov, I, Bellini, F, Martinez, H Bello, Bellwied, R, Beltran, LGE, Belyaev, V, Bencedi, G, Beole, S, Bercuci, A, Berdnikov, Y, Berenyi, D, Bertens, RA, Berzano, D, Betev, L, Bhasin, A, Bhat, IR, Bhattacharjee, B, Bhom, J, Bianchi, A, Bianchi, L, Bianchi, N, Bianchin, C, Bielcik, J, Bielcikova, J, Bilandzic, A, Biro, G, Biswas, R, Biswas, S, Blair, JT, Blau, D, Blume, C, Boca, G, Bock, F, Bogdanov, A, Boldizsar, L, Bombara, M, Bonomi, G, Bonora, M, Book, J, Borel, H, Borissov, A, Borri, M, Botta, E, Bourjau, C, Bratrud, L, Braun-Munzinger, P, Bregant, M, Broker, TA, Broz, M, Brucken, EJ, Bruna, E, Bruno, GE, Budnikov, D, Buesching, H, Bufalino, S, Buhler, R, Buncic, R, Busch, O, Buthelezi, Z, Butt, JB, Buxton, JT, Cabala, J, Caffarri, D, Caines, H, Caliva, A, Villar, E Calvo, Camerini, P, Capon, AA, Carena, F, Carena, W, Carnesecchi, F, Castellanos, J Castillo, Castro, AJ, Casula, EAR, Sanchez, C Ceballos, Chandra, S, Chang, B, Chang, W, Chapeland, S, Chartier, M, Chattopadhyay, S, Chauvin, A, Cheshkov, C, Cheynis, B, Barroso, V Chibante, Chinellato, DD, Cho, S, Chochula, P, Chojnacki, M, Choudhury, S, Chowdhury, T, Christakoglou, P, Christensen, CH, Christiansen, P, Chujo, T, Chung, SU, Cicalo, C, Cifarelli, L, Cindolo, F, Cleymans, J, Colamaria, F, Colella, D, Collu, A, Colocci, M, Concas, M, Balbastre, G Conesa, del Valle, Z Conesa, Contreras, JG, Cormier, TM, Morales, Y Corrales, Maldonado, I Cortes, Cortese, P, Cosentino, MR, Costa, F, Costanza, S, Crkovska, J, Crochet, P, Cuautle, E, Cunqueiro, L, Dahms, T, Dainese, A, Danisch, MC, Danu, A, Das, D, Das, I, Das, S, Dash, A, Dash, S, De, S, De Caro, A, de Cataldo, G, de Conti, C, de Cuveland, J, De Falco, A, De Gruttola, D, De Marco, N, De Pasquale, S, De Souza, RD, Degenhardt, HF, Deisting, A, Deloff, A, Deplano, C, Dhankher, P, Di Bari, D, Di Mauro, A, Di Nezza, P, Di Ruzza, B, Corchero, MA Diaz, Dietel, T, Dillenseger, P, Ding, Y, Divia, R, Djuvsland, O, Dobrin, A, Gimenez, D Domenicis, Donigus, B, Dordic, O, Doremalen, LVR, Dubey, AK, Dubla, A, Ducroux, L, Dudi, S, Dugga, AK, 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SC, Wessels, JP, Westerhoff, U, Whitehead, AM, Wiechula, J, Wikne, J, Wilk, G, Wilkinson, J, Willems, GA, Williams, MCS, Willsher, E, Windelband, B, Witt, WE, Xu, R, Yalcin, S, Yamakawa, K, Yang, P, Yano, S, Yin, Z, Yokoyama, H, Yoo, I-K, Yoon, JH, Yun, E, Yurchenko, V, Zaccolo, V, Zaman, A, Zampolli, C, Zanoli, HJC, Zardoshti, N, Zarochentsev, A, Zavada, P, Zaviyalov, N, Zbroszczyk, H, Zhalov, M, Zhang, H, Zhang, X, Zhang, Y, Zhang, C, Zhang, Z, Zhao, C, Zhigareva, N, Zhou, D, Zhou, Y, Zhou, Z, Zhu, H, Zhu, J, Zhu, Y, Zichichi, A, Zimmermann, MB, Zinovjev, G, Zmeskal, J, Zou, S, and Collaboration, Alice

Subjects
COLLISIONS, ROOT-S(NN)=5.02 TEV, PROTON-PROTON, PLUS PB, HEAVY-ION COLLISIONS, ANGULAR-CORRELATIONS, CHARMONIUM PRODUCTION, 2-PARTICLE CORRELATIONS, 2-PARTICLE, CORRELATIONS, LONG-RANGE, NUCLEUS, LHC, NUCLEUS COLLISIONS
Abstract

We present a measurement of azimuthal correlations between inclusive J/psi and charged hadrons in p-Pb collisions recorded with the ALICE detector at the CERN LHC. The J/psi are reconstructed at forward (p-going, 2.03 < y < 3.53) and backward (Pb-going, -4.46 < y < -2.96) rapidity via their mu(+)mu(-) decay channel, while the charged hadrons are reconstructed at mid-rapidity (vertical bar eta vertical bar < 1.8). The correlations are expressed in terms of associated charged-hadron yields per W . trigger. A rapidity gap of at least 1.5 units is required between the trigger J/psi and the associated charged hadrons. Possible correlations due to collective effects are assessed by subtracting the associated per-trigger yields in the low-multiplicity collisions from those in the high-multiplicity collisions. After the subtraction, we observe a strong indication of remaining symmetric structures at Delta phi approximate to 0 and Delta phi approximate to pi), similar to those previously found in two-particle correlations at middle and forward rapidity. The corresponding second-order Fourier coefficient (v(2) ) in the transverse momentum interval between 3 and 6 GeV/c is found to be positive with a significance of about 5 sigma. The obtained results are similar to the J/psi v(2) coefficients measured in Pb-Pb collisions at root s(NN) = 5.02 TeV, suggesting a common mechanism at the origin of the J/psi v(2) . (C) 2018 The Author. Published by Elsevier B.V.

Published
2018

45. Systematic studies of correlations between different order flow harmonics in Pb-Pb collisions at root s(NN)=2.76 TeV

Author

Acharya, S, Adam, J, Adamova, D, Adolfsson, J, Aggarwal, MM, Rinella, G Aglieri, Agnello, M, Agrawal, N, Ahammed, Z, Ahmad, N, Ahn, SU, Aiola, S, Akindinov, A, Al-Turany, M, Alam, SN, Alba, JLB, Albuquerque, DSD, Aleksandrov, D, Alessandro, B, Alfaro Molina, R, Alici, A, Alkin, A, Alme, J, Alt, T, Altenkamper, L, Altsybeev, I, Alves Garcia Prado, C, Andrei, C, Andreou, D, Andrews, HA, Andronic, A, Anguelov, V, Anson, C, Anticic, T, Antinori, F, Antonioli, P, Anwar, R, Aphecetche, L, Appelshaeuser, H, Arcelli, S, Arnaldi, R, Arnold, OW, Arsene, IC, Arslandok, M, Audurier, B, Augustinus, A, Averbeck, R, Azmi, MD, Badala, A, Baek, YW, Bagnasco, S, Bailhache, R, Bala, R, Baldisseri, A, Ball, M, Baral, RC, Barbano, AM, Barbera, R, Barile, F, Barioglio, L, Barnafoldi, GG, Barnby, LS, Barret, V, Bartalini, P, Barth, K, Bartsch, E, Basile, M, Bastid, N, Basu, S, Batigne, G, Batyunya, B, Batzing, PC, Bearden, IG, Beck, H, Bedda, C, Behera, NK, Belikov, I, Bellini, F, Bello Martinez, H, Bellwied, R, Beltran, LGE, Belyaev, V, Bencedi, G, Beole, S, Bercuci, A, Berdnikov, Y, Berenyi, D, Bertens, RA, Berzano, D, Betev, L, Bhasin, A, Bhat, IR, Bhati, AK, Bhattacharjee, B, Bhom, J, Bianchi, A, Bianchi, L, Bianchi, N, Bianchin, C, Bielcik, J, Bielcikova, J, Bilandzic, A, Biro, G, Biswas, R, Biswas, S, Blair, JT, Blau, D, Blume, C, Boca, G, Bock, F, Bogdanov, A, Boldizsar, L, Bombara, M, Bonomi, G, Bonora, M, Book, J, Borel, H, Borissov, A, Borri, M, Botta, E, Bourjau, C, Bratrud, L, Braun-Munzinger, P, Bregant, M, Broker, TA, Broz, M, Brucken, EJ, Bruna, E, Bruno, GE, Budnikov, D, Buesching, H, Bufalino, S, Buhler, P, Buncic, P, Busch, O, Buthelezi, Z, Butt, JB, Buxton, JT, Cabala, J, Caffarri, D, Caines, H, Caliva, A, Calvo Villar, E, Camerini, P, Capon, AA, Carena, F, Carena, W, Carnesecchi, F, Castellanos, J Castillo, Castro, AJ, Casula, EAR, Ceballos Sanchez, C, Cerello, P, Chandra, S, Chang, B, Chapeland, S, Chartier, M, Chattopadhyay, S, Chauvin, A, Cheshkov, C, Cheynis, B, Barroso, V Chibante, Chinellato, DD, Cho, S, Chochula, P, Chojnacki, M, Choudhury, S, Chowdhury, T, Christakoglou, P, Christensen, CH, Christiansen, P, Chujo, T, Chung, SU, Cicalo, C, Cifarelli, L, Cindolo, F, Cleymans, J, Colamaria, F, Colella, D, Collu, A, Colocci, M, Concas, M, Balbastre, G Conesa, del Valle, Z Conesa, Connors, ME, Contreras, JG, Cormier, TM, Morales, Y Corrales, Cortes Maldonado, I, Cortese, P, Cosentino, MR, Costa, F, Costanza, S, Crkovska, J, Crochet, P, Cuautle, E, Cunqueiro, L, Dahms, T, Dainese, A, Danisch, MC, Danu, A, Das, D, Das, I, Das, S, Dash, A, Dash, S, De, S, De Caro, A, de Cataldo, G, de Conti, C, de Cuveland, J, De Falco, A, De Gruttola, D, De Marco, N, De Pasquale, S, De Souza, RD, Degenhardt, HF, Deisting, A, Deloff, A, Deplano, C, Dhankher, P, Di Bari, D, Di Mauro, A, Di Nezza, P, Di Ruzza, B, Dietel, T, Dillenseger, P, Divia, R, Djuvsland, O, Dobrin, A, Domenicis Gimenez, D, Doenigus, B, Dordic, O, Doremalen, LVR, Dubey, AK, Dubla, 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F, Pruneau, CA, Pshenichnov, I, Puccio, M, Puddu, G, Pujahari, P, Punin, V, Putschke, J, Raha, S, Rajput, S, Rak, J, Rakotozafindrabe, A, Ramello, L, Rami, F, Rana, DB, Raniwala, R, Raniwala, S, Rasanen, SS, Rascanu, BT, Rathee, D, Ratza, V, Ravasenga, I, Read, KF, Redlich, K, Rehman, A, Reichelt, P, Reidt, F, Ren, X, Renfordt, R, Reolon, AR, Reshetin, A, Reygers, K, Riabov, V, Ricci, RA, Richert, T, Richter, M, Riedler, P, Riegler, W, Riggi, F, Ristea, C, Rodriguez Cahuantzi, M, Roed, K, Rogochaya, E, Rohr, D, Rohrich, D, Rokita, PS, Ronchetti, F, Rosas, ED, Rosnet, P, Rossi, A, Rotondi, A, Roukoutakis, F, Roy, A, Roy, C, Roy, P, Rueda, OV, Rui, R, Rumyantsev, B, Rustamov, A, Ryabinkin, E, Ryabov, Y, Rybicki, A, Saarinen, S, Sadhu, S, Sadovsky, S, Safarik, K, Saha, SK, Sahlmuller, B, Sahoo, B, Sahoo, P, Sahoo, R, Sahoo, S, Sahu, PK, Saini, J, Sakai, S, Saleh, MA, Salzwedel, J, Sambyal, S, Samsonov, V, Sandoval, A, Sarkar, D, Sarkar, N, Sarma, P, Sas, MHP, Scapparone, E, Scarlassara, 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M, Sumowidagdo, S, Suzuki, K, Swain, S, Szabo, A, Szarka, I, Tabassam, U, Takahashi, J, Tambave, GJ, Tanaka, N, Tarhini, M, Tariq, M, Tarzila, MG, Tauro, A, Tejeda Munoz, G, Telesca, A, Terasaki, K, Terrevoli, C, Teyssier, B, Thakur, D, Thakur, S, Thomas, D, Thoresen, F, Tieulent, R, Tikhonov, A, Timmins, AR, Toia, A, Torres, SR, Tripathy, S, Trogolo, S, Trombetta, G, Tropp, L, Trubnikov, V, Trzaska, WH, Trzeciak, BA, Tsuji, T, Tumkin, A, Turrisi, R, Tveter, TS, Ullaland, K, Umaka, EN, Uras, A, Usai, GL, Utrobicic, A, Vala, M, Van Der Maarel, J, Van Hoorne, JW, van Leeuwen, M, Vanat, T, Vyvre, P Vande, Varga, D, Vargas, A, Vargyas, M, Varma, R, Vasileiou, M, Vasiliev, A, Vauthier, A, Doce, O Vazquez, Vechernin, V, Veen, AM, Velure, A, Vercellin, E, Vergara Limon, S, Vernet, R, Vertesi, R, Vickovic, L, Vigolo, S, Viinikainen, J, Vilakazi, Z, Baillie, O Villalobos, Villatoro Tello, A, Vinogradov, A, Vinogradov, L, Virgili, T, Vislavicius, V, Vodopyanov, A, Voelkl, MA, Voloshin, K, Voloshin, SA, Volpe, G, von Haller, B, Vorobyev, I, Voscek, D, Vranic, D, Vrlakova, J, Wagner, B, Wang, H, Wang, M, Watanabe, D, Watanabe, Y, Weber, M, Weber, SG, Weiser, DF, Wenzel, SC, Wessels, JP, Westerhoff, U, Whitehead, AM, Wiechula, J, Wikne, J, Wilk, G, Wilkinson, J, Willems, GA, Williams, MCS, Willsher, E, Windelband, B, Witt, WE, Yalcin, S, Yamakawa, K, Yang, P, Yano, S, Yin, Z, Yokoyama, H, Yoo, I-K, Yoon, JH, Yurchenko, V, Zaccolo, V, Zaman, A, Zampolli, C, Zanoli, HJC, Zardoshti, N, Zarochentsev, A, Zavada, P, Zaviyalov, N, Zbroszczyk, H, Zhalov, M, Zhang, H, Zhang, X, Zhang, Y, Zhang, C, Zhang, Z, Zhao, C, Zhigareva, N, Zhou, D, Zhou, Y, Zhou, Z, Zhu, H, Zhu, J, Zichichi, A, Zimmermann, A, Zimmermann, MB, Zinovjev, G, Zmeskal, J, Zou, S, and Collaboration, ALICE

Subjects
MODEL, COLLISIONS, MONTE-CARLO, ELLIPTIC FLOW, RELATIVISTIC NUCLEAR COLLISIONS, AZIMUTHAL ANISOTROPY, COLLECTIVE FLOW, HEAVY-ION COLLISIONS, QUARK-GLUON PLASMA, RELATIVISTIC NUCLEAR, TRANSVERSE-MOMENTUM, VISCOSITY
Abstract

The correlations between event-by-event fluctuations of anisotropic flow harmonic amplitudes have been measured in Pb-Pb collisions at root s(NN) = 2.76 TeV with the ALICE detector at the Large Hadron Collider. The results are reported in terms of multiparticle correlation observables dubbed symmetric cumulants. These observables are robust against biases originating from nonflow effects. The centrality dependence of correlations between the higher order harmonics (the quadrangular v(4) and pentagonal v(5) flow) and the lower order harmonics (the elliptic v(2) and triangular v(3) flow) is presented. The transverse momentum dependences of correlations between v(3) and v(2) and between v(4) and v(2) are also reported. The results are compared to calculations from viscous hydrodynamics and a multiphase transport (AMPT) model calculations. The comparisons to viscous hydrodynamic models demonstrate that the different order harmonic correlations respond differently to the initial conditions and the temperature dependence of the ratio of shear viscosity to entropy density (eta/s). Asmall average value of eta/s is favored independent of the specific choice of initial conditions in the models. The calculations with the AMPT initial conditions yield results closest to the measurements. Correlations among the magnitudes of v(2), v(3), and v(4) show moderate p(T) dependence in midcentral collisions. This might be an indication of possible viscous corrections to the equilibrium distribution at hadronic freeze-out, which might help to understand the possible contribution of bulk viscosity in the hadronic phase of the system. Together with existing measurements of individual flow harmonics, the presented results provide further constraints on the initial conditions and the transport properties of the system produced in heavy-ion collisions.

Published
2018

46. J/psi production as a function of charged-particle pseudorapidity density in p-Pb collisions at root s(NN)=5.02 TeV

Author

Adamova, D, Aggarwal, MM, Rinella, G Aglieri, Agnello, M, Agrawal, N, Ahammed, Z, Ahmad, N, Ahn, SU, Aiola, S, Akindinov, A, Alam, SN, Albuquerque, DSD, Aleksandrov, D, Alessandro, B, Alexandre, D, Alfaro Molina, R, Alici, A, Alkin, A, Alme, J, Alt, T, Altsybeev, I, Alves Garcia Prado, C, An, M, Andrei, C, Andrews, HA, Andronic, A, Anguelov, V, Anson, C, Anticic, T, Antinori, F, Antonioli, P, Anwar, R, Aphecetche, L, Appelshauser, H, Arcelli, S, Arnaldi, R, Arnold, OW, Arsene, IC, Arslandok, M, Audurier, B, Augustinus, A, Averbeck, R, Azmi, MD, Badala, A, Baek, YW, Bagnasco, S, Bailhache, R, Bala, R, Baldisseri, A, Ball, M, Baral, RC, Barbano, AM, Barbera, R, Barile, F, Barioglio, L, Barnafoldi, GG, Barnby, LS, Barret, V, Bartalini, P, Barth, K, Bartke, J, Bartsch, E, Basile, M, Bastid, N, Basu, S, Bathen, B, Batigne, G, Camejo, A Batista, Batyunya, B, Batzing, PC, Bearden, IG, Beck, H, Bedda, C, Behera, NK, Belikov, I, Bellini, F, Bello Martinez, H, Bellwied, R, Beltran, LGE, Belyaev, V, Bencedi, G, Beole, S, Bercuci, A, Berdnikov, Y, Berenyi, D, Bertens, RA, Berzano, D, Betev, L, Bhasin, A, Bhat, IR, Bhati, AK, Bhattacharjee, B, Bhom, J, Bianchi, L, Bianchi, N, Bianchin, C, Bielcik, J, Bielcikova, J, Bilandzic, A, Biro, G, Biswas, R, Biswas, S, Blair, JT, Blau, D, Blume, C, Boca, G, Bock, F, Bogdanov, A, Boldizsar, L, Bombara, M, Bonomi, G, Bonora, M, Book, J, Borel, H, Borissov, A, Borri, M, Botta, E, Bourjau, C, Braun-Munzinger, P, Bregant, M, Broker, TA, Browning, TA, Broz, M, Brucken, EJ, Bruna, E, Bruno, GE, Budnikov, D, Buesching, H, Bufalino, S, Buhler, P, Buitron, SAI, Buncic, P, Busch, O, Buthelezi, Z, Butt, JB, Buxton, JT, Cabala, J, Caffarri, D, Caines, H, Caliva, A, Calvo Villar, E, Camerini, P, Capon, AA, Carena, F, Carena, W, Carnesecchi, F, Castellanos, J Castillo, Castro, AJ, Casula, EAR, Ceballos Sanchez, C, Cerello, P, Chang, B, Chapeland, S, Chartier, M, Charvet, JL, Chattopadhyay, S, Chauvin, A, Cherney, M, Cheshkov, C, Cheynis, B, Barroso, V Chibante, Chinellato, DD, Cho, S, Chochula, P, Choi, K, Chojnacki, M, Choudhury, S, Christakoglou, P, Christensen, CH, Christiansen, P, Chujo, T, Chung, SU, Cicalo, C, Cifarelli, L, Cindolo, F, Cleymans, J, Colamaria, F, Colella, D, Collu, A, Colocci, M, Balbastre, G Conesa, del Valle, Z Conesa, Connors, ME, Contreras, JG, Cormier, TM, Morales, Y Corrales, Cortes Maldonado, I, Cortese, P, Cosentino, MR, Costa, F, Costanza, S, Crkovska, J, Crochet, P, Cuautle, E, Cunqueiro, L, Dahms, T, Dainese, A, Danisch, MC, Danu, A, Das, D, Das, I, Das, S, Dash, A, Dash, S, De, S, De Caro, A, de Cataldo, G, de Conti, C, de Cuveland, J, De Falco, A, De Gruttola, D, De Marco, N, De Pasquale, S, De Souza, RD, Degenhardt, HF, Deisting, A, Deloff, A, Deplano, C, Dhankher, P, Di Bari, D, Di Mauro, A, Di Nezza, P, Di Ruzza, B, Diaz Corchero, MA, Dietel, T, Dillenseger, P, Divia, R, Djuvsland, O, Dobrin, A, Domenicis Gimenez, D, Doenigus, B, Dordic, O, Drozhzhova, T, Dubey, AK, Dubla, A, Ducroux, L, Duggal, AK, Dupieux, P, Ehlers, RJ, Elia, D, Endress, E, Engel, H, Epple, E, Erazmus, B, Erhardt, F, Espagnon, B, Esumi, S, Eulisse, G, Eum, J, Evans, D, Evdokimov, S, Fabbietti, L, Faivre, J, Fantoni, A, Fasel, M, Feldkamp, L, Feliciello, A, Feofilov, G, Ferencei, J, Fernandez Tellez, A, Ferreiro, EG, Ferretti, A, Festanti, A, Feuillard, VJG, Figiel, J, Figueredo, MAS, Filchagin, S, Finogeev, D, Fionda, FM, Fiore, EM, Floris, M, Foertsch, S, Foka, P, Fokin, S, Fragiacomo, E, Francescon, A, Francisco, A, Frankenfeld, U, Fronze, GG, Fuchs, U, Furget, C, Furs, A, Girard, M Fusco, Gaardhoje, JJ, Gagliardi, M, Gago, AM, Gajdosova, K, Gallio, M, Galvan, CD, Ganoti, P, Gao, C, Garabatos, C, Garcia-Solis, E, Garg, K, Garg, P, Gargiulo, C, Gasik, P, Gauger, EF, Gay Ducati, MB, Germain, M, Ghosh, P, Ghosh, SK, Gianotti, P, Giubellino, P, Giubilato, P, Gladysz-Dziadus, E, Glaessel, P, Gomez Coral, DM, Ramirez, A Gomez, Gonzalez, AS, Gonzalez, V, Gonzalez-Zamora, P, Gorbunov, S, Gorlich, L, Gotovac, S, 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von Haller, B, Vorobyev, I, Voscek, D, Vranic, D, Vrlakova, J, Wagner, B, Wagner, J, Wang, H, Wang, M, Watanabe, D, Watanabe, Y, Weber, M, Weber, SG, Weiser, DF, Wessels, JP, Westerhoff, U, Whitehead, AM, Wiechula, J, Wikne, J, Wilk, G, Wilkinson, J, Willems, GA, Williams, MCS, Windelband, B, Winn, M, Witt, WE, Yalcin, S, Yang, P, Yano, S, Yin, Z, Yokoyama, H, Yoo, I-K, Yoon, JH, Yurchenko, V, Zaccolo, V, Zaman, A, Zampolli, C, Zanoli, HJC, Zardoshti, N, Zarochentsev, A, Zavada, P, Zaviyalov, N, Zbroszczyk, H, Zhalov, M, Zhang, H, Zhang, X, Zhang, Y, Zhang, C, Zhang, Z, Zhao, C, Zhigareva, N, Zhou, D, Zhou, Y, Zhou, Z, Zhu, H, Zhu, J, Zhu, X, Zichichi, A, Zimmermann, A, Zimmermann, MB, Zimmermann, S, Zinovjev, G, Zmeskal, J, and Collaboration, ALICE

Subjects
UNIVERSAL, Transverse-momentum dependence, QED Radative-corrections, universal, Monte- Carlo, multiplicity dependence, angular-correlations, long-range, suppression, proton, LHC, TRANSVERSE-MOMENTUM DEPENDENCE, QED RADIATIVE-CORRECTIONS, MONTE-CARLO, MULTIPLICITY DEPENDENCE, ANGULAR-CORRELATIONS, LONG-RANGE, SUPPRESSION, PROTON, RAPIDITY, UNIVERSAL MONTE-CARLO
Abstract

We report measurements of the inclusive J/psi yield and average transverse momentum as a function of charged-particle pseudorapidity density dNch/d.in p-Pb collisions at root s(NN)= 5.02 TeVwith ALICE at the LHC. The observables are normalised to their corresponding averages in non-single diffractive events. An increase of the normalised J/psi yield with normalised dN(ch)/d(eta), measured at mid-rapidity, is observed at mid-rapidity and backward rapidity. At forward rapidity, a saturation of the relative yield is observed for high charged-particle multiplicities. The normalised average transverse momentum at forward and backward rapidities increases with multiplicity at low multiplicities and saturates beyond moderate multiplicities. In addition, the forward-to-backward nuclear modification factor ratio is also reported, showing an increasing suppression of J/psi production at forward rapidity with respect to backward rapidity for increasing charged-particle multiplicity. (C) 2017 The Author. Published by Elsevier B. V.

Published
2018

47. Anisotropic flow in Xe-Xe collisions at root s(NN)=5.44 TeV

Author

ACHARYA, S, ACOSTA, FT, ADAMOVA, D, ADOLFSSON, J, AGGARWAL, MM, RINELLA, GA, AGNELLO, M, AGRAWAL, N, AHAMMED, Z, AHN, SU, AIOLA, S, AKINDINOV, A, AL-TURANY, M, ALAM, SN, ALBUQUERQUE, DSD, ALEKSANDROV, D, ALESSANDRO, B, MOLINA, RA, ALI, Y, ALICI, A, ALKIN, A, ALME, J, ALT, T, ALTENKAMPER, L, ALTSYBEEV, I, ANAAM, MN, ANDREI, C, ANDREOU, D, ANDREWS, HA, ANDRONIC, A, ANGELETTI, M, ANGUELOV, V, ANSON, C, ANTICIC, T, ANTINORI, F, ANTONIOLI, R, ANWAR, R, APADULA, N, APHECETCHE, L, APPELSHAUSER, H, ARCELLI, S, ARNALDI, R, ARNOLD, OW, ARSENE, IC, ARSLANDOK, M, AUDURIER, B, AUGUSTINUS, A, AVERBECK, R, AZMI, MD, BADALA, A, BAEK, YW, BAGNASCO, S, BAILHACHE, R, BALA, R, BALDISSERI, A, BALL, M, BARAL, RC, BARBANO, AM, BARBERA, R, BARILE, F, BARIOGLIO, L, BARNAFOLDI, GG, BARNBY, LS, BARRET, V, BARTALINI, R, BARTH, K, BARTSCH, E, BASTID, N, BASU, S, BATIGNE, G, BATYUNYA, B, BATZING, PC, ALBA, JLB, BEARDEN, IG, BECK, H, BEDDA, C, BEHERA, NK, BELIKOV, I, BELLINI, F, MARTINEZ, HB, BELLWIED, R, BELTRAN, 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Subjects
ELLIPTIC FLOW, COLLECTIVE FLOW, NUCLEAR COLLISIONS, COLLABORATION
Abstract

The first measurements of anisotropic flow coefficients v(n) for mid-rapidity charged particles in Xe-Xe collisions at root s(NN)=5.44TeV are presented. Comparing these measurements to those from Pb-Pb collisions at root s(NN)=5.02 TeV, v(2) is found to be suppressed for mid-central collisions at the same centrality, and enhanced for central collisions. The values of v(3) are generally larger in Xe-Xe than in Pb-Pb at a given centrality. These observations are consistent with expectations from hydrodynamic predictions. When both v(2) and v(3) are divided by their corresponding eccentricities for a variety of initial state models, they generally scale with transverse density when comparing Xe-Xe and Pb-Pb, with some deviations observed in central Xe-Xe and Pb-Pb collisions. These results assist in placing strong constraints on both the initial state geometry and medium response for relativistic heavy-ion collisions. (c) 2018 European Organization for Nuclear Research. Published by Elsevier B.V.

Published
2018

48. Inclusive J/psi production in Xe-Xe collisions at root s(NN)=5.44 TeV

Author

ACHARYA, S, ACOSTA, FT, ADAMOVA, D, ADOLFSSON, J, AGGARWAL, MM, RINELLA, GA, AGNELLO, M, AGRAWAL, N, AHAMMED, Z, AHN, SU, AIOLA, S, AKINDINOV, A, AL-TURANY, M, ALAM, SN, ALBUQUERQUE, DSD, ALEKSANDROV, D, ALESSANDRO, B, MOLINA, RA, ALI, Y, ALICI, A, ALKIN, A, ALME, J, ALT, T, ALTENKAMPER, L, ALTSYBEEV, I, ANAAM, MN, ANDREI, C, ANDREOU, D, ANDREWS, HA, ANGELETTI, M, ANGUELOV, V, ANSON, C, ANTICIC, T, ANTINORI, F, ANTONIOLI, P, ANWAR, R, APADULA, N, APHECETCHE, L, APPELSHAUSER, H, ARCELLI, S, ARNALDI, R, ARSENE, IC, ARSLANDOK, M, AUDURIER, B, AUGUSTINUS, A, AVERBECK, R, AZMI, MD, BADALA, A, BAEK, YW, BAGNASCO, S, BAILHACHE, R, BALA, R, BALDISSERI, A, BALL, M, BARAL, RC, BARBANO, AM, ANDRONIC, A, ARNOLD, OW, BARBERA, R, BARILE, F, BARIOGLIO, L, BARNAFOLDI, GG, BARNBY, LS, BARRET, V, BARTALINI, P, BARTH, K, BARTSCH, E, BASTID, N, BASU, S, BATIGNE, G, BATYUNYA, B, BATZING, PC, ALBA, JLB, BEARDEN, IG, BECK, H, BEDDA, C, BEHERA, NK, BELIKOV, I, BELLINI, F, MARTINEZ, HB, BELLWIED, R, BELYAEV, 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Subjects
PB-PB COLLISIONS, CHARMONIA, TRANSVERSE-MOMENTUM DEPENDENCE, RAPIDITY, LHC, QUARK-GLUON PLASMA, SUPPRESSION
Abstract

Inclusive J/psi production is studied in Xe-Xeinteractions at a centre-of-mass energy per nucleon pair of root s(NN) = 5.44 TeV, using the ALICE detector at the CERN LHC. The J/psi meson is reconstructed via its decay into a muon pair, in the centre-of-mass rapidity interval 2.5 < y < 4 and down to zero transverse momentum. In this Letter, the nuclear modification factors R-AA for inclusive J/psi, measured in the centrality range 0-90% as well as in the centrality intervals 0-20% and 20-90% are presented. The R-AA values are compared to previously published results for Pb-Pbcollisions at root s(NN) = 5.02 TeV and to the calculation of a transport model. A good agreement is found between Xe-Xe and Pb-Pbresults as well as between data and the model. (C) 2018 Organisation europeenne pour la recherche nucleaire. Published by Elsevier B.V.

Published
2018

49. Azimuthally-differential pion femtoscopy relative to the third harmonic event plane in Pb-Pbcollisions at root(NN)-N-S=2.76TeV

Author

ACHARYA, S, ACOSTA, FT, ADAMOVA, D, ADOLFSSON, J, AGGARWAL, MM, RINELLA, GA, AGNELLO, M, AGRAWAL, N, AHAMMED, Z, AHN, SU, AIOLA, S, AKINDINOV, A, AL-TURANY, M, ALAM, SN, ALBUQUERQUE, DSD, ALEKSANDROV, D, ALESSANDRO, B, MOLINA, RA, ALI, Y, ALICI, A, ALKIN, A, ALME, J, ALT, T, ALTENKAMPER, L, ALTSYBEEV, I, ANDREI, C, ANDREOU, D, ANDREWS, HA, ANDRONIC, A, ANGELETTI, M, ANGUELOV, V, ANSON, C, ANTICIC, T, ANTINORI, F, ANTONIOLI, P, APADULA, N, APHECETCHE, L, APPELSHAUSER, H, ARCELLI, S, ARNALDI, R, ARNOLD, OW, ARSENE, IC, ARSLANDOK, M, AUDURIER, B, AUGUSTINUS, A, AVERBECK, R, AZMI, MD, BADALA, A, BAEK, YW, BAGNASCO, S, BAILHACHE, R, BALA, R, BALDISSERI, A, BALL, M, BARAL, RC, BARBANO, AM, BARBERA, R, BARILE, F, BARIOGLIO, L, BARNAFOLDI, GG, BARNBY, LS, BARRET, V, BARTALINI, P, BARTH, K, BARTSCH, E, BASTID, N, BASU, S, BATIGNE, G, BATYUNYA, B, BATZING, PC, ALBA, LB, BEARDEN, IG, BECK, H, BEDDA, C, BEHERA, NK, BELIKOV, I, BELLINI, F, MARTINEZ, HB, BELLWIED, R, BELTRAN, LGE, BELYAEV, V, 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Subjects
INTERFEROMETRY, HEAVY-ION COLLISIONS, ANNIHILATION, ANISOTROPIC TRANSVERSE FLOW
Abstract

Azimuthally-differential femtoscopic measurements, being sensitive to spatio-temporal characteristics of the source as well as to the collective velocity fields at freeze out, provide very important information on the nature and dynamics of the system evolution. While the HBT radii oscillations relative to the second harmonic event plane measured recently reflect mostly the spatial geometry of the source, model studies have shown that the HBT radii oscillations relative to the third harmonic event plane are predominantly defined by the velocity fields. In this Letter, we present the first results on azimuthally-differential pion femtoscopy relative to the third harmonic event plane as a function of the pion pair transverse momentum k(T) for different collision centralities in Pb-Pb collisions at root(NN)-N-S = 2.76TeV. We find that the R-side and R-out radii, which characterize the pion source size in the directions perpendicular and parallel to the pion transverse momentum, oscillate in phase relative to the third harmonic event plane, similar to the results from 3+1D hydrodynamical calculations. The observed radii oscillations unambiguously signal a collective expansion and anisotropy in the velocity fields. A comparison of the measured radii oscillations with the Blast-Wave model calculations indicate that the initial state triangularity is washedout at freeze out. (C) 2018 European Organization for Nuclear Research. Published by Elsevier B.V.

Published
2018

50. phi meson production at forward rapidity in Pb-Pb collisions at root s(NN)=2.76 TeV

Author

ACHARYA, S, ACOSTA, FT, ADAMOVA, D, ADOLFSSON, J, AGGARWAL, MM, RINELLA, GA, AGNELLO, M, AGRAWAL, N, AHAMMED, Z, AHN, SU, AIOLA, S, AKINDINOV, A, AL-TURANY, M, ALAM, SN, ALBUQUERQUE, DSD, ALEKSANDROV, D, ALESSANDRO, B, MOLINA, RA, ALI, Y, ALICI, A, ALKIN, A, ALME, J, ALT, T, ALTENKAMPER, L, ALTSYBEEV, I, ANDREI, C, ANDREOU, D, ANDREWS, HA, ANDRONIC, A, ANGELETTI, M, ANGUELOV, V, ANSON, C, ANTICIC, T, ANTINORI, F, ANTONIOLI, P, APADULA, N, APHECETCHE, L, APPELSHAUSER, H, ARCELLI, S, ARNALDI, R, ARNOLD, OW, ARSENE, IC, ARSLANDOK, M, AUDURIER, B, AUGUSTINUS, A, AVERBECK, R, AZMI, MD, BADALA, A, BAEK, YW, BAGNASCO, S, BAILHACHE, R, BALA, R, BALDISSERI, A, BALL, M, BARAL, RC, BARBANO, AM, BARBERA, R, BARILE, F, BARIOGLIO, L, BARNAFOLDI, GG, BARNBY, LS, BARRET, V, BARTALINI, P, BARTH, K, BARTSCH, E, BASTID, N, BASU, S, BATIGNE, G, BATYUNYA, B, BATZING, PC, ALBA, JLB, BEARDEN, IG, BECK, H, BEDDA, C, BEHERA, NK, BELIKOV, I, BELLINI, F, MARTINEZ, HB, BELLWIED, R, BELTRAN, LGE, BELYAEV, V, 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Subjects
AU COLLISIONS, EQUILIBRATION, PP COLLISIONS, ROOT-S=7 TEV, DEPENDENCE, NUCLEUS-NUCLEUS COLLISIONS, PREDICTIONS, HEAVY-ION COLLISIONS, PARTICLE-PRODUCTION, CERN-SPS
Abstract

phi meson measurements provide insight into strangeness production, which is one of the key observables for the hot medium formed in high-energy heavy-ion collisions. ALICE measured phi production through its decay in muon pairs in Pb-Pb collisions at root s(NN) = 2.76 TeV in the intermediate transverse momentum range 2 < p(T) < 5 GeV/c and in the rapidity interval 2.5 < y < 4. The f yield was measured as a function of the transverse momentum and collision centrality. The nuclear modification factor was obtained as a function of the average number of participating nucleons. Results were compared with the ones obtained via the kaon decay channel in the same pT range at midrapidity. The values of the nuclear modification factor in the two rapidity regions are in agreement within uncertainties.

Published
2018

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