Author: "Lee JK" / Database: OAIster - Searchworks@Jio Institute Digital Library Search Results

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212 results on '"Lee JK"'

1. Interfacial engineering via laser ablation for high-performing PEM water electrolysis

Author: Lee, JK, Lee, JK, Schuler, T, Bender, G, Sabharwal, M, Peng, X, Weber, AZ, Danilovic, N, Lee, JK, Lee, JK, Schuler, T, Bender, G, Sabharwal, M, Peng, X, Weber, AZ, and Danilovic, N
Abstract: A rationalized interfacial design strategy was applied to tailor the porous transport layer (PTL)-catalyst layer (CL) contact and the PTL bulk-phase architecture. Particularly, at the PTL-CL interface, our results reveal that laser ablated sintered titanium power-based PTLs improve electrolyzer performance at both the H2NEW Consortium baseline catalyst loading of 0.4 mgIr·cm−2 as well as at the ultra-low catalyst loading of 0.055 mgIr·cm−2. Under ultra-low catalyst loadings, the laser ablated PTL demonstrates maximum reduction of 230 mV compared to the commercial PTL at 4 A·cm−2, and reduces by 68 mV at 3.2 A·cm−2 under H2NEW baseline loading. Laser ablation alters the titanium phase at the interface, so it forms more uniform structure like a microporous layer or a backing layer, leading to an increase in the surface area in contact with the catalyst layer while preventing the membrane from deforming into the PTL. Moreover, we reveal that bulk-phase architecture modification of the PTL by ablating patterned pores at the flow field-PTL interface improves mass transport without sacrificing contact at the CL-PTL interface. Overall, laser ablation of the PTL is an effective method to customize interfacial design to enhance proton exchange membrane electrolyzer performance.
Published: 2023

2. Validation of a Genetic-Enhanced Risk Prediction Model for Colorectal Cancer in a Large Community-Based Cohort.

Author: Su, Y-R, Sakoda, LC, Jeon, J, Thomas, M, Lin, Y, Schneider, JL, Udaltsova, N, Lee, JK, Lansdorp-Vogelaar, I, Peterse, EFP, Zauber, AG, Zheng, J, Zheng, Y, Hauser, E, Baron, JA, Barry, EL, Bishop, DT, Brenner, H, Buchanan, DD, Burnett-Hartman, A, Campbell, PT, Casey, G, Castellví-Bel, S, Chan, AT, Chang-Claude, J, Figueiredo, JC, Gallinger, SJ, Giles, GG, Gruber, SB, Gsur, A, Gunter, MJ, Hampe, J, Hampel, H, Harrison, TA, Hoffmeister, M, Hua, X, Huyghe, JR, Jenkins, MA, Keku, TO, Marchand, LL, Li, L, Lindblom, A, Moreno, V, Newcomb, PA, Pharoah, PDP, Platz, EA, Potter, JD, Qu, C, Rennert, G, Schoen, RE, Slattery, ML, Song, M, van Duijnhoven, FJB, Van Guelpen, B, Vodicka, P, Wolk, A, Woods, MO, Wu, AH, Hayes, RB, Peters, U, Corley, DA, Hsu, L, Su, Y-R, Sakoda, LC, Jeon, J, Thomas, M, Lin, Y, Schneider, JL, Udaltsova, N, Lee, JK, Lansdorp-Vogelaar, I, Peterse, EFP, Zauber, AG, Zheng, J, Zheng, Y, Hauser, E, Baron, JA, Barry, EL, Bishop, DT, Brenner, H, Buchanan, DD, Burnett-Hartman, A, Campbell, PT, Casey, G, Castellví-Bel, S, Chan, AT, Chang-Claude, J, Figueiredo, JC, Gallinger, SJ, Giles, GG, Gruber, SB, Gsur, A, Gunter, MJ, Hampe, J, Hampel, H, Harrison, TA, Hoffmeister, M, Hua, X, Huyghe, JR, Jenkins, MA, Keku, TO, Marchand, LL, Li, L, Lindblom, A, Moreno, V, Newcomb, PA, Pharoah, PDP, Platz, EA, Potter, JD, Qu, C, Rennert, G, Schoen, RE, Slattery, ML, Song, M, van Duijnhoven, FJB, Van Guelpen, B, Vodicka, P, Wolk, A, Woods, MO, Wu, AH, Hayes, RB, Peters, U, Corley, DA, and Hsu, L
Abstract: BACKGROUND: Polygenic risk scores (PRS) which summarize individuals' genetic risk profile may enhance targeted colorectal cancer screening. A critical step towards clinical implementation is rigorous external validations in large community-based cohorts. This study externally validated a PRS-enhanced colorectal cancer risk model comprising 140 known colorectal cancer loci to provide a comprehensive assessment on prediction performance. METHODS: The model was developed using 20,338 individuals and externally validated in a community-based cohort (n = 85,221). We validated predicted 5-year absolute colorectal cancer risk, including calibration using expected-to-observed case ratios (E/O) and calibration plots, and discriminatory accuracy using time-dependent AUC. The PRS-related improvement in AUC, sensitivity and specificity were assessed in individuals of age 45 to 74 years (screening-eligible age group) and 40 to 49 years with no endoscopy history (younger-age group). RESULTS: In European-ancestral individuals, the predicted 5-year risk calibrated well [E/O = 1.01; 95% confidence interval (CI), 0.91-1.13] and had high discriminatory accuracy (AUC = 0.73; 95% CI, 0.71-0.76). Adding the PRS to a model with age, sex, family and endoscopy history improved the 5-year AUC by 0.06 (P < 0.001) and 0.14 (P = 0.05) in the screening-eligible age and younger-age groups, respectively. Using a risk-threshold of 5-year SEER colorectal cancer incidence rate at age 50 years, adding the PRS had a similar sensitivity but improved the specificity by 11% (P < 0.001) in the screening-eligible age group. In the younger-age group it improved the sensitivity by 27% (P = 0.04) with similar specificity. CONCLUSIONS: The proposed PRS-enhanced model provides a well-calibrated 5-year colorectal cancer risk prediction and improves discriminatory accuracy in the external cohort. IMPACT: The proposed model has potential utility in risk-stratified colorectal cancer prevention.
Published: 2023

3. Design and operating principles for high-performing anion exchange membrane water electrolyzers

Author: Tricker, AW, Tricker, AW, Lee, JK, Shin, JR, Danilovic, N, Weber, AZ, Peng, X, Tricker, AW, Tricker, AW, Lee, JK, Shin, JR, Danilovic, N, Weber, AZ, and Peng, X
Abstract: Anion-exchange-membrane water electrolyzers (AEMWEs) provide a promising pathway to utilize low-carbon renewable electricity to produce clean hydrogen at high efficiency and purity, while maintaining low system costs compared to incumbent technologies. Though significant progress has been made in developing membranes and catalysts, AEMWEs still require better performance and durability to realize widespread deployment. Here, we overcome these challenges by decoupling anode and cathode polarization behavior via integration of a reference electrode in the membrane-electrode assembly. This measurement identified that the mass-transport losses dominate the cathode overpotential if feeding with electrolytes, while kinetic losses dominate the anode overpotential. These losses are mitigated by varying electrode properties and operating strategies, where a more hydrophobic, optimal loaded cathode, a high porosity anode, and operating with the cathode dry exhibited the best performance. These findings eventually enabled achieving a high-performing and durable complete PGM-free AEMWE operating at 1.5 A cm−2 for over 500 h with negligible degradation, demonstrating significant progress for AEMWEs.
Published: 2023

4. Search for the decay B-s(0) -> eta eta

Author: Bhuyan, B, Nath, KJ, Borah, J, Adachi, I, Aihara, H, Al Said, S, Asner, DM, Atmacan, H, Aulchenko, V, Aushev, T, Ayad, R, Babu, V, Badhrees, I, Bakich, AM, Behera, P, Bennett, J, Bhardwaj, V, Bilka, T, Biswal, J, Bobrov, A, Bozek, A, Bracko, M, Browder, TE, Campajola, M, Chekelian, V, Chen, A, Cheon, BG, Chilikin, K, Cho, K, Choi, S-K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Dash, N, Di Capua, F, Di Carlo, S, Dolezal, Z, Dong, T, Dubey, S, Eidelman, S, Fast, JE, Ferber, T, Fulsom, BG, Gaur, V, Gabyshev, N, Garmash, A, Giri, A, Goldenzweig, P, Golob, B, Haba, J, Hara, T, Hartbrich, O, Hayasaka, K, Hayashii, H, Hou, W-S, Iijima, T, Inami, K, Inguglia, G, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jia, S, Jin, Y, Joffe, D, Joo, KK, Kaliyar, AB, Kang, KH, Karyan, G, Kawasaki, T, Kichimi, H, Kiesling, C, Kim, DY, Kim, HJ, Kim, KT, Kim, SH, Kinoshita, K, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kumar, R, Kuzmin, A, Kwon, Y-J, Lange, JS, Lee, JK, Lee, JY, Lee, SC, Li, CH, Li, LK, Li, YB, Li Gioi, L, Libby, J, Lieret, K, Liventsev, D, Lu, P-C, Luo, T, MacNaughton, J, MacQueen, C, Masuda, M, Matvienko, D, Merola, M, Miyabayashi, K, Miyata, H, Mizuk, R, Mohanty, GB, Mori, T, Mussa, R, Nakano, T, Nakao, M, Nayak, M, Niiyama, M, Nisar, NK, Nishida, S, Ogawa, K, Ogawa, S, Ono, H, Onuki, Y, Pakhlov, P, Pakhlova, G, Pal, B, Pang, T, Pardi, S, Park, H, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prencipe, E, Ritter, M, Rostomyan, A, Russo, G, Sakai, Y, Salehi, M, Sandilya, S, Santelj, L, Sanuki, T, Savinov, V, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Schwartz, AJ, Seino, Y, Senyo, K, Sevior, ME, Shebalin, V, Shen, CP, Shiu, J-G, Solovieva, E, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tamponi, U, Tanida, K, Tenchini, F, Trabelsi, K, Uchida, M, Uglov, T, Unno, Y, Uno, S, Urquijo, P, Usov, Y, Vahsen, SE, Van Tonder, R, Varner, G, Vossen, A, Wang, CH, Wang, M-Z, Wang, P, Wiechczynski, J, Won, E, Yang, SB, Ye, H, Yin, JH, Yusa, Y, Zhang, ZP, Zhilich, V, Zhukova, V, Bhuyan, B, Nath, KJ, Borah, J, Adachi, I, Aihara, H, Al Said, S, Asner, DM, Atmacan, H, Aulchenko, V, Aushev, T, Ayad, R, Babu, V, Badhrees, I, Bakich, AM, Behera, P, Bennett, J, Bhardwaj, V, Bilka, T, Biswal, J, Bobrov, A, Bozek, A, Bracko, M, Browder, TE, Campajola, M, Chekelian, V, Chen, A, Cheon, BG, Chilikin, K, Cho, K, Choi, S-K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Dash, N, Di Capua, F, Di Carlo, S, Dolezal, Z, Dong, T, Dubey, S, Eidelman, S, Fast, JE, Ferber, T, Fulsom, BG, Gaur, V, Gabyshev, N, Garmash, A, Giri, A, Goldenzweig, P, Golob, B, Haba, J, Hara, T, Hartbrich, O, Hayasaka, K, Hayashii, H, Hou, W-S, Iijima, T, Inami, K, Inguglia, G, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jia, S, Jin, Y, Joffe, D, Joo, KK, Kaliyar, AB, Kang, KH, Karyan, G, Kawasaki, T, Kichimi, H, Kiesling, C, Kim, DY, Kim, HJ, Kim, KT, Kim, SH, Kinoshita, K, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kumar, R, Kuzmin, A, Kwon, Y-J, Lange, JS, Lee, JK, Lee, JY, Lee, SC, Li, CH, Li, LK, Li, YB, Li Gioi, L, Libby, J, Lieret, K, Liventsev, D, Lu, P-C, Luo, T, MacNaughton, J, MacQueen, C, Masuda, M, Matvienko, D, Merola, M, Miyabayashi, K, Miyata, H, Mizuk, R, Mohanty, GB, Mori, T, Mussa, R, Nakano, T, Nakao, M, Nayak, M, Niiyama, M, Nisar, NK, Nishida, S, Ogawa, K, Ogawa, S, Ono, H, Onuki, Y, Pakhlov, P, Pakhlova, G, Pal, B, Pang, T, Pardi, S, Park, H, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prencipe, E, Ritter, M, Rostomyan, A, Russo, G, Sakai, Y, Salehi, M, Sandilya, S, Santelj, L, Sanuki, T, Savinov, V, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Schwartz, AJ, Seino, Y, Senyo, K, Sevior, ME, Shebalin, V, Shen, CP, Shiu, J-G, Solovieva, E, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tamponi, U, Tanida, K, Tenchini, F, Trabelsi, K, Uchida, M, Uglov, T, Unno, Y, Uno, S, Urquijo, P, Usov, Y, Vahsen, SE, Van Tonder, R, Varner, G, Vossen, A, Wang, CH, Wang, M-Z, Wang, P, Wiechczynski, J, Won, E, Yang, SB, Ye, H, Yin, JH, Yusa, Y, Zhang, ZP, Zhilich, V, and Zhukova, V
Published: 2022

5. Nuclear stabilization of p53 requires a functional nucleolar surveillance pathway

Author: Hannan, KM, Soo, P, Wong, MS, Lee, JK, Hein, N, Poh, P, Wysoke, KD, Williams, TD, Montellese, C, Smith, LK, Al-Obaidi, SJ, Nunez-Villacis, L, Pavy, M, He, J-S, Parsons, KM, Loring, KE, Morrison, T, Diesch, J, Burgio, G, Ferreira, R, Feng, Z-P, Gould, CM, Madhamshettiwar, PB, Flygare, J, Gonda, TJ, Simpson, KJ, Kutay, U, Pearson, RB, Engel, C, Watkins, NJ, Hannan, RD, George, AJ, Hannan, KM, Soo, P, Wong, MS, Lee, JK, Hein, N, Poh, P, Wysoke, KD, Williams, TD, Montellese, C, Smith, LK, Al-Obaidi, SJ, Nunez-Villacis, L, Pavy, M, He, J-S, Parsons, KM, Loring, KE, Morrison, T, Diesch, J, Burgio, G, Ferreira, R, Feng, Z-P, Gould, CM, Madhamshettiwar, PB, Flygare, J, Gonda, TJ, Simpson, KJ, Kutay, U, Pearson, RB, Engel, C, Watkins, NJ, Hannan, RD, and George, AJ
Abstract: The nucleolar surveillance pathway monitors nucleolar integrity and responds to nucleolar stress by mediating binding of ribosomal proteins to MDM2, resulting in p53 accumulation. Inappropriate pathway activation is implicated in the pathogenesis of ribosomopathies, while drugs selectively activating the pathway are in trials for cancer. Despite this, the molecular mechanism(s) regulating this process are poorly understood. Using genome-wide loss-of-function screens, we demonstrate the ribosome biogenesis axis as the most potent class of genes whose disruption stabilizes p53. Mechanistically, we identify genes critical for regulation of this pathway, including HEATR3. By selectively disabling the nucleolar surveillance pathway, we demonstrate that it is essential for the ability of all nuclear-acting stresses, including DNA damage, to induce p53 accumulation. Our data support a paradigm whereby the nucleolar surveillance pathway is the central integrator of stresses that regulate nuclear p53 abundance, ensuring that ribosome biogenesis is hardwired to cellular proliferative capacity.
Published: 2022

6. Development of the Asia Pacific Consortium on Osteoporosis (APCO) Framework: clinical standards of care for the screening, diagnosis, and management of osteoporosis in the Asia-Pacific region.

Author: Chandran, M, Mitchell, PJ, Amphansap, T, Bhadada, SK, Chadha, M, Chan, D-C, Chung, Y-S, Ebeling, P, Gilchrist, N, Habib Khan, A, Halbout, P, Hew, FL, Lan, H-PT, Lau, TC, Lee, JK, Lekamwasam, S, Lyubomirsky, G, Mercado-Asis, LB, Mithal, A, Nguyen, TV, Pandey, D, Reid, IR, Suzuki, A, Chit, TT, Tiu, KL, Valleenukul, T, Yung, CK, Zhao, YL, Asia Pacific Consortium on Osteoporosis (APCO), Chandran, M, Mitchell, PJ, Amphansap, T, Bhadada, SK, Chadha, M, Chan, D-C, Chung, Y-S, Ebeling, P, Gilchrist, N, Habib Khan, A, Halbout, P, Hew, FL, Lan, H-PT, Lau, TC, Lee, JK, Lekamwasam, S, Lyubomirsky, G, Mercado-Asis, LB, Mithal, A, Nguyen, TV, Pandey, D, Reid, IR, Suzuki, A, Chit, TT, Tiu, KL, Valleenukul, T, Yung, CK, Zhao, YL, and Asia Pacific Consortium on Osteoporosis (APCO)
Abstract: Guidelines for doctors managing osteoporosis in the Asia-Pacific region vary widely. We compared 18 guidelines for similarities and differences in five key areas. We then used a structured consensus process to develop clinical standards of care for the diagnosis and management of osteoporosis and for improving the quality of care. PURPOSE: Minimum clinical standards for assessment and management of osteoporosis are needed in the Asia-Pacific (AP) region to inform clinical practice guidelines (CPGs) and to improve osteoporosis care. We present the framework of these clinical standards and describe its development. METHODS: We conducted a structured comparative analysis of existing CPGs in the AP region using a "5IQ" model (identification, investigation, information, intervention, integration, and quality). One-hundred data elements were extracted from each guideline. We then employed a four-round Delphi consensus process to structure the framework, identify key components of guidance, and develop clinical care standards. RESULTS: Eighteen guidelines were included. The 5IQ analysis demonstrated marked heterogeneity, notably in guidance on risk factors, the use of biochemical markers, self-care information for patients, indications for osteoporosis treatment, use of fracture risk assessment tools, and protocols for monitoring treatment. There was minimal guidance on long-term management plans or on strategies and systems for clinical quality improvement. Twenty-nine APCO members participated in the Delphi process, resulting in consensus on 16 clinical standards, with levels of attainment defined for those on identification and investigation of fragility fractures, vertebral fracture assessment, and inclusion of quality metrics in guidelines. CONCLUSION: The 5IQ analysis confirmed previous anecdotal observations of marked heterogeneity of osteoporosis clinical guidelines in the AP region. The Framework provides practical, clear, and feasible recommendations for osteopor
Published: 2021

7. Risk Factors of Carpal Tunnel Syndrome for Male Patient Undergone Carpal Tunnel Release

Author: Lee, JK, Han, SH, Lee, JK, and Han, SH
Published: 2020

8. Search for B+ -> mu(+)nu(mu) and B+ -> mu N+ with inclusive tagging

Author: Prim, MT, Bernlochner, FU, Prim, FUMT, Goldenzweig, P, Heck, M, Adachi, I, Adamczyk, K, Aihara, H, Al Said, S, Asner, DM, Atmacan, H, Aulchenko, V, Aushev, T, Ayad, R, Babu, V, Bakich, AM, Bansal, V, Behera, P, Beleno, C, Bhardwaj, V, Bhuyan, B, Bilka, T, Biswal, J, Bobrov, A, Bozek, A, Bracko, M, Braun, N, Browder, TE, Campajola, M, Cao, L, Cervenkov, D, Chang, P, Chekelian, V, Chen, A, Cheon, BG, Chilikin, K, Cho, HE, Cho, K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Dolezal, Z, Eidelman, S, Epifanov, D, Fast, JE, Ferber, T, Fulsom, BG, Garg, R, Gaur, V, Garmash, A, Giri, A, Grzymkowska, O, Guan, Y, Haba, J, Hara, T, Hayasaka, K, Hayashii, H, Hou, W-S, Iijima, T, Inami, K, Inguglia, G, Ishikawa, A, Iwasaki, M, Iwasaki, Y, Jia, S, Jin, Y, Joffe, D, Joo, KK, Kaliyar, AB, Karyan, G, Kawasaki, T, Kichimi, H, Kiesling, C, Kim, CH, Kim, DY, Kim, KT, Kim, SH, Kinoshita, K, Kody, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kuhr, T, Kulasiri, R, Kumar, R, Kumita, T, Kuzmin, A, Kwon, Y-J, Lalwani, K, Lange, JS, Lee, IS, Lee, JK, Lee, JY, Lee, SC, Lewis, P, Li, CH, Li Gioi, L, Libby, J, Lieret, K, Liventsev, D, Lu, P-C, Luo, T, MacNaughton, J, Masuda, M, Matsuda, T, Matvienko, D, Merola, M, Metzner, F, Miyabayashi, K, Mizuk, R, Mohanty, GB, Mussa, R, Nakao, M, De Nardo, G, Nath, KJ, Natkaniec, Z, Nayak, M, Niiyama, M, Nisar, NK, Nishida, S, Nishimura, K, Ogawa, S, Ono, H, Onuki, Y, Pakhlov, P, Pakhlova, G, Pal, B, Pardi, S, Park, H, Park, S-H, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prencipe, E, Ritter, M, Rostomyan, A, Rozanska, M, Russo, G, Sahoo, D, Sakai, Y, Santelj, L, Savinov, V, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Seino, Y, Senyo, K, Sevior, ME, Shebalin, V, Shiu, J-G, Shwartz, B, Simon, F, Sokolov, A, Solovieva, E, Staric, M, Strube, JF, Sumihama, M, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tamponi, U, Tao, Y, Tenchini, F, Trabelsi, K, Uchida, M, Uglov, T, Unno, Y, Uno, S, Ushiroda, Y, Usov, Y, Vahsen, SE, Van Tonder, R, Varner, G, Varvell, KE, Vinokurova, A, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Watanuki, S, Won, E, Yang, SB, Ye, H, Yin, JH, Yusa, Y, Zhang, ZP, Zhilich, V, Zhukova, V, Zhulanov, V, Prim, MT, Bernlochner, FU, Prim, FUMT, Goldenzweig, P, Heck, M, Adachi, I, Adamczyk, K, Aihara, H, Al Said, S, Asner, DM, Atmacan, H, Aulchenko, V, Aushev, T, Ayad, R, Babu, V, Bakich, AM, Bansal, V, Behera, P, Beleno, C, Bhardwaj, V, Bhuyan, B, Bilka, T, Biswal, J, Bobrov, A, Bozek, A, Bracko, M, Braun, N, Browder, TE, Campajola, M, Cao, L, Cervenkov, D, Chang, P, Chekelian, V, Chen, A, Cheon, BG, Chilikin, K, Cho, HE, Cho, K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Dolezal, Z, Eidelman, S, Epifanov, D, Fast, JE, Ferber, T, Fulsom, BG, Garg, R, Gaur, V, Garmash, A, Giri, A, Grzymkowska, O, Guan, Y, Haba, J, Hara, T, Hayasaka, K, Hayashii, H, Hou, W-S, Iijima, T, Inami, K, Inguglia, G, Ishikawa, A, Iwasaki, M, Iwasaki, Y, Jia, S, Jin, Y, Joffe, D, Joo, KK, Kaliyar, AB, Karyan, G, Kawasaki, T, Kichimi, H, Kiesling, C, Kim, CH, Kim, DY, Kim, KT, Kim, SH, Kinoshita, K, Kody, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kuhr, T, Kulasiri, R, Kumar, R, Kumita, T, Kuzmin, A, Kwon, Y-J, Lalwani, K, Lange, JS, Lee, IS, Lee, JK, Lee, JY, Lee, SC, Lewis, P, Li, CH, Li Gioi, L, Libby, J, Lieret, K, Liventsev, D, Lu, P-C, Luo, T, MacNaughton, J, Masuda, M, Matsuda, T, Matvienko, D, Merola, M, Metzner, F, Miyabayashi, K, Mizuk, R, Mohanty, GB, Mussa, R, Nakao, M, De Nardo, G, Nath, KJ, Natkaniec, Z, Nayak, M, Niiyama, M, Nisar, NK, Nishida, S, Nishimura, K, Ogawa, S, Ono, H, Onuki, Y, Pakhlov, P, Pakhlova, G, Pal, B, Pardi, S, Park, H, Park, S-H, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prencipe, E, Ritter, M, Rostomyan, A, Rozanska, M, Russo, G, Sahoo, D, Sakai, Y, Santelj, L, Savinov, V, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Seino, Y, Senyo, K, Sevior, ME, Shebalin, V, Shiu, J-G, Shwartz, B, Simon, F, Sokolov, A, Solovieva, E, Staric, M, Strube, JF, Sumihama, M, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tamponi, U, Tao, Y, Tenchini, F, Trabelsi, K, Uchida, M, Uglov, T, Unno, Y, Uno, S, Ushiroda, Y, Usov, Y, Vahsen, SE, Van Tonder, R, Varner, G, Varvell, KE, Vinokurova, A, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Watanuki, S, Won, E, Yang, SB, Ye, H, Yin, JH, Yusa, Y, Zhang, ZP, Zhilich, V, Zhukova, V, and Zhulanov, V
Published: 2020

9. Risk Factors of Carpal Tunnel Syndrome for Male Patient Undergone Carpal Tunnel Release

Author: Lee, JK, Han, SH, Lee, JK, and Han, SH
Published: 2020

10. Search for Omega(2012) -> K Xi(1530) -> K pi Xi at Belle

Author: Jia, S, Shen, CP, Adachi, I, Ahn, JK, Aihara, H, Al Said, S, Asner, DM, Aushev, T, Ayad, R, Babu, V, Bahinipati, S, Bakich, AM, Behera, P, Beleno, C, Bennett, J, Berger, M, Bhardwaj, V, Bilka, T, Biswal, J, Bobrov, A, Bozek, A, Bracko, M, Browder, TE, Campajola, M, Cao, L, Cervenkov, D, Chekelian, V, Chen, A, Cheon, BG, Chilikin, K, Cho, HE, Cho, K, Choi, S-K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Dash, N, De Nardo, G, Di Capua, F, Di Carlo, S, Dolezal, Z, Dong, T, Eidelman, S, Epifanov, D, Fast, JE, Fulsom, BG, Gaur, V, Gabyshev, N, Garmash, A, Giri, A, Goldenzweig, P, Golob, B, Grzymkowska, O, Hartbrich, O, Hayasaka, K, Hayashii, H, Hou, WS, Huang, K, Iijima, T, Inami, K, Inguglia, G, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jin, Y, Joffe, D, Joo, KK, Kaliyar, AB, Kang, KH, Karyan, G, Kato, Y, Kawasaki, T, Kichimi, H, Kim, DY, Kim, HJ, Kim, KT, Kim, SH, Kinoshita, K, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kumar, R, Kuzmin, A, Kwon, Y-J, Lange, JS, Lee, IS, Lee, JK, Lee, JY, Lee, SC, Li, LK, Li, YB, Li Gioi, L, Libby, J, Lieret, K, Liventsev, D, Lu, P-C, MacNaughton, J, MacQueen, C, Masuda, M, Matsuda, T, Matvienko, D, McNeil, JT, Merola, M, Miyata, H, Mizuk, R, Mori, T, Mussa, R, Nakano, T, Nakao, M, Nath, KJ, Nayak, M, Niiyama, M, Nisar, NK, Nishida, S, Nishimura, K, Ogawa, K, Ogawa, S, Ono, H, Onuki, Y, Ostrowicz, W, Pakhlov, P, Pakhlova, G, Pal, B, Pang, T, Pardi, S, Park, S-H, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prencipe, E, Ritter, M, Rostomyan, A, Russo, G, Sakai, Y, Salehi, M, Sandilya, S, Santelj, L, Sanuki, T, Savinov, V, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Seino, Y, Senyo, K, Seon, O, Sevior, ME, Shebalin, V, Shiu, J-G, Sokolov, A, Solovieva, E, Staric, M, Strube, JF, Sumihama, M, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tamponi, U, Tanida, K, Tenchini, F, Uchida, M, Uglov, T, Unno, Y, Uno, S, Urquijo, P, Usov, Y, Vahsen, SE, Van Tonder, R, Varner, G, Vinokurova, A, Vossen, A, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Won, E, Yang, SB, Ye, H, Yelton, J, Yin, JH, Yuan, CZ, Yusa, Y, Zhang, ZP, Zhilich, V, Zhukova, V, Jia, S, Shen, CP, Adachi, I, Ahn, JK, Aihara, H, Al Said, S, Asner, DM, Aushev, T, Ayad, R, Babu, V, Bahinipati, S, Bakich, AM, Behera, P, Beleno, C, Bennett, J, Berger, M, Bhardwaj, V, Bilka, T, Biswal, J, Bobrov, A, Bozek, A, Bracko, M, Browder, TE, Campajola, M, Cao, L, Cervenkov, D, Chekelian, V, Chen, A, Cheon, BG, Chilikin, K, Cho, HE, Cho, K, Choi, S-K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Dash, N, De Nardo, G, Di Capua, F, Di Carlo, S, Dolezal, Z, Dong, T, Eidelman, S, Epifanov, D, Fast, JE, Fulsom, BG, Gaur, V, Gabyshev, N, Garmash, A, Giri, A, Goldenzweig, P, Golob, B, Grzymkowska, O, Hartbrich, O, Hayasaka, K, Hayashii, H, Hou, WS, Huang, K, Iijima, T, Inami, K, Inguglia, G, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jin, Y, Joffe, D, Joo, KK, Kaliyar, AB, Kang, KH, Karyan, G, Kato, Y, Kawasaki, T, Kichimi, H, Kim, DY, Kim, HJ, Kim, KT, Kim, SH, Kinoshita, K, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kumar, R, Kuzmin, A, Kwon, Y-J, Lange, JS, Lee, IS, Lee, JK, Lee, JY, Lee, SC, Li, LK, Li, YB, Li Gioi, L, Libby, J, Lieret, K, Liventsev, D, Lu, P-C, MacNaughton, J, MacQueen, C, Masuda, M, Matsuda, T, Matvienko, D, McNeil, JT, Merola, M, Miyata, H, Mizuk, R, Mori, T, Mussa, R, Nakano, T, Nakao, M, Nath, KJ, Nayak, M, Niiyama, M, Nisar, NK, Nishida, S, Nishimura, K, Ogawa, K, Ogawa, S, Ono, H, Onuki, Y, Ostrowicz, W, Pakhlov, P, Pakhlova, G, Pal, B, Pang, T, Pardi, S, Park, S-H, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prencipe, E, Ritter, M, Rostomyan, A, Russo, G, Sakai, Y, Salehi, M, Sandilya, S, Santelj, L, Sanuki, T, Savinov, V, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Seino, Y, Senyo, K, Seon, O, Sevior, ME, Shebalin, V, Shiu, J-G, Sokolov, A, Solovieva, E, Staric, M, Strube, JF, Sumihama, M, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tamponi, U, Tanida, K, Tenchini, F, Uchida, M, Uglov, T, Unno, Y, Uno, S, Urquijo, P, Usov, Y, Vahsen, SE, Van Tonder, R, Varner, G, Vinokurova, A, Vossen, A, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Won, E, Yang, SB, Ye, H, Yelton, J, Yin, JH, Yuan, CZ, Yusa, Y, Zhang, ZP, Zhilich, V, and Zhukova, V
Published: 2019

11. Transverse momentum dependent production cross sections of charged pions, kaons and protons produced in inclusive e+e- annihilation at √s=10.58 GeV

Author: Seidl, R, Adachi, I, Ahn, JK, Aihara, H, Asner, DM, Aulchenko, V, Aushev, T, Ayad, R, Bakich, AM, Bansal, V, Behera, P, Beleno, C, Berger, M, Bhardwaj, V, Bilka, T, Biswal, J, Bobrov, A, Bozek, A, Bracko, M, Cao, L, Cervenkov, D, Chen, A, Cheon, BG, Chilikin, K, Cho, HE, Cho, K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Di Carlo, S, Dolezal, Z, Dong, T, Drasal, Z, Eidelman, S, Epifanov, D, Fast, JE, Ferber, T, Fulsom, BG, Garg, R, Gaur, V, Gabyshev, N, Garmash, A, Gelb, M, Giri, A, Goldenzweig, P, Golob, B, Grzymkowska, O, Hayasaka, K, Hayashii, H, Hou, W-S, Iijima, T, Inami, K, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jia, S, Jin, Y, Joffe, D, Joo, KK, Julius, T, Kaliyar, AB, Kawasaki, T, Kichimi, H, Kiesling, C, Kim, CH, Kim, DY, Kim, HJ, Kim, JB, Kim, SH, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kuhr, T, Kulasiri, R, Kuzmin, A, Kwon, Y-J, Lalwani, K, Lange, JS, Lee, IS, Lee, JK, Lee, JY, Lee, SC, Levit, D, Li, CH, Li, LK, Li, YB, Li Gioi, L, Libby, J, Liventsev, D, Lubej, M, Luo, T, MacNaughton, J, Masuda, M, Matsuda, T, Matvienko, D, Merola, M, Miyabayashi, K, Mizuk, R, Mohanty, S, Mori, T, Mussa, R, Nakano, E, Nakano, T, Nakao, M, Nath, KJ, Natkaniec, Z, Nayak, M, Nishida, S, Nishimura, K, Ogawa, S, Ono, H, Onuki, Y, Pakhlov, P, Pakhlova, G, Pal, B, Pardi, S, Park, S-H, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prencipe, E, Purohit, M, Rostomyan, A, Russo, G, Sakai, Y, Salehi, M, Sandilya, S, Santelj, L, Sanuki, T, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Seino, Y, Senyo, K, Sevior, ME, Shebalin, V, Shen, CP, Shibata, T-A, Shiu, J-G, Shwartz, B, Sokolov, A, Solovieva, E, Staric, M, Stottler, ZS, Sumihama, M, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tamponi, U, Tanida, K, Tao, Y, Tenchini, F, Uchida, M, Uehara, S, Uglov, T, Unno, Y, Uno, S, Urquijo, P, Usov, Y, Van Tonder, R, Varner, G, Vossen, A, Waheed, E, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Wang, XL, Watanabe, M, Won, E, Yang, SB, Ye, H, Yelton, J, Yin, JH, Yuan, CZ, Zhang, ZP, Zhilich, V, Zhukova, V, Seidl, R, Adachi, I, Ahn, JK, Aihara, H, Asner, DM, Aulchenko, V, Aushev, T, Ayad, R, Bakich, AM, Bansal, V, Behera, P, Beleno, C, Berger, M, Bhardwaj, V, Bilka, T, Biswal, J, Bobrov, A, Bozek, A, Bracko, M, Cao, L, Cervenkov, D, Chen, A, Cheon, BG, Chilikin, K, Cho, HE, Cho, K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Di Carlo, S, Dolezal, Z, Dong, T, Drasal, Z, Eidelman, S, Epifanov, D, Fast, JE, Ferber, T, Fulsom, BG, Garg, R, Gaur, V, Gabyshev, N, Garmash, A, Gelb, M, Giri, A, Goldenzweig, P, Golob, B, Grzymkowska, O, Hayasaka, K, Hayashii, H, Hou, W-S, Iijima, T, Inami, K, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jia, S, Jin, Y, Joffe, D, Joo, KK, Julius, T, Kaliyar, AB, Kawasaki, T, Kichimi, H, Kiesling, C, Kim, CH, Kim, DY, Kim, HJ, Kim, JB, Kim, SH, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kuhr, T, Kulasiri, R, Kuzmin, A, Kwon, Y-J, Lalwani, K, Lange, JS, Lee, IS, Lee, JK, Lee, JY, Lee, SC, Levit, D, Li, CH, Li, LK, Li, YB, Li Gioi, L, Libby, J, Liventsev, D, Lubej, M, Luo, T, MacNaughton, J, Masuda, M, Matsuda, T, Matvienko, D, Merola, M, Miyabayashi, K, Mizuk, R, Mohanty, S, Mori, T, Mussa, R, Nakano, E, Nakano, T, Nakao, M, Nath, KJ, Natkaniec, Z, Nayak, M, Nishida, S, Nishimura, K, Ogawa, S, Ono, H, Onuki, Y, Pakhlov, P, Pakhlova, G, Pal, B, Pardi, S, Park, S-H, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prencipe, E, Purohit, M, Rostomyan, A, Russo, G, Sakai, Y, Salehi, M, Sandilya, S, Santelj, L, Sanuki, T, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Seino, Y, Senyo, K, Sevior, ME, Shebalin, V, Shen, CP, Shibata, T-A, Shiu, J-G, Shwartz, B, Sokolov, A, Solovieva, E, Staric, M, Stottler, ZS, Sumihama, M, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tamponi, U, Tanida, K, Tao, Y, Tenchini, F, Uchida, M, Uehara, S, Uglov, T, Unno, Y, Uno, S, Urquijo, P, Usov, Y, Van Tonder, R, Varner, G, Vossen, A, Waheed, E, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Wang, XL, Watanabe, M, Won, E, Yang, SB, Ye, H, Yelton, J, Yin, JH, Yuan, CZ, Zhang, ZP, Zhilich, V, and Zhukova, V
Published: 2019

12. Search for X(3872) and X(3915) decay into chi(c1)pi(0) in B decays at Belle

Author: Bhardwaj, V, Jia, S, Adachi, I, Aihara, H, Asner, DM, Aushev, T, Ayad, R, Babu, V, Badhrees, I, Bahinipati, S, Bansal, V, Behera, P, Beleno, C, Berger, M, Bhuyan, B, Bilka, T, Biswal, J, Bobrov, A, Bondar, A, Bonvicini, G, Bozek, A, Bracko, M, Browder, TE, Campajola, M, Cao, L, Cervenkov, D, Chang, P, Chekelian, V, Chen, A, Cheon, BG, Chilikin, K, Cho, HE, Cho, K, Choi, S-K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Di Carlo, S, Dolezal, Z, Dong, T, Eidelman, S, Epifanov, D, Fast, JE, Ferber, T, Fulsom, BG, Garg, R, Gaur, V, Gabyshev, N, Garmash, A, Giri, A, Goldenzweig, P, Greenwald, D, Grzymkowska, O, Haba, J, Hara, T, Hayasaka, K, Hayashii, H, Hou, W-S, Hsu, C-L, Iijima, T, Inami, K, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jin, Y, Joffe, D, Joo, KK, Julius, T, Kaliyar, AB, Karyan, G, Kato, Y, Kawasaki, T, Kiesling, C, Kim, CH, Kim, DY, Kim, SH, Kinoshita, K, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kuhr, T, Kulasiri, R, Kumar, R, Kwon, Y-J, Lalwani, K, Lange, JS, Lee, IS, Lee, JK, Lee, JY, Lee, SC, Li, LK, Li, YB, Li Gioi, L, Libby, J, Liventsev, D, Lu, P-C, MacNaughton, J, MacQueen, C, Masuda, M, Matsuda, T, Matvienko, D, Merola, M, Miyabayashi, K, Mizuk, R, Mohanty, GB, Mori, T, Mussa, R, Nakao, M, Nath, KJ, Nayak, M, Niiyama, M, Nisar, NK, Nishida, S, Nishimura, K, Ogawa, S, Ono, H, Onuki, Y, Pakhlov, P, Pakhlova, G, Pal, B, Pardi, S, Park, H, Park, S-H, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prencipe, E, Resmi, PK, Ritter, M, Rostomyan, A, Russo, G, Sakai, Y, Salehi, M, Sandilya, S, Santelj, L, Sanuki, T, Savinov, V, Schneider, O, Schnell, G, Schwanda, C, Seino, Y, Senyo, K, Seon, O, Sevior, ME, Shen, CP, Shiu, J-G, Shwartz, B, Simon, F, Sokolov, A, Solovieva, E, Staric, M, Stottler, ZS, Sumihama, M, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tamponi, U, Tanida, K, Tenchini, F, Trabelsi, K, Uchida, M, Uehara, S, Uglov, T, Uno, S, Urquijo, P, Van Tonder, R, Varner, G, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Wang, XL, Watanabe, M, Watanuki, S, Won, E, Yang, SB, Ye, H, Yelton, J, Yin, JH, Zhang, J, Zhang, ZP, Zhilich, V, Zhukova, V, Zhulanov, V, Bhardwaj, V, Jia, S, Adachi, I, Aihara, H, Asner, DM, Aushev, T, Ayad, R, Babu, V, Badhrees, I, Bahinipati, S, Bansal, V, Behera, P, Beleno, C, Berger, M, Bhuyan, B, Bilka, T, Biswal, J, Bobrov, A, Bondar, A, Bonvicini, G, Bozek, A, Bracko, M, Browder, TE, Campajola, M, Cao, L, Cervenkov, D, Chang, P, Chekelian, V, Chen, A, Cheon, BG, Chilikin, K, Cho, HE, Cho, K, Choi, S-K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Di Carlo, S, Dolezal, Z, Dong, T, Eidelman, S, Epifanov, D, Fast, JE, Ferber, T, Fulsom, BG, Garg, R, Gaur, V, Gabyshev, N, Garmash, A, Giri, A, Goldenzweig, P, Greenwald, D, Grzymkowska, O, Haba, J, Hara, T, Hayasaka, K, Hayashii, H, Hou, W-S, Hsu, C-L, Iijima, T, Inami, K, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jin, Y, Joffe, D, Joo, KK, Julius, T, Kaliyar, AB, Karyan, G, Kato, Y, Kawasaki, T, Kiesling, C, Kim, CH, Kim, DY, Kim, SH, Kinoshita, K, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kuhr, T, Kulasiri, R, Kumar, R, Kwon, Y-J, Lalwani, K, Lange, JS, Lee, IS, Lee, JK, Lee, JY, Lee, SC, Li, LK, Li, YB, Li Gioi, L, Libby, J, Liventsev, D, Lu, P-C, MacNaughton, J, MacQueen, C, Masuda, M, Matsuda, T, Matvienko, D, Merola, M, Miyabayashi, K, Mizuk, R, Mohanty, GB, Mori, T, Mussa, R, Nakao, M, Nath, KJ, Nayak, M, Niiyama, M, Nisar, NK, Nishida, S, Nishimura, K, Ogawa, S, Ono, H, Onuki, Y, Pakhlov, P, Pakhlova, G, Pal, B, Pardi, S, Park, H, Park, S-H, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prencipe, E, Resmi, PK, Ritter, M, Rostomyan, A, Russo, G, Sakai, Y, Salehi, M, Sandilya, S, Santelj, L, Sanuki, T, Savinov, V, Schneider, O, Schnell, G, Schwanda, C, Seino, Y, Senyo, K, Seon, O, Sevior, ME, Shen, CP, Shiu, J-G, Shwartz, B, Simon, F, Sokolov, A, Solovieva, E, Staric, M, Stottler, ZS, Sumihama, M, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tamponi, U, Tanida, K, Tenchini, F, Trabelsi, K, Uchida, M, Uehara, S, Uglov, T, Uno, S, Urquijo, P, Van Tonder, R, Varner, G, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Wang, XL, Watanabe, M, Watanuki, S, Won, E, Yang, SB, Ye, H, Yelton, J, Yin, JH, Zhang, J, Zhang, ZP, Zhilich, V, Zhukova, V, and Zhulanov, V
Published: 2019

13. Measurements of branching fraction and direct CP asymmetry in B-+/- -> (KSKSK +/-)-K-0-K-0 and a search for B-+/- -> (KSKS0)-K-0 pi(+/-)

Author: Kaliyar, AB, Behera, P, Mohanty, GB, Gaur, V, Adachi, I, Ahn, JK, Aihara, H, Al Said, S, Asner, DM, Aulchenko, V, Aushev, T, Ayad, R, Babu, V, Badhrees, I, Bahinipati, S, Bakich, AM, Bansal, V, Beleno, C, Bhardwaj, V, Bilka, T, Biswal, J, Bobrov, A, Bozek, A, Bracko, M, Cao, L, Cervenkov, D, Chekelian, V, Chen, A, Cheon, BG, Chilikin, K, Cho, HE, Cho, K, Choi, S-K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Dash, N, Di Carlo, S, Dingfelder, J, Dolezal, Z, Dong, T, Drasal, Z, Eidelman, S, Epifanov, D, Fast, JE, Ferber, T, Frey, A, Fulsom, BG, Gang, R, Gabyshev, N, Garmash, A, Gelb, M, Giri, A, Goldenzweig, P, Golob, B, Greenwald, D, Grzymkowska, O, Haba, J, Hara, T, Hayasaka, K, Hayashii, H, Hou, W-S, Hsu, C-L, Iijima, T, Inami, K, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jeon, HB, Jia, S, Joffe, D, Joo, KK, Kahn, J, Karyan, G, Kawasaki, T, Kichimi, H, Kiesling, C, Kim, CH, Kim, DY, Kim, HJ, Kim, SH, Kimmel, TD, Kinoshita, K, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kuhr, T, Kulasiri, R, Kumar, R, Kuzmin, A, Kwon, Y-J, Lee, IS, Lee, JK, Lee, JY, Lee, SC, Levit, D, Li, CH, Li, LK, Li, YB, Li Gioi, L, Libby, J, Luo, T, MacNaushton, J, Matsuda, T, Matvienko, D, Merola, M, Miyabayashi, K, Miyata, H, Mizuk, R, Mohanty, S, Mori, T, Nakao, M, Nath, KJ, Natkaniec, Z, Nayak, M, Nisar, NK, Nishida, S, Nishimura, K, Ogawa, K, Ogawa, S, Ono, H, Onuki, Y, Ostrowicz, W, Pakhlova, G, Pal, B, Pardi, S, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prasanth, K, Prencipe, E, Rabusov, A, Resmi, PK, Ritter, M, Rostomyan, A, Russo, G, Sahoo, D, Sakai, Y, Salehi, M, Sandilya, S, Sanuki, T, Savinov, V, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Schwartz, AJ, Seino, Y, Senyo, K, Sevior, ME, Shen, CP, Shibata, T-A, Shiu, J-G, Simon, F, Solovieva, E, Staric, M, Stonier, ZS, Sumihama, M, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tanida, K, Tao, Y, Tenchini, F, Trabelsi, K, Uchida, M, Uglov, T, Unno, Y, Uno, S, Urquijo, P, Usov, Y, Van Tonder, R, Varner, G, Varve, KE, Vossen, A, Waheed, E, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Wang, XL, Won, E, Yang, SB, Ye, H, Yelton, J, Yin, JH, Yusa, Y, Zhang, ZP, Zhilich, V, Zhukova, V, Kaliyar, AB, Behera, P, Mohanty, GB, Gaur, V, Adachi, I, Ahn, JK, Aihara, H, Al Said, S, Asner, DM, Aulchenko, V, Aushev, T, Ayad, R, Babu, V, Badhrees, I, Bahinipati, S, Bakich, AM, Bansal, V, Beleno, C, Bhardwaj, V, Bilka, T, Biswal, J, Bobrov, A, Bozek, A, Bracko, M, Cao, L, Cervenkov, D, Chekelian, V, Chen, A, Cheon, BG, Chilikin, K, Cho, HE, Cho, K, Choi, S-K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Dash, N, Di Carlo, S, Dingfelder, J, Dolezal, Z, Dong, T, Drasal, Z, Eidelman, S, Epifanov, D, Fast, JE, Ferber, T, Frey, A, Fulsom, BG, Gang, R, Gabyshev, N, Garmash, A, Gelb, M, Giri, A, Goldenzweig, P, Golob, B, Greenwald, D, Grzymkowska, O, Haba, J, Hara, T, Hayasaka, K, Hayashii, H, Hou, W-S, Hsu, C-L, Iijima, T, Inami, K, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jeon, HB, Jia, S, Joffe, D, Joo, KK, Kahn, J, Karyan, G, Kawasaki, T, Kichimi, H, Kiesling, C, Kim, CH, Kim, DY, Kim, HJ, Kim, SH, Kimmel, TD, Kinoshita, K, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kuhr, T, Kulasiri, R, Kumar, R, Kuzmin, A, Kwon, Y-J, Lee, IS, Lee, JK, Lee, JY, Lee, SC, Levit, D, Li, CH, Li, LK, Li, YB, Li Gioi, L, Libby, J, Luo, T, MacNaushton, J, Matsuda, T, Matvienko, D, Merola, M, Miyabayashi, K, Miyata, H, Mizuk, R, Mohanty, S, Mori, T, Nakao, M, Nath, KJ, Natkaniec, Z, Nayak, M, Nisar, NK, Nishida, S, Nishimura, K, Ogawa, K, Ogawa, S, Ono, H, Onuki, Y, Ostrowicz, W, Pakhlova, G, Pal, B, Pardi, S, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prasanth, K, Prencipe, E, Rabusov, A, Resmi, PK, Ritter, M, Rostomyan, A, Russo, G, Sahoo, D, Sakai, Y, Salehi, M, Sandilya, S, Sanuki, T, Savinov, V, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Schwartz, AJ, Seino, Y, Senyo, K, Sevior, ME, Shen, CP, Shibata, T-A, Shiu, J-G, Simon, F, Solovieva, E, Staric, M, Stonier, ZS, Sumihama, M, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tanida, K, Tao, Y, Tenchini, F, Trabelsi, K, Uchida, M, Uglov, T, Unno, Y, Uno, S, Urquijo, P, Usov, Y, Van Tonder, R, Varner, G, Varve, KE, Vossen, A, Waheed, E, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Wang, XL, Won, E, Yang, SB, Ye, H, Yelton, J, Yin, JH, Yusa, Y, Zhang, ZP, Zhilich, V, and Zhukova, V
Published: 2019

14. Evidence for B+ -> h(c)K(+) and observation of eta(c()2S) -> p(p)over-bar pi(+)pi(-)

Author: Chilikin, K, Adachi, I, Asner, DM, Aulchenko, V, Aushev, T, Ayad, R, Babu, V, Badhrees, I, Bansal, V, Behera, P, Beleno, C, Berger, M, Bhardwaj, V, Bilka, T, Biswal, J, Bobrov, A, Bondar, A, Bozek, A, Bracko, M, Browder, TE, Campajola, M, Cao, L, Cervenkov, D, Chekelian, V, Chen, A, Cheon, BG, Cho, K, Choi, S-K, Choi, Y, Cinabro, D, Cunliffe, S, Di Carlo, S, Dolezal, Z, Dong, T, Eidelman, S, Epifanov, D, Fast, JE, Ferber, T, Fulsom, BG, Garg, R, Gaur, V, Gabyshev, N, Garmash, A, Gelb, M, Giri, A, Goldenzweig, P, Grzymkowska, O, Haba, J, Hara, T, Hayasaka, K, Hayashii, H, Hou, W-S, Hsu, C-L, Inami, K, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jia, S, Jin, Y, Joffe, D, Joo, KK, Julius, T, Kaliyar, AB, Karyan, G, Kato, Y, Kiesling, C, Kim, CH, Kim, DY, Kim, SH, Kinoshita, K, Kodys, P, Korpar, S, Kotchetkov, D, Kroeger, R, Krokovny, P, Kulasiri, R, Kumar, R, Kwon, Y-J, Lalwani, K, Lange, JS, Lee, JK, Lee, JY, Lee, SC, Li, LK, Li, YB, Li Gio, L, Libby, J, Liventsev, D, Lu, P-C, Luo, T, MacNaughton, J, MacQueen, C, Masuda, M, Matsuda, T, Matvienko, D, Merola, M, Miyabayashi, K, Mizuk, R, Mohanty, GB, Mori, T, Nakao, M, Nath, KJ, Nayak, M, Niiyama, M, Nisar, NK, Nishida, S, Nishimura, K, Ono, H, Onuki, Y, Pakhlov, P, Pakhlova, G, Pal, B, Pardi, S, Park, H, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Ritter, M, Rostomyan, A, Russo, G, Sakai, Y, Salehi, M, Sandilya, S, Sanuki, T, Savinov, V, Schneider, O, Schnell, G, Schwanda, C, Seino, Y, Senyo, K, Sevior, ME, Shen, CP, Shiu, J-G, Shwartz, B, Simon, F, Sokolov, A, Solovieva, E, Staric, M, Stottler, ZS, Strube, JF, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tamponi, U, Tanida, K, Tenchini, F, Trabelsi, K, Uchida, M, Uno, S, Urquijo, P, Usov, Y, Van Tonder, R, Varner, G, Vinokurova, A, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Watanabe, M, Watanuki, S, Won, E, Yang, SB, Ye, H, Yelton, J, Yin, JH, Yuan, CZ, Zhang, J, Zhang, ZP, Zhilich, V, Zhukova, V, Chilikin, K, Adachi, I, Asner, DM, Aulchenko, V, Aushev, T, Ayad, R, Babu, V, Badhrees, I, Bansal, V, Behera, P, Beleno, C, Berger, M, Bhardwaj, V, Bilka, T, Biswal, J, Bobrov, A, Bondar, A, Bozek, A, Bracko, M, Browder, TE, Campajola, M, Cao, L, Cervenkov, D, Chekelian, V, Chen, A, Cheon, BG, Cho, K, Choi, S-K, Choi, Y, Cinabro, D, Cunliffe, S, Di Carlo, S, Dolezal, Z, Dong, T, Eidelman, S, Epifanov, D, Fast, JE, Ferber, T, Fulsom, BG, Garg, R, Gaur, V, Gabyshev, N, Garmash, A, Gelb, M, Giri, A, Goldenzweig, P, Grzymkowska, O, Haba, J, Hara, T, Hayasaka, K, Hayashii, H, Hou, W-S, Hsu, C-L, Inami, K, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jia, S, Jin, Y, Joffe, D, Joo, KK, Julius, T, Kaliyar, AB, Karyan, G, Kato, Y, Kiesling, C, Kim, CH, Kim, DY, Kim, SH, Kinoshita, K, Kodys, P, Korpar, S, Kotchetkov, D, Kroeger, R, Krokovny, P, Kulasiri, R, Kumar, R, Kwon, Y-J, Lalwani, K, Lange, JS, Lee, JK, Lee, JY, Lee, SC, Li, LK, Li, YB, Li Gio, L, Libby, J, Liventsev, D, Lu, P-C, Luo, T, MacNaughton, J, MacQueen, C, Masuda, M, Matsuda, T, Matvienko, D, Merola, M, Miyabayashi, K, Mizuk, R, Mohanty, GB, Mori, T, Nakao, M, Nath, KJ, Nayak, M, Niiyama, M, Nisar, NK, Nishida, S, Nishimura, K, Ono, H, Onuki, Y, Pakhlov, P, Pakhlova, G, Pal, B, Pardi, S, Park, H, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Ritter, M, Rostomyan, A, Russo, G, Sakai, Y, Salehi, M, Sandilya, S, Sanuki, T, Savinov, V, Schneider, O, Schnell, G, Schwanda, C, Seino, Y, Senyo, K, Sevior, ME, Shen, CP, Shiu, J-G, Shwartz, B, Simon, F, Sokolov, A, Solovieva, E, Staric, M, Stottler, ZS, Strube, JF, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tamponi, U, Tanida, K, Tenchini, F, Trabelsi, K, Uchida, M, Uno, S, Urquijo, P, Usov, Y, Van Tonder, R, Varner, G, Vinokurova, A, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Watanabe, M, Watanuki, S, Won, E, Yang, SB, Ye, H, Yelton, J, Yin, JH, Yuan, CZ, Zhang, J, Zhang, ZP, Zhilich, V, and Zhukova, V
Published: 2019

15. Search for B-0 -> X(3872)gamma

Author: Chou, P-C, Chang, P, Adachi, I, Aihara, H, Al Said, S, Asner, DM, Atmacan, H, Aulchenko, V, Aushev, T, Ayad, R, Babu, V, Badhrees, I, Bakich, AM, Behera, P, Bennett, J, Berger, M, Bhuyan, B, Bilka, T, Biswal, J, Bobrov, A, Bozek, A, Bracko, M, Browder, TE, Campajola, M, Cao, L, Cervenkov, D, Chekelian, V, Chen, A, Cheon, BG, Chilikin, K, Cho, HE, Cho, K, Choi, S-K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Dash, N, Di Carlo, S, Dolezal, Z, Dong, T, Eidelman, S, Epifanov, D, Fast, JE, Ferber, T, Fulsom, BG, Garg, R, Gaur, V, Gabyshev, N, Garmash, A, Giri, A, Goldenzweig, P, Grzymkowska, O, Haba, J, Hartbrich, O, Hayasaka, K, Hayashii, H, Hou, W-S, Hsu, C-L, Iijima, T, Inami, K, Inguglia, G, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jia, S, Jin, Y, Joffe, D, Joo, KK, Kaliyar, AB, Kato, Y, Kawasaki, T, Kichimi, H, Kiesling, C, Kim, DY, Kim, SH, Kinoshita, K, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kulasiri, R, Kumar, R, Kumita, T, Kuzmin, A, Kwon, Y-J, Lai, Y-T, Lange, JS, Lee, JK, Lee, JY, Lee, SC, Li, CH, Li, YB, Li Gioi, L, Libby, J, Lieret, K, Liventsev, D, Luo, T, MacNaughton, J, Masuda, M, Matsuda, T, Merola, M, Miyabayashi, K, Miyata, H, Mizuk, R, Mohanty, GB, Mori, T, Mussa, R, Nath, KJ, Nayak, M, Niiyama, M, Nishida, S, Nishimura, K, Ogawa, K, Ogawa, S, Ono, H, Onuki, Y, Pakhlov, P, Pakhlova, G, Pal, B, Pardi, S, Park, H, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prencipe, E, Ritter, M, Rostomyan, A, Russo, G, Sakai, Y, Salehi, M, Sandilya, S, Santelj, L, Sanuki, T, Savinov, V, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Seino, Y, Senyo, K, Seon, O, Sevior, ME, Shebalin, V, Shiu, J-G, Shwartz, B, Singh, JB, Solovieva, E, Staric, M, Stottler, ZS, Strube, JF, Sumihama, M, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tanida, K, Tao, Y, Tenchini, F, Uchida, M, Uglov, T, Unno, Y, Uno, S, Urquijo, P, Ushiroda, Y, Vahsen, SE, Van Tonder, R, Varner, G, Vossen, A, Waheed, E, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Watanabe, M, Watanuki, S, Won, E, Yang, SB, Ye, H, Yelton, J, Yin, JH, Yuan, CZ, Yusa, Y, Zhang, ZP, Zhilich, V, Zhukova, V, Zhulanov, V, Chou, P-C, Chang, P, Adachi, I, Aihara, H, Al Said, S, Asner, DM, Atmacan, H, Aulchenko, V, Aushev, T, Ayad, R, Babu, V, Badhrees, I, Bakich, AM, Behera, P, Bennett, J, Berger, M, Bhuyan, B, Bilka, T, Biswal, J, Bobrov, A, Bozek, A, Bracko, M, Browder, TE, Campajola, M, Cao, L, Cervenkov, D, Chekelian, V, Chen, A, Cheon, BG, Chilikin, K, Cho, HE, Cho, K, Choi, S-K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Dash, N, Di Carlo, S, Dolezal, Z, Dong, T, Eidelman, S, Epifanov, D, Fast, JE, Ferber, T, Fulsom, BG, Garg, R, Gaur, V, Gabyshev, N, Garmash, A, Giri, A, Goldenzweig, P, Grzymkowska, O, Haba, J, Hartbrich, O, Hayasaka, K, Hayashii, H, Hou, W-S, Hsu, C-L, Iijima, T, Inami, K, Inguglia, G, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jia, S, Jin, Y, Joffe, D, Joo, KK, Kaliyar, AB, Kato, Y, Kawasaki, T, Kichimi, H, Kiesling, C, Kim, DY, Kim, SH, Kinoshita, K, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kulasiri, R, Kumar, R, Kumita, T, Kuzmin, A, Kwon, Y-J, Lai, Y-T, Lange, JS, Lee, JK, Lee, JY, Lee, SC, Li, CH, Li, YB, Li Gioi, L, Libby, J, Lieret, K, Liventsev, D, Luo, T, MacNaughton, J, Masuda, M, Matsuda, T, Merola, M, Miyabayashi, K, Miyata, H, Mizuk, R, Mohanty, GB, Mori, T, Mussa, R, Nath, KJ, Nayak, M, Niiyama, M, Nishida, S, Nishimura, K, Ogawa, K, Ogawa, S, Ono, H, Onuki, Y, Pakhlov, P, Pakhlova, G, Pal, B, Pardi, S, Park, H, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prencipe, E, Ritter, M, Rostomyan, A, Russo, G, Sakai, Y, Salehi, M, Sandilya, S, Santelj, L, Sanuki, T, Savinov, V, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Seino, Y, Senyo, K, Seon, O, Sevior, ME, Shebalin, V, Shiu, J-G, Shwartz, B, Singh, JB, Solovieva, E, Staric, M, Stottler, ZS, Strube, JF, Sumihama, M, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tanida, K, Tao, Y, Tenchini, F, Uchida, M, Uglov, T, Unno, Y, Uno, S, Urquijo, P, Ushiroda, Y, Vahsen, SE, Van Tonder, R, Varner, G, Vossen, A, Waheed, E, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Watanabe, M, Watanuki, S, Won, E, Yang, SB, Ye, H, Yelton, J, Yin, JH, Yuan, CZ, Yusa, Y, Zhang, ZP, Zhilich, V, Zhukova, V, and Zhulanov, V
Published: 2019

16. Search for the B -> Y(4260)K, Y(4260) -> J/psi pi(+)pi(-) decays

Author: Garg, R, Bhardwaj, V, Singh, JB, Adachi, I, Ahn, JK, Aihara, H, Al Said, S, Asner, DM, Aulchenko, V, Aushev, T, Ayad, R, Babu, V, Bahinipati, S, Bansal, V, Beleno, C, Bilka, T, Biswal, J, Bobrov, A, Bozek, A, Bracko, M, Cao, L, Cervenkov, D, Chen, A, Cheon, BG, Chilikin, K, Cho, HE, Cho, K, Choi, S-K, Choi, Y, Cinabro, D, Cunliffe, S, Dash, N, Di Carlo, S, Dolezal, Z, Dong, TV, Drasal, Z, Eidelman, S, Fast, JE, Fulsom, BG, Gaur, V, Gabyshev, N, Garmash, A, Giri, A, Golob, B, Grzymkowska, O, Haba, J, Hayasaka, K, Hayashii, H, Hou, W-S, Hsu, C-L, Inami, K, Inguglia, G, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jeon, HB, Jia, S, Jin, Y, Joffe, D, Joo, KK, Julius, T, Kaliyar, AB, Kawasaki, T, Kichimi, H, Kim, DY, Kim, JB, Kim, SH, Kinoshita, K, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kuhr, T, Kumar, R, Kwon, Y-J, Lange, JS, Lee, JK, Lee, SC, Li, CH, Li, LK, Li, YB, Gioi, LL, Libby, J, Liventsev, D, Lu, P-C, Luo, T, MacNaughton, J, Masuda, M, Matsuda, T, Matvienko, D, Merola, M, Miyabayashi, K, Miyata, H, Mizuk, R, Mohanty, GB, Mori, T, Mussa, R, Nakao, M, Nath, KJ, Nayak, M, Nishida, S, Nishimura, K, Ogawa, S, Ono, H, Onuki, Y, Pakhlov, P, Pakhlova, G, Pal, B, Pardi, S, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prasanth, K, Prencipe, E, Resmi, PK, Rostomyan, A, Russo, G, Sakai, Y, Salehi, M, Sandilya, S, Sanuki, T, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Seino, Y, Senyo, K, Sevior, ME, Shebalin, V, Shen, CP, Shibata, T-A, Shiu, J-G, Sokolov, A, Solovieva, E, Staric, M, Stottler, ZS, Sumihama, M, Sumiyoshi, T, Takizawa, M, Tanida, K, Tenchini, F, Trabelsi, K, Uchida, M, Uglov, T, Unno, Y, Uno, S, Usov, Y, Van Tonder, R, Varner, G, Varvell, KE, Waheed, E, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Wang, XL, Watanabe, M, Won, E, Yang, SB, Ye, H, Yelton, J, Yin, JH, Yuan, CZ, Zhang, ZP, Zhilich, V, Zhukova, V, Zhulanov, V, Garg, R, Bhardwaj, V, Singh, JB, Adachi, I, Ahn, JK, Aihara, H, Al Said, S, Asner, DM, Aulchenko, V, Aushev, T, Ayad, R, Babu, V, Bahinipati, S, Bansal, V, Beleno, C, Bilka, T, Biswal, J, Bobrov, A, Bozek, A, Bracko, M, Cao, L, Cervenkov, D, Chen, A, Cheon, BG, Chilikin, K, Cho, HE, Cho, K, Choi, S-K, Choi, Y, Cinabro, D, Cunliffe, S, Dash, N, Di Carlo, S, Dolezal, Z, Dong, TV, Drasal, Z, Eidelman, S, Fast, JE, Fulsom, BG, Gaur, V, Gabyshev, N, Garmash, A, Giri, A, Golob, B, Grzymkowska, O, Haba, J, Hayasaka, K, Hayashii, H, Hou, W-S, Hsu, C-L, Inami, K, Inguglia, G, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jeon, HB, Jia, S, Jin, Y, Joffe, D, Joo, KK, Julius, T, Kaliyar, AB, Kawasaki, T, Kichimi, H, Kim, DY, Kim, JB, Kim, SH, Kinoshita, K, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kuhr, T, Kumar, R, Kwon, Y-J, Lange, JS, Lee, JK, Lee, SC, Li, CH, Li, LK, Li, YB, Gioi, LL, Libby, J, Liventsev, D, Lu, P-C, Luo, T, MacNaughton, J, Masuda, M, Matsuda, T, Matvienko, D, Merola, M, Miyabayashi, K, Miyata, H, Mizuk, R, Mohanty, GB, Mori, T, Mussa, R, Nakao, M, Nath, KJ, Nayak, M, Nishida, S, Nishimura, K, Ogawa, S, Ono, H, Onuki, Y, Pakhlov, P, Pakhlova, G, Pal, B, Pardi, S, Patra, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prasanth, K, Prencipe, E, Resmi, PK, Rostomyan, A, Russo, G, Sakai, Y, Salehi, M, Sandilya, S, Sanuki, T, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Seino, Y, Senyo, K, Sevior, ME, Shebalin, V, Shen, CP, Shibata, T-A, Shiu, J-G, Sokolov, A, Solovieva, E, Staric, M, Stottler, ZS, Sumihama, M, Sumiyoshi, T, Takizawa, M, Tanida, K, Tenchini, F, Trabelsi, K, Uchida, M, Uglov, T, Unno, Y, Uno, S, Usov, Y, Van Tonder, R, Varner, G, Varvell, KE, Waheed, E, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Wang, XL, Watanabe, M, Won, E, Yang, SB, Ye, H, Yelton, J, Yin, JH, Yuan, CZ, Zhang, ZP, Zhilich, V, Zhukova, V, and Zhulanov, V
Published: 2019

17. Search for the rare decay of B+ -> l(+)nu e gamma with improved hadronic tagging

Author: Gelb, M, Bernlochner, FU, Goldenzweig, P, Metzner, F, Adachi, I, Aihara, H, Al Said, S, Asner, DM, Atmacan, H, Aushev, T, Ayad, R, Babu, V, Badhrees, I, Bansal, V, Behera, P, Beleno, C, Bhuyan, B, Biswal, J, Bobrov, A, Bracko, M, Braun, N, Cao, L, Cervenkov, D, Chekelian, V, Chen, A, Cheon, BG, Chilikin, K, Cho, K, Choi, S-K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Dash, N, Di Carlo, S, Dolezal, Z, Dong, TV, Eidelman, S, Epifanov, D, Fast, JE, Ferber, T, Frey, A, Fulsom, BG, Garg, R, Gaur, V, Gabyshev, N, Garmash, A, Gemmler, J, Giri, A, Greenwald, D, Haba, J, Hara, T, Hayasaka, K, Hayashii, H, Hou, W-S, Inami, K, Inguglia, G, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jia, S, Jin, Y, Joffe, D, Joo, KK, Kahn, J, Kaliyar, AB, Kawasaki, T, Kichimi, H, Kiesling, C, Kim, DY, Kim, HJ, Kim, SH, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kuhr, T, Kulasiri, R, Kuzmin, A, Kwon, Y-J, Lange, JS, Lee, IS, Lee, JK, Lee, JY, Lee, SC, Li, YB, Li Gioi, L, Libby, J, Liventsev, D, Lu, P-C, Lubej, M, Luo, T, MacNaughton, J, Masuda, M, Merola, M, Miyabayashi, K, Miyata, H, Mizuk, R, Mohanty, GB, Mori, T, Mrvar, M, Mussa, R, Nakao, M, Nath, KJ, Natkaniec, Z, Nayak, M, Niiyama, M, Nisar, NK, Nishida, S, Ogawa, S, Pakhlov, P, Pakhlova, G, Pal, B, Pardi, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prencipe, E, Prim, M, Ritter, M, Rostomyan, A, Russo, G, Sahoo, D, Sakai, Y, Salehi, M, Sandilya, S, Santelj, L, Sanuki, T, Savinov, V, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Seino, Y, Senyo, K, Seon, O, Sevior, ME, Shen, CP, Shibata, T-A, Shiu, J-G, Shwartz, B, Simon, F, Solovieva, E, Stanic, S, Staric, M, Strube, JF, Sumihama, M, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tanida, K, Tao, Y, Tenchini, F, Uchida, M, Uglov, T, Unno, Y, Uno, S, Urquijo, P, Van Tonder, R, Varner, G, Varvell, KE, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Wang, XL, Watanabe, M, Watanuki, S, Widmann, E, Won, E, Yamamoto, H, Yang, SB, Ye, H, Yin, JH, Yuan, CZ, Yusa, Y, Zakharov, S, Zhang, ZP, Zhilich, V, Zhukova, V, Zhulanov, V, Gelb, M, Bernlochner, FU, Goldenzweig, P, Metzner, F, Adachi, I, Aihara, H, Al Said, S, Asner, DM, Atmacan, H, Aushev, T, Ayad, R, Babu, V, Badhrees, I, Bansal, V, Behera, P, Beleno, C, Bhuyan, B, Biswal, J, Bobrov, A, Bracko, M, Braun, N, Cao, L, Cervenkov, D, Chekelian, V, Chen, A, Cheon, BG, Chilikin, K, Cho, K, Choi, S-K, Choi, Y, Choudhury, S, Cinabro, D, Cunliffe, S, Dash, N, Di Carlo, S, Dolezal, Z, Dong, TV, Eidelman, S, Epifanov, D, Fast, JE, Ferber, T, Frey, A, Fulsom, BG, Garg, R, Gaur, V, Gabyshev, N, Garmash, A, Gemmler, J, Giri, A, Greenwald, D, Haba, J, Hara, T, Hayasaka, K, Hayashii, H, Hou, W-S, Inami, K, Inguglia, G, Ishikawa, A, Itoh, R, Iwasaki, M, Iwasaki, Y, Jacobs, WW, Jia, S, Jin, Y, Joffe, D, Joo, KK, Kahn, J, Kaliyar, AB, Kawasaki, T, Kichimi, H, Kiesling, C, Kim, DY, Kim, HJ, Kim, SH, Kodys, P, Korpar, S, Kotchetkov, D, Krizan, P, Kroeger, R, Krokovny, P, Kuhr, T, Kulasiri, R, Kuzmin, A, Kwon, Y-J, Lange, JS, Lee, IS, Lee, JK, Lee, JY, Lee, SC, Li, YB, Li Gioi, L, Libby, J, Liventsev, D, Lu, P-C, Lubej, M, Luo, T, MacNaughton, J, Masuda, M, Merola, M, Miyabayashi, K, Miyata, H, Mizuk, R, Mohanty, GB, Mori, T, Mrvar, M, Mussa, R, Nakao, M, Nath, KJ, Natkaniec, Z, Nayak, M, Niiyama, M, Nisar, NK, Nishida, S, Ogawa, S, Pakhlov, P, Pakhlova, G, Pal, B, Pardi, S, Paul, S, Pedlar, TK, Pestotnik, R, Piilonen, LE, Popov, V, Prencipe, E, Prim, M, Ritter, M, Rostomyan, A, Russo, G, Sahoo, D, Sakai, Y, Salehi, M, Sandilya, S, Santelj, L, Sanuki, T, Savinov, V, Schneider, O, Schnell, G, Schueler, J, Schwanda, C, Seino, Y, Senyo, K, Seon, O, Sevior, ME, Shen, CP, Shibata, T-A, Shiu, J-G, Shwartz, B, Simon, F, Solovieva, E, Stanic, S, Staric, M, Strube, JF, Sumihama, M, Sumiyoshi, T, Sutcliffe, W, Takizawa, M, Tanida, K, Tao, Y, Tenchini, F, Uchida, M, Uglov, T, Unno, Y, Uno, S, Urquijo, P, Van Tonder, R, Varner, G, Varvell, KE, Wang, B, Wang, CH, Wang, M-Z, Wang, P, Wang, XL, Watanabe, M, Watanuki, S, Widmann, E, Won, E, Yamamoto, H, Yang, SB, Ye, H, Yin, JH, Yuan, CZ, Yusa, Y, Zakharov, S, Zhang, ZP, Zhilich, V, Zhukova, V, and Zhulanov, V
Published: 2018

18. Guidelines for the use and interpretation of assays for monitoring autophagy (3rd edition).

Author: Klionsky, Dj, Abdelmohsen, K, Abe, A, Abedin, Mj, Abeliovich, H, Acevedo Arozena, A, Adachi, H, Adams, Cm, Adams, Pd, Adeli, K, Adhihetty, Pj, Adler, Sg, Agam, G, Agarwal, R, Aghi, Mk, Agnello, M, Agostinis, P, Aguilar, Pv, Aguirre-Ghiso, J, Airoldi, Em, Ait-Si-Ali, S, Akematsu, T, Akporiaye, Et, Al-Rubeai, M, Albaiceta, Gm, Albanese, C, Albani, D, Albert, Ml, Aldudo, J, Algül, H, Alirezaei, M, Alloza, I, Almasan, A, Almonte-Beceril, M, Alnemri, E, Alonso, C, Altan-Bonnet, N, Altieri, Dc, Alvarez, S, Alvarez-Erviti, L, Alves, S, Amadoro, G, Amano, A, Amantini, C, Ambrosio, S, Amelio, I, Amer, Ao, Amessou, M, Amon, A, An, Z, Anania, Fa, Andersen, Su, Andley, Up, Andreadi, Ck, Andrieu-Abadie, N, Anel, A, Ann, Dk, Anoopkumar-Dukie, S, Antonioli, M, Aoki, H, Apostolova, N, Aquila, S, Aquilano, K, Araki, K, Arama, E, Aranda, A, Araya, J, Arcaro, A, Arias, E, Arimoto, H, Ariosa, Ar, Armstrong, Jl, Arnould, T, Arsov, I, Asanuma, K, Askanas, V, Asselin, E, Atarashi, R, Atherton, S, Atkin, Jd, Attardi, Ld, Auberger, P, Auburger, G, Aurelian, L, Autelli, R, Avagliano, L, Avantaggiati, Ml, Avrahami, L, Awale, S, Azad, N, Bachetti, T, Backer, Jm, Bae, Dh, Bae, J, Bae, On, Bae, Sh, Baehrecke, Eh, Baek, Sh, Baghdiguian, S, Bagniewska-Zadworna, A, Bai, H, Bai, J, Bai, Xy, Bailly, Y, Balaji, Kn, Balduini, W, Ballabio, A, Balzan, R, Banerjee, R, Bánhegyi, G, Bao, H, Barbeau, B, Barrachina, Md, Barreiro, E, Bartel, B, Bartolomé, A, Bassham, Dc, Bassi, Mt, Bast RC, Jr, Basu, A, Batista, Mt, Batoko, H, Battino, M, Bauckman, K, Baumgarner, Bl, Bayer, Ku, Beale, R, Beaulieu, Jf, Beck GR, Jr, Becker, C, Beckham, Jd, Bédard, Pa, Bednarski, Pj, Begley, Tj, Behl, C, Behrends, C, Behrens, Gm, Behrns, Ke, Bejarano, E, Belaid, A, Belleudi, F, Bénard, G, Berchem, G, Bergamaschi, D, Bergami, M, Berkhout, B, Berliocchi, L, Bernard, A, Bernard, M, Bernassola, F, Bertolotti, A, Bess, A, Besteiro, S, Bettuzzi, S, Bhalla, S, Bhattacharyya, S, Bhutia, Sk, Biagosch, C, Bianchi, Mw, Biard-Piechaczyk, M, Billes, V, Bincoletto, C, Bingol, B, Bird, Sw, Bitoun, M, Bjedov, I, Blackstone, C, Blanc, L, Blanco, Ga, Blomhoff, Hk, Boada-Romero, E, Böckler, S, Boes, M, Boesze-Battaglia, K, Boise, Lh, Bolino, A, Boman, A, Bonaldo, P, Bordi, M, Bosch, J, Botana, Lm, Botti, J, Bou, G, Bouché, M, Bouchecareilh, M, Boucher, Mj, Boulton, Me, Bouret, Sg, Boya, P, Boyer-Guittaut, M, Bozhkov, Pv, Brady, N, Braga, Vm, Brancolini, C, Braus, Gh, Bravo-San Pedro, Jm, Brennan, La, Bresnick, Eh, Brest, P, Bridges, D, Bringer, Ma, Brini, M, Brito, Gc, Brodin, B, Brookes, P, Brown, Ej, Brown, K, Broxmeyer, He, Bruhat, A, Brum, Pc, Brumell, Jh, Brunetti-Pierri, N, Bryson-Richardson, Rj, Buch, S, Buchan, Am, Budak, H, Bulavin, Dv, Bultman, Sj, Bultynck, G, Bumbasirevic, V, Burelle, Y, Burke, Re, Burmeister, M, Bütikofer, P, Caberlotto, L, Cadwell, K, Cahova, M, Cai, D, Cai, J, Cai, Q, Calatayud, S, Camougrand, N, Campanella, M, Campbell, Gr, Campbell, M, Campello, S, Candau, R, Caniggia, I, Cantoni, L, Cao, L, Caplan, Ab, Caraglia, M, Cardinali, C, Cardoso, Sm, Carew, J, Carleton, La, Carlin, Cr, Carloni, S, Carlsson, Sr, Carmona-Gutierrez, D, Carneiro, La, Carnevali, O, Carra, S, Carrier, A, Carroll, B, Casas, C, Casas, J, Cassinelli, G, Castets, P, Castro-Obregon, S, Cavallini, G, Ceccherini, I, Cecconi, F, Cederbaum, Ai, Ceña, V, Cenci, S, Cerella, C, Cervia, D, Cetrullo, S, Chaachouay, H, Chae, Hj, Chagin, A, Chai, Cy, Chakrabarti, G, Chamilos, G, Chan, Ey, Chan, Mt, Chandra, D, Chandra, P, Chang, Cp, Chang, Rc, Chang, Ty, Chatham, Jc, Chatterjee, S, Chauhan, S, Che, Y, Cheetham, Me, Cheluvappa, R, Chen, Cj, Chen, G, Chen, Gc, Chen, H, Chen, Jw, Chen, Jk, Chen, M, Chen, P, Chen, Q, Chen, Sd, Chen, S, Chen, W, Chen, Wj, Chen, Wq, Chen, X, Chen, Yh, Chen, Yg, Chen, Y, Chen, Yj, Chen, Yq, Chen, Z, Cheng, A, Cheng, Ch, Cheng, H, Cheong, H, Cherry, S, Chesney, J, Cheung, Ch, Chevet, E, Chi, Hc, Chi, Sg, Chiacchiera, F, Chiang, Hl, Chiarelli, R, Chiariello, M, Chieppa, M, Chin, L, Chiong, M, Chiu, Gn, Cho, Dh, Cho, Sg, Cho, Wc, Cho, Yy, Cho, Y, Choi, Am, Choi, Ej, Choi, Ek, Choi, J, Choi, Me, Choi, Si, Chou, Tf, Chouaib, S, Choubey, D, Choubey, V, Chow, Kc, Chowdhury, K, Chu, Ct, Chuang, Th, Chun, T, Chung, H, Chung, T, Chung, Yl, Chwae, Yj, Cianfanelli, V, Ciarcia, R, Ciechomska, Ia, Ciriolo, Mr, Cirone, M, Claerhout, S, Clague, Mj, Clària, J, Clarke, Pg, Clarke, R, Clementi, E, Cleyrat, C, Cnop, M, Coccia, Em, Cocco, T, Codogno, P, Coers, J, Cohen, Ee, Colecchia, D, Coletto, L, Coll, N, Colucci-Guyon, E, Comincini, S, Condello, M, Cook, Kl, Coombs, Gh, Cooper, Cd, Cooper, Jm, Coppens, I, Corasaniti, Mt, Corazzari, M, Corbalan, R, Corcelle-Termeau, E, Cordero, Md, Corral-Ramos, C, Corti, O, Cossarizza, A, Costelli, P, Costes, S, Cotman, Sl, Coto-Montes, A, Cottet, S, Couve, E, Covey, Lr, Cowart, La, Cox, J, Coxon, Fp, Coyne, Cb, Cragg, M, Craven, Rj, Crepaldi, T, Crespo, Jl, Criollo, A, Crippa, V, Cruz, Mt, Cuervo, Am, Cuezva, Jm, Cui, T, Cutillas, Pr, Czaja, Mj, Czyzyk-Krzeska, Mf, Dagda, Rk, Dahmen, U, Dai, C, Dai, W, Dai, Y, Dalby, Kn, Dalla Valle, L, Dalmasso, G, D'Amelio, M, Damme, M, Darfeuille-Michaud, A, Dargemont, C, Darley-Usmar, Vm, Dasarathy, S, Dasgupta, B, Dash, S, Dass, Cr, Davey, Hm, Davids, Lm, Dávila, D, Davis, Rj, Dawson, Tm, Dawson, Vl, Daza, P, de Belleroche, J, de Figueiredo, P, de Figueiredo, Rc, de la Fuente, J, De Martino, L, De Matteis, A, De Meyer, Gr, De Milito, A, De Santi, M, de Souza, W, De Tata, V, De Zio, D, Debnath, J, Dechant, R, Decuypere, Jp, Deegan, S, Dehay, B, Del Bello, B, Del Re, Dp, Delage-Mourroux, R, Delbridge, Lm, Deldicque, L, Delorme-Axford, E, Deng, Y, Dengjel, J, Denizot, M, Dent, P, Der, Cj, Deretic, V, Derrien, B, Deutsch, E, Devarenne, Tp, Devenish, Rj, Di Bartolomeo, S, Di Daniele, N, Di Domenico, F, Di Nardo, A, Di Paola, S, Di Pietro, A, Di Renzo, L, Diantonio, A, Díaz-Araya, G, Díaz-Laviada, I, Diaz-Meco, Mt, Diaz-Nido, J, Dickey, Ca, Dickson, Rc, Diederich, M, Digard, 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Tan, Cp, Tan, L, Tan, Ml, Tan, M, Tan, Yj, Tanaka, K, Tanaka, M, Tang, D, Tang, G, Tanida, I, Tanji, K, Tannous, Ba, Tapia, Ja, Tasset-Cuevas, I, Tatar, M, Tavassoly, I, Tavernarakis, N, Taylor, A, Taylor, G, Taylor, Ga, Taylor, Jp, Taylor, Mj, Tchetina, Ev, Tee, Ar, Teixeira-Clerc, F, Telang, S, Tencomnao, T, Teng, Bb, Teng, Rj, Terro, F, Tettamanti, G, Theiss, Al, Theron, Ae, Thomas, Kj, Thomé, Mp, Thomes, Pg, Thorburn, A, Thorner, J, Thum, T, Thumm, M, Thurston, Tl, Tian, L, Till, A, Ting, Jp, Titorenko, Vi, Toker, L, Toldo, S, Tooze, Sa, Topisirovic, I, Torgersen, Ml, Torosantucci, L, Torriglia, A, Torrisi, Mr, Tournier, C, Towns, R, Trajkovic, V, Travassos, Lh, Triola, G, Tripathi, Dn, Trisciuoglio, D, Troncoso, R, Trougakos, Ip, Truttmann, Ac, Tsai, Kj, Tschan, Mp, Tseng, Yh, Tsukuba, T, Tsung, A, Tsvetkov, A, Tu, S, Tuan, Hy, Tucci, M, Tumbarello, Da, Turk, B, Turk, V, Turner, Rf, Tveita, Aa, Tyagi, Sc, Ubukata, M, Uchiyama, Y, Udelnow, A, Ueno, T, Umekawa, M, Umemiya-Shirafuji, R, Underwood, Br, Ungermann, C, Ureshino, Rp, Ushioda, R, Uversky, Vn, Uzcátegui, Nl, Vaccari, T, Vaccaro, Mi, Váchová, L, Vakifahmetoglu-Norberg, H, Valdor, R, Valente, Em, Vallette, F, Valverde, Am, Van den Berghe, G, Van Den Bosch, L, van den Brink, Gr, van der Goot, Fg, van der Klei, Ij, van der Laan, Lj, van Doorn, Wg, van Egmond, M, van Golen, Kl, Van Kaer, L, van Lookeren Campagne, M, Vandenabeele, P, Vandenberghe, W, Vanhorebeek, I, Varela-Nieto, I, Vasconcelos, Mh, Vasko, R, Vavvas, Dg, Vega-Naredo, I, Velasco, G, Velentzas, Ad, Velentzas, Pd, Vellai, T, Vellenga, E, Vendelbo, Mh, Venkatachalam, K, Ventura, N, Ventura, S, Veras, P, Verdier, M, Vertessy, Bg, Viale, A, Vidal, M, Vieira, Hl, Vierstra, Rd, Vigneswaran, N, Vij, N, Vila, M, Villar, M, Villar, Vh, Villarroya, J, Vindis, C, Viola, G, Viscomi, Maria Teresa, Vitale, G, Vogl, Dt, Voitsekhovskaja, Ov, von Haefen, C, von Schwarzenberg, K, Voth, De, Vouret-Craviari, V, Vuori, K, Vyas, Jm, Waeber, C, Walker, Cl, Walker, Mj, Walter, J, Wan, L, Wan, X, Wang, B, Wang, C, Wang, Cy, Wang, D, Wang, F, Wang, G, Wang, Hj, Wang, H, Wang, Hg, Wang, Hd, Wang, J, Wang, M, Wang, Mq, Wang, Py, Wang, P, Wang, Rc, Wang, S, Wang, Tf, Wang, X, Wang, Xj, Wang, Xw, Wang, Y, Wang, Yj, Wang, Yt, Wang, Zn, Wappner, P, Ward, C, Ward, Dm, Warnes, G, Watada, H, Watanabe, Y, Watase, K, Weaver, Te, Weekes, Cd, Wei, J, Weide, T, Weihl, Cc, Weindl, G, Weis, Sn, Wen, L, Wen, X, Wen, Y, Westermann, B, Weyand, Cm, White, Ar, White, E, Whitton, Jl, Whitworth, Aj, Wiels, J, Wild, F, Wildenberg, Me, Wileman, T, Wilkinson, D, Wilkinson, S, Willbold, D, Williams, C, Williams, K, Williamson, Pr, Winklhofer, Kf, Witkin, S, Wohlgemuth, Se, Wollert, T, Wolvetang, Ej, Wong, E, Wong, Gw, Wong, Rw, Wong, Vk, Woodcock, Ea, Wright, Kl, Wu, C, Wu, D, Wu, G, Wu, J, Wu, M, Wu, S, Wu, Wk, Wu, Y, Wu, Z, Xavier, Cp, Xavier, Rj, Xia, Gx, Xia, T, Xia, W, Xia, Y, Xiao, H, Xiao, J, Xiao, S, Xiao, W, Xie, Cm, Xie, Z, Xilouri, M, Xiong, Y, Xu, C, Xu, F, Xu, H, Xu, J, Xu, L, X, Xu, Xu, Y, Xu, Zx, Xu, Z, Xue, Y, Yamada, T, Yamamoto, A, Yamanaka, K, Yamashina, S, Yamashiro, S, Yan, B, Yan, X, Yan, Z, Yanagi, Y, Yang, D, Yang, Jm, Yang, L, Yang, M, Yang, Pm, Yang, P, Yang, Q, Yang, W, Yang, Wy, Yang, X, Yang, Y, Yang, Z, Yao, Mc, Yao, Pj, Yao, X, Yao, Z, Yasui, L, Ye, M, Yedvobnick, B, Yeganeh, B, Yeh, E, Yeyati, Pl, Yi, F, Yi, L, Yin, Xm, Yip, Ck, Yoo, Ym, Yoo, Yh, Yoon, Sy, Yoshida, K, Yoshimori, T, Young, Kh, Yu, H, Yu, Jj, Yu, Jt, Yu, J, Yu, L, Yu, Wh, Yu, Xf, Yu, Z, Yuan, J, Yuan, Zm, Yue, By, Yue, J, Yue, Z, Zacks, Dn, Zacksenhaus, E, Zaffaroni, N, Zaglia, T, Zakeri, Z, Zecchini, V, Zeng, J, Zeng, M, Zeng, Q, Zervos, A, Zhang, Dd, Zhang, F, Zhang, G, Zhang, Gc, Zhang, H, Zhang, J, Zhang, Jp, Zhang, L, Zhang, My, Zhang, X, Zhang, Xd, Zhang, Y, Zhao, M, Zhao, Wl, Zhao, X, Zhao, Yg, Zhao, Y, Zhao, Yx, Zhao, Z, Zhao, Zj, Zheng, D, Zheng, Xl, Zheng, X, Zhivotovsky, B, Zhong, Q, Zhou, Gz, Zhou, G, Zhou, H, Zhou, Sf, Zhou, Xj, Zhu, H, Zhu, Wg, Zhu, W, Zhu, Xf, Zhu, Y, Zhuang, Sm, Zhuang, X, Ziparo, E, Zois, Ce, Zoladek, T, Zong, Wx, Zorzano, A, Zughaier, Sm., Giordano A (ORCID:0000-0002-6978-0880), and Viscomi MT (ORCID:0000-0002-9096-4967)
Abstract: In 2008 we published the first set of guidelines for standardizing research in autophagy. Since then, research on this topic has continued to accelerate, and many new scientists have entered the field. Our knowledge base and relevant new technologies have also been expanding. Accordingly, it is important to update these guidelines for monitoring autophagy in different organisms. Various reviews have described the range of assays that have been used for this purpose. Nevertheless, there continues to be confusion regarding acceptable methods to measure autophagy, especially in multicellular eukaryotes. For example, a key point that needs to be emphasized is that there is a difference between measurements that monitor the numbers or volume of autophagic elements (e.g., autophagosomes or autolysosomes) at any stage of the autophagic process versus those that measure flux through the autophagy pathway (i.e., the complete process including the amount and rate of cargo sequestered and degraded). In particular, a block in macroautophagy that results in autophagosome accumulation must be differentiated from stimuli that increase autophagic activity, defined as increased autophagy induction coupled with increased delivery to, and degradation within, lysosomes (in most higher eukaryotes and some protists such as Dictyostelium) or the vacuole (in plants and fungi). In other words, it is especially important that investigators new to the field understand that the appearance of more autophagosomes does not necessarily equate with more autophagy. In fact, in many cases, autophagosomes accumulate because of a block in trafficking to lysosomes without a concomitant change in autophagosome biogenesis, whereas an increase in autolysosomes may reflect a reduction in degradative activity. It is worth emphasizing here that lysosomal digestion is a stage of autophagy and evaluating its competence is a crucial part of the evaluation of autophagic flux, or complete autophagy. Here, we prese
Published: 2016

19. Novel gating mechanism of polyamine block in the strong inward rectifier K channel Kir2.1.

Author: Lee, JK, Lee, JK, John, SA, Weiss, JN, Lee, JK, Lee, JK, John, SA, and Weiss, JN
Abstract: Inward rectifying K channels are essential for maintaining resting membrane potential and regulating excitability in many cell types. Previous studies have attributed the rectification properties of strong inward rectifiers such as Kir2.1 to voltage-dependent binding of intracellular polyamines or Mg to the pore (direct open channel block), thereby preventing outward passage of K ions. We have studied interactions between polyamines and the polyamine toxins philanthotoxin and argiotoxin on inward rectification in Kir2.1. We present evidence that high affinity polyamine block is not consistent with direct open channel block, but instead involves polyamines binding to another region of the channel (intrinsic gate) to form a blocking complex that occludes the pore. This interaction defines a novel mechanism of ion channel closure.
Published: 1999

20. Novel gating mechanism of polyamine block in the strong inward rectifier K channel Kir2.1.

Author: Lee, JK, Lee, JK, John, SA, Weiss, JN, Lee, JK, Lee, JK, John, SA, and Weiss, JN
Abstract: Inward rectifying K channels are essential for maintaining resting membrane potential and regulating excitability in many cell types. Previous studies have attributed the rectification properties of strong inward rectifiers such as Kir2.1 to voltage-dependent binding of intracellular polyamines or Mg to the pore (direct open channel block), thereby preventing outward passage of K ions. We have studied interactions between polyamines and the polyamine toxins philanthotoxin and argiotoxin on inward rectification in Kir2.1. We present evidence that high affinity polyamine block is not consistent with direct open channel block, but instead involves polyamines binding to another region of the channel (intrinsic gate) to form a blocking complex that occludes the pore. This interaction defines a novel mechanism of ion channel closure.
Published: 1999

21. Biomechanical evaluation of suture-holding properties of native and tissue-engineered articular cartilage.

Author: DuRaine, GD, DuRaine, GD, Arzi, B, Lee, JK, Lee, CA, Responte, DJ, Hu, JC, Athanasiou, KA, DuRaine, GD, DuRaine, GD, Arzi, B, Lee, JK, Lee, CA, Responte, DJ, Hu, JC, and Athanasiou, KA
Abstract: The purpose of this study was to determine suture-holding properties of tissue-engineered neocartilage relative to native articular cartilage. To this end, suture pull-out strength was quantified for native articular cartilage and for neocartilages possessing various mechanical properties. Suture-holding properties were examined in vitro and in vivo. Neocartilage from bovine chondrocytes was engineered using two sets of exogenous stimuli, resulting in neotissue of different biochemical compositions. Compressive and tensile properties and glycosaminoglycan, collagen, and pyridinoline cross-link contents were assayed (study 1). Suture pull-out strength was compared between neocartilage constructs, and bovine and leporine native cartilage. Uniaxial pull-out test until failure was performed after passing 6-0 Vicryl through each tissue (study 2). Subsequently, neocartilage was implanted into a rabbit model to examine short-term suture-holding ability in vivo (study 3). Neocartilage glycosaminoglycan and collagen content per wet weight reached 4.55 ± 1.62% and 4.21 ± 0.77%, respectively. Tensile properties for neocartilage constructs reached 2.6 ± 0.77% MPa for Young's modulus and 1.39 ± 0.63 MPa for ultimate tensile strength. Neocartilage reached ~ 33% of suture pull-out strength of native articular cartilage. Neocartilage cross-link content reached 50% of native values, and suture pull-out strength correlated positively with cross-link content (R² = 0.74). Neocartilage sutured into rabbit osteochondral defects was successfully maintained for 3 weeks. This study shows that pyridinoline cross-links in neocartilage may be vital in controlling suture pull-out strength. Neocartilage produced in vitro with one-third of native tissue pull-out strength appears sufficient for construct suturing and retention in vivo.
Published: 2015

22. Biomechanical evaluation of suture-holding properties of native and tissue-engineered articular cartilage.

Author: DuRaine, GD, DuRaine, GD, Arzi, B, Lee, JK, Lee, CA, Responte, DJ, Hu, JC, Athanasiou, KA, DuRaine, GD, DuRaine, GD, Arzi, B, Lee, JK, Lee, CA, Responte, DJ, Hu, JC, and Athanasiou, KA
Abstract: The purpose of this study was to determine suture-holding properties of tissue-engineered neocartilage relative to native articular cartilage. To this end, suture pull-out strength was quantified for native articular cartilage and for neocartilages possessing various mechanical properties. Suture-holding properties were examined in vitro and in vivo. Neocartilage from bovine chondrocytes was engineered using two sets of exogenous stimuli, resulting in neotissue of different biochemical compositions. Compressive and tensile properties and glycosaminoglycan, collagen, and pyridinoline cross-link contents were assayed (study 1). Suture pull-out strength was compared between neocartilage constructs, and bovine and leporine native cartilage. Uniaxial pull-out test until failure was performed after passing 6-0 Vicryl through each tissue (study 2). Subsequently, neocartilage was implanted into a rabbit model to examine short-term suture-holding ability in vivo (study 3). Neocartilage glycosaminoglycan and collagen content per wet weight reached 4.55 ± 1.62% and 4.21 ± 0.77%, respectively. Tensile properties for neocartilage constructs reached 2.6 ± 0.77% MPa for Young's modulus and 1.39 ± 0.63 MPa for ultimate tensile strength. Neocartilage reached ~ 33% of suture pull-out strength of native articular cartilage. Neocartilage cross-link content reached 50% of native values, and suture pull-out strength correlated positively with cross-link content (R² = 0.74). Neocartilage sutured into rabbit osteochondral defects was successfully maintained for 3 weeks. This study shows that pyridinoline cross-links in neocartilage may be vital in controlling suture pull-out strength. Neocartilage produced in vitro with one-third of native tissue pull-out strength appears sufficient for construct suturing and retention in vivo.
Published: 2015

23. Uniform and ordered copper nanomeshes by microsphere lithography for transparent electrodes

Author: Gao, T, Wang, B, Ding, B, Lee, JK, Leu, PW, Gao, T, Wang, B, Ding, B, Lee, JK, and Leu, PW
Abstract: We report a comprehensive simulation and experimental study on the optical and electronic properties of uniform and ordered copper nanomeshes (Cu NMs) to determine their performance for transparent conductors. Our study includes simulations to determine the role of propagating modes in transmission and experiments that demonstrate a scalable, facile microsphere-based method to fabricate NMs on rigid quartz and flexible polyethylene terephthalate substrates. The fabrication method allows for precise control over NM morphology with near-perfect uniformity and long-range order over large areas on rigid substrates. Our Cu NMs demonstrate 80% diffuse transmission at 17 Ω/square on quartz, which is comparable to indium tin oxide. We also performed durability experiments that demonstrate these Cu NMs are robust from bending, heating, and abrasion. © 2014 American Chemical Society.
Published: 2014

24. Functional outcomes following surgical management of pain, exposure or extrusion following a suburethral tape insertion for urinary stress incontinence

Author: Agnew, G, Dwyer, PL, Rosamilia, A, Lim, Y, Edwards, G, Lee, JK, Agnew, G, Dwyer, PL, Rosamilia, A, Lim, Y, Edwards, G, and Lee, JK
Abstract: INTRODUCTION AND HYPOTHESIS: Surgical revision of a tape inserted for urinary stress incontinence may be indicated for pain, or tape exposure or extrusion. This study assesses the clinical outcomes of revision surgery. METHODS: A retrospective review of 47 consecutive women who underwent surgical revision for the indications of pain, tape exposure or tape extrusion. RESULTS: Forty-seven women underwent revision. 29 women (62 %) had initial tape placement at another institution. Mean interval between placement and revision was 30 months. 39 women (83 %) had an identifiable tape exposure or extrusion with or without pain, while 8 women (17 %) presented with pain alone. 11 (23 %) of the tapes were infected clinically and histologically at revision, 10 of the 11 (90 %) being of a multifilament type. In 23 (49 %) cases, the revision aimed to completely remove the tape. Partial excision 24 (51 %) was reserved for localised exposures or extrusions where infection was not suspected. A concomitant continence procedure was performed in 9(19 %) at the time of tape revision. None of these 9 women has experienced recurrent stress urinary incontinence (SUI) compared with 11 out of 38 women (29 %) requiring further stress incontinence surgery when no continence procedure was performed (Fisher's exact p = 0.092). Eight out of 47 underwent revision surgery for pain with no identifiable exposure or extrusion; pain subsequently resolved in all 8 women. CONCLUSIONS: Excision is an effective treatment for tape exposure and pain whether infection is present or not. Tapes of a multifilament type are strongly associated with infection. When infection is present, complete sling removal is necessary. A concomitant procedure to prevent recurrent SUI should be considered if tape excision is planned and infection is not suspected.
Published: 2014

25. Fouling characteristics of microfiltration membranes by organic and inorganic matter and evaluation of flux recovery by chemical cleaning

Author: Woo, YC, Lee, JK, Kim, HS, Woo, YC, Lee, JK, and Kim, HS
Abstract: © 2013, © 2013 Balaban Desalination Publications. All rights reserved. Abstract: Characteristics of membrane fouling by organic and inorganic foulants and flux recovery by chemical cleaning were investigated in this study. Three kinds of raw water with organic matter (15 mg/L humic acid), with inorganic matter (1 mg/L Fe and 1 mg/L Mn) and a mixture of organic and inorganic matter (humic acid, Fe and Mn) were tested. The effects of Ca2+ and pH on fouling were also investigated as well as efficiency of chemical cleaning. The results showed that raw water with the mixture reduced the final flux by 10%. On the other hand, the final fluxes were reduced by 8% for inorganic matter and by 78% for organic matter. Although, FI decreased with the existence of Ca2+ in the mixture of humic acid, Fe and Mn, flux was recovered easily by backwashing because Ca formed a cake layer by chelating with humic substances. However, pre-treatment with sodium hypochlorite reduced the flux severely for raw water containing inorganic matter. Acid (2% nitric acid) and base (1% sodium hydroxide), were used to clean the fouled membranes. Cleaning efficiency was different by changing the cleaning sequence of the two chemicals (acid/base and base/acid). Flux recovery was 20% higher in base/acid sequence. These results showed that both raw water characteristics and cleaning method should be thoroughly investigated for appropriate operation of membrane processes.
Published: 2014

26. Electron emission of Au nanoparticles embedded in ZnO for highly conductive oxide

Author: Huang, PS, Kim, DH, Lee, JK, Huang, PS, Kim, DH, and Lee, JK
Abstract: We investigated the effect of embedded Au nanoparticles (Au NPs) on electrical properties of zinc oxide (ZnO) for highly conductive oxide semiconductor. Au NPs in ZnO films influenced both the structural and electrical properties of the mixture films. The electrical resistivity decreases by as much as five orders of magnitude. This is explained by the electron emission from Au NPs to the ZnO matrix. Temperature-dependent Hall effect measurements show that an electron emission mechanism changes from tunneling to thermionic emission at T = 180 K. The electron mobility in the mixture film is mainly limited by the grain boundaries at lower temperature (80-180 K), and the Au/ZnO heterogeneous interface at higher temperature (180-340 K). In addition to the electron emission, embedded Au NPs alter the ZnO matrix microstructure and improve the electron mobility. Compared to the undoped ZnO film, the carrier concentration of the Au NP-embedded ZnO film can be increased by as much as six orders of magnitude with a small change in the carrier mobility. This result suggests a way to circumvent the inherent tradeoff between the carrier concentration and the carrier mobility in transparent conductive oxide (TCO) materials. © 2014 AIP Publishing LLC.
Published: 2014

27. Synergistic effect of surface plasmonic particles in PbS/TiO2 heterojunction solar cells

Author: Ding, B, Gao, T, Wang, Y, Waldeck, DH, Leu, PW, Lee, JK, Ding, B, Gao, T, Wang, Y, Waldeck, DH, Leu, PW, and Lee, JK
Abstract: Core-shell particles composed of a dielectric core and a metallic nanoshell exhibit tunable surface plasmons that may be exploited to enhance the light absorption capability of photoactive materials. This work uses both experimental and theoretical methods to elucidate the mechanism by which SiO 2@Au@SiO2 (SGS) core-shell-shell particles improve the light harvesting efficiency of PbS-TiO2 heterojunction solar cells. The enhanced light absorption by PbS nanoparticles depends on their location in the device and their impact on device morphology. This study demonstrates that SGSs can promote the light harvesting of thin film solar cells in two ways. First, the localized surface plasmon resonance of the SGSs increases light scattering and the local electromagnetic field at the PbS-SGS interface. Second, placing SGSs between the PbS and TiO2 layers, forms nanodomes on top Au electrode and gives rise to additional light scattering that enhances the light harvesting efficiency. By combining these effects the short circuit current density and the energy conversion efficiency are increased by 29% and 24% respectively compared to a cell without SGSs. © 2014 Elsevier B.V. All rights reserved.
Published: 2014

28. Designing metal hemispheres on silicon ultrathin film solar cells for plasmonic light trapping

Author: Gao, T, Stevens, E, Lee, JK, Leu, PW, Gao, T, Stevens, E, Lee, JK, and Leu, PW
Abstract: We systematically investigate the design of two-dimensional silver (Ag) hemisphere arrays on crystalline silicon (c-Si) ultrathin film solar cells for plasmonic light trapping. The absorption in ultrathin films is governed by the excitation of Fabry-Perot TEMm modes.We demonstrate that metal hemispheres can enhance absorption in the films by (1) coupling light to c-Si film waveguide modes and (2) exciting localized surface plasmon resonances (LSPRs). We show that hemisphere arrays allow light to couple to fundamental TEm and TMm waveguide modes in c-Si film as well as higher-order versions of these modes. The near-field light concentration of LSPRs also may increase absorption in the c-Si film, though these resonances are associated with significant parasitic absorption in the metal. We illustrate how Ag plasmonic hemispheres may be utilized for light trapping with 22% enhancement in short-circuit current density compared with that of a bare 100 nm thick c-Si ultrathin film solar cell. © 2014 Optical Society of America.
Published: 2014

29. Depleted bulk heterojunctions in thermally annealed PbS quantum dot solar cells

Author: Ding, B, Wang, Y, Huang, PS, Waldeck, DH, Lee, JK, Ding, B, Wang, Y, Huang, PS, Waldeck, DH, and Lee, JK
Abstract: We have studied the detailed interface structure and energy conversion behavior of TiO2/PbS heterojunction solar cells. Nanoscale structure and composition analysis have revealed that thermal annealing causes intermixing of the TiO2 and PbS phases and influences the morphologies and optical properties of the heterojunction film. This intermixing increased the junction area within the depleted bulk heterojunction (DBH) layer and promoted the carrier extraction from PbS QDs to TiO2. In addition, the thermal annealing caused interparticle necking between PbS QDs and increased the crystallinity of the PbS QD film. Compared with unannealed PbS/TiO2 heterojunction solar cells, the formation of the DBH layer and the partial sintering of PbS QDs led to a doubling of the short-circuit current (J sc) and an improved energy conversion efficiency, by 39%. Electric force microscopy analysis confirmed the presence of a DBH layer. The electron lifetime and fill factor (FF) of the solar cells decreased when the TiO 2/PbS mixed film was thermally annealed, and this was assigned to a lower recombination resistance in the DBH layer. Post-treatment of PbS/TiO 2 DBH films with ethanedithiol was found to increase the recombination resistance at PbS/TiO2 interface and to enhance the energy conversion efficiency to ∼4%. © 2014 American Chemical Society.
Published: 2014

30. Surface electrochemical properties of niobium-doped titanium dioxide nanorods and their effect on carrier collection efficiency of dye sensitized solar cells

Author: Yang, M, Ding, B, Lee, JK, Yang, M, Ding, B, and Lee, JK
Abstract: We explore the effect of Nb-doping on the electronic band structure and microstructure of 1-dimensional rutile TiO2 nanorods as a photoanode of dye sensitized solar cells (DSSCs). The nanorods with different Nb concentration are directly grown on top of fluorine doped tin oxide (FTO) substrates and then assembled into DSSCs. Nb-doping is found to greatly enhance the energy conversion efficiency of nanorod-based DSSCs by more than 70%. This improvement in the photon-electron conversion process is attributed to enhanced electron injection and suppressed carrier recombination at the dye-nanorod interface and at the nanorod-FTO interface. Flat band potential analysis shows that Nb-doping shifts the surface potential of the nanorods positively to promote electron injection from the dye sensitizers to the nanorods. In addition, the nanoscale conductive atomic force microscopy (c-AFM) measurement of individual nanorods shows that the high carrier concentration of the Nb-doped nanorods facilitates electron tunneling at the nanorod-FTO interface. New observations in this study indicate that Nb-doping into the nanorods modifies their surface states and the interface resistance between TiO2 and FTO. This facilitates the carrier transport from the excited dye to the FTO film by suppressing carrier recombination and improving electron collection efficiency. © 2013 Elsevier B.V. All rights reserved.
Published: 2014

31. Rheological and electrochemical properties of nanoclay added electrolyte for dye sensitized solar cells

Author: Ding, B, Jung, Y, Kim, DH, Seong, WM, Kim, SD, Woo, SK, Lee, JK, Ding, B, Jung, Y, Kim, DH, Seong, WM, Kim, SD, Woo, SK, and Lee, JK
Abstract: We explored quasi-solid electrolyte containing nanoclay and iodide/triiodide (I-/I3-) redox mediator in dye sensitized solar cells (DSSCs). Compared with traditional iodine based liquid electrolyte, nanoclay-based quasi-solid electrolyte provided similar conversion efficiency and carrier diffusivity. In addition, the nanoclay in the electrolyte increases thermal stability and suppresses aging behavior. The rheology measurement showed that the enhancement was attributed to the gelation of the quasi-solid electrolyte. The addition of nanoclay increased the optimum amount of iodine in the electrolyte, since a partial adsorption of iodide ions on the positive surface of the nanoclay reduces ion concentration in the electrolyte and changes the carrier transfer path. This adsorption increased in the quantity of the iodide to optimize the performance of the quasi-solid electrolyte. We have found that the charge transport in the electrolyte occurs via two parallel processes: normal physical diffusion and grotthus-type bond exchange.
Published: 2014

32. Surface electrochemical properties of niobium-doped titanium dioxide nanorods and their effect on carrier collection efficiency of dye sensitized solar cells

Author: Yang, M, Ding, B, Lee, JK, Yang, M, Ding, B, and Lee, JK
Abstract: We explore the effect of Nb-doping on the electronic band structure and microstructure of 1-dimensional rutile TiO2 nanorods as a photoanode of dye sensitized solar cells (DSSCs). The nanorods with different Nb concentration are directly grown on top of fluorine doped tin oxide (FTO) substrates and then assembled into DSSCs. Nb-doping is found to greatly enhance the energy conversion efficiency of nanorod-based DSSCs by more than 70%. This improvement in the photon-electron conversion process is attributed to enhanced electron injection and suppressed carrier recombination at the dye-nanorod interface and at the nanorod-FTO interface. Flat band potential analysis shows that Nb-doping shifts the surface potential of the nanorods positively to promote electron injection from the dye sensitizers to the nanorods. In addition, the nanoscale conductive atomic force microscopy (c-AFM) measurement of individual nanorods shows that the high carrier concentration of the Nb-doped nanorods facilitates electron tunneling at the nanorod-FTO interface. New observations in this study indicate that Nb-doping into the nanorods modifies their surface states and the interface resistance between TiO2 and FTO. This facilitates the carrier transport from the excited dye to the FTO film by suppressing carrier recombination and improving electron collection efficiency. © 2013 Elsevier B.V. All rights reserved.
Published: 2014

33. Depleted bulk heterojunctions in thermally annealed PbS quantum dot solar cells

Author: Ding, B, Wang, Y, Huang, PS, Waldeck, DH, Lee, JK, Ding, B, Wang, Y, Huang, PS, Waldeck, DH, and Lee, JK
Abstract: We have studied the detailed interface structure and energy conversion behavior of TiO2/PbS heterojunction solar cells. Nanoscale structure and composition analysis have revealed that thermal annealing causes intermixing of the TiO2 and PbS phases and influences the morphologies and optical properties of the heterojunction film. This intermixing increased the junction area within the depleted bulk heterojunction (DBH) layer and promoted the carrier extraction from PbS QDs to TiO2. In addition, the thermal annealing caused interparticle necking between PbS QDs and increased the crystallinity of the PbS QD film. Compared with unannealed PbS/TiO2 heterojunction solar cells, the formation of the DBH layer and the partial sintering of PbS QDs led to a doubling of the short-circuit current (J sc) and an improved energy conversion efficiency, by 39%. Electric force microscopy analysis confirmed the presence of a DBH layer. The electron lifetime and fill factor (FF) of the solar cells decreased when the TiO 2/PbS mixed film was thermally annealed, and this was assigned to a lower recombination resistance in the DBH layer. Post-treatment of PbS/TiO 2 DBH films with ethanedithiol was found to increase the recombination resistance at PbS/TiO2 interface and to enhance the energy conversion efficiency to ∼4%. © 2014 American Chemical Society.
Published: 2014

34. Synergistic effect of surface plasmonic particles in PbS/TiO2 heterojunction solar cells

Author: Ding, B, Gao, T, Wang, Y, Waldeck, DH, Leu, PW, Lee, JK, Ding, B, Gao, T, Wang, Y, Waldeck, DH, Leu, PW, and Lee, JK
Abstract: Core-shell particles composed of a dielectric core and a metallic nanoshell exhibit tunable surface plasmons that may be exploited to enhance the light absorption capability of photoactive materials. This work uses both experimental and theoretical methods to elucidate the mechanism by which SiO 2@Au@SiO2 (SGS) core-shell-shell particles improve the light harvesting efficiency of PbS-TiO2 heterojunction solar cells. The enhanced light absorption by PbS nanoparticles depends on their location in the device and their impact on device morphology. This study demonstrates that SGSs can promote the light harvesting of thin film solar cells in two ways. First, the localized surface plasmon resonance of the SGSs increases light scattering and the local electromagnetic field at the PbS-SGS interface. Second, placing SGSs between the PbS and TiO2 layers, forms nanodomes on top Au electrode and gives rise to additional light scattering that enhances the light harvesting efficiency. By combining these effects the short circuit current density and the energy conversion efficiency are increased by 29% and 24% respectively compared to a cell without SGSs. © 2014 Elsevier B.V. All rights reserved.
Published: 2014

35. Rheological and electrochemical properties of nanoclay added electrolyte for dye sensitized solar cells

Author: Ding, B, Jung, Y, Kim, DH, Seong, WM, Kim, SD, Woo, SK, Lee, JK, Ding, B, Jung, Y, Kim, DH, Seong, WM, Kim, SD, Woo, SK, and Lee, JK
Abstract: We explored quasi-solid electrolyte containing nanoclay and iodide/triiodide (I-/I3-) redox mediator in dye sensitized solar cells (DSSCs). Compared with traditional iodine based liquid electrolyte, nanoclay-based quasi-solid electrolyte provided similar conversion efficiency and carrier diffusivity. In addition, the nanoclay in the electrolyte increases thermal stability and suppresses aging behavior. The rheology measurement showed that the enhancement was attributed to the gelation of the quasi-solid electrolyte. The addition of nanoclay increased the optimum amount of iodine in the electrolyte, since a partial adsorption of iodide ions on the positive surface of the nanoclay reduces ion concentration in the electrolyte and changes the carrier transfer path. This adsorption increased in the quantity of the iodide to optimize the performance of the quasi-solid electrolyte. We have found that the charge transport in the electrolyte occurs via two parallel processes: normal physical diffusion and grotthus-type bond exchange.
Published: 2014

36. Electron emission of Au nanoparticles embedded in ZnO for highly conductive oxide

Author: Huang, PS, Kim, DH, Lee, JK, Huang, PS, Kim, DH, and Lee, JK
Abstract: We investigated the effect of embedded Au nanoparticles (Au NPs) on electrical properties of zinc oxide (ZnO) for highly conductive oxide semiconductor. Au NPs in ZnO films influenced both the structural and electrical properties of the mixture films. The electrical resistivity decreases by as much as five orders of magnitude. This is explained by the electron emission from Au NPs to the ZnO matrix. Temperature-dependent Hall effect measurements show that an electron emission mechanism changes from tunneling to thermionic emission at T = 180 K. The electron mobility in the mixture film is mainly limited by the grain boundaries at lower temperature (80-180 K), and the Au/ZnO heterogeneous interface at higher temperature (180-340 K). In addition to the electron emission, embedded Au NPs alter the ZnO matrix microstructure and improve the electron mobility. Compared to the undoped ZnO film, the carrier concentration of the Au NP-embedded ZnO film can be increased by as much as six orders of magnitude with a small change in the carrier mobility. This result suggests a way to circumvent the inherent tradeoff between the carrier concentration and the carrier mobility in transparent conductive oxide (TCO) materials. © 2014 AIP Publishing LLC.
Published: 2014

37. Designing metal hemispheres on silicon ultrathin film solar cells for plasmonic light trapping

Author: Gao, T, Stevens, E, Lee, JK, Leu, PW, Gao, T, Stevens, E, Lee, JK, and Leu, PW
Abstract: We systematically investigate the design of two-dimensional silver (Ag) hemisphere arrays on crystalline silicon (c-Si) ultrathin film solar cells for plasmonic light trapping. The absorption in ultrathin films is governed by the excitation of Fabry-Perot TEMm modes.We demonstrate that metal hemispheres can enhance absorption in the films by (1) coupling light to c-Si film waveguide modes and (2) exciting localized surface plasmon resonances (LSPRs). We show that hemisphere arrays allow light to couple to fundamental TEm and TMm waveguide modes in c-Si film as well as higher-order versions of these modes. The near-field light concentration of LSPRs also may increase absorption in the c-Si film, though these resonances are associated with significant parasitic absorption in the metal. We illustrate how Ag plasmonic hemispheres may be utilized for light trapping with 22% enhancement in short-circuit current density compared with that of a bare 100 nm thick c-Si ultrathin film solar cell. © 2014 Optical Society of America.
Published: 2014

38. Fouling characteristics of microfiltration membranes by organic and inorganic matter and evaluation of flux recovery by chemical cleaning

Author: Woo, YC, Lee, JK, Kim, HS, Woo, YC, Lee, JK, and Kim, HS
Abstract: © 2013, © 2013 Balaban Desalination Publications. All rights reserved. Abstract: Characteristics of membrane fouling by organic and inorganic foulants and flux recovery by chemical cleaning were investigated in this study. Three kinds of raw water with organic matter (15 mg/L humic acid), with inorganic matter (1 mg/L Fe and 1 mg/L Mn) and a mixture of organic and inorganic matter (humic acid, Fe and Mn) were tested. The effects of Ca2+ and pH on fouling were also investigated as well as efficiency of chemical cleaning. The results showed that raw water with the mixture reduced the final flux by 10%. On the other hand, the final fluxes were reduced by 8% for inorganic matter and by 78% for organic matter. Although, FI decreased with the existence of Ca2+ in the mixture of humic acid, Fe and Mn, flux was recovered easily by backwashing because Ca formed a cake layer by chelating with humic substances. However, pre-treatment with sodium hypochlorite reduced the flux severely for raw water containing inorganic matter. Acid (2% nitric acid) and base (1% sodium hydroxide), were used to clean the fouled membranes. Cleaning efficiency was different by changing the cleaning sequence of the two chemicals (acid/base and base/acid). Flux recovery was 20% higher in base/acid sequence. These results showed that both raw water characteristics and cleaning method should be thoroughly investigated for appropriate operation of membrane processes.
Published: 2014

39. The effects of SiO2 additions on the BaO-ZnO-B2O 3 glass applied as the dielectric layer in plasma display panels

Author: Park, JS, Lee, JK, Park, JS, and Lee, JK
Abstract: The effects of SiO2 additions on the dielectric and thermal properties of barium zinc borate (BZB) glass applied as the dielectric layer in plasma display panels were investigated. With increasing SiO2 content, the glass transition temperature and dilatometric softening temperature of BZB glass increased slightly and its thermal expansion coefficient decreased without sacrificing the dielectric properties. Moreover, the addition of SiO2 overcame the critical demerit of BZB glass, i.e. that its crystallization temperature becomes lower than firing temperature with decreasing B2O3 content. The addition of SiO2 to the BZB glass increased the crystallization temperature from 540 to 600°C. Infrared (IR) analysis shows that these changes result from the structural changes in the BZB glass.
Published: 2013

40. Thermoelectric properties of Al-doped mesoporous ZnO thin films

Author: Hong, MH, Park, CS, Seo, WS, Lim, YS, Lee, JK, Park, HH, Hong, MH, Park, CS, Seo, WS, Lim, YS, Lee, JK, and Park, HH
Abstract: Al-doped mesoporous ZnO thin films were synthesized by a sol-gel process and an evaporation-induced self-assembly process. In this work, the effects of Al doping concentration on the electrical conductivity and characterization of mesoporous ZnO thin films were investigated. By changing the Al doping concentration, ZnO grain growth is inhibited, and the mesoporous structure of ZnO is maintained during a relatively high temperature annealing process. The porosity of Al-doped mesoporous ZnO thin films increased slightly with increasing Al doping concentration. Finally, as electrical conductivity was increased as electrons were freed and pore structure was maintained by inhibiting grain growth, the thermoelectric property was enhanced with increasing Al concentration. © 2013 Min-Hee Hong et al.
Published: 2013

41. Microstructure and electrical conductivity in shape and size controlled molybdenum particle thick film

Author: Jung, Y, Stevens, E, Ding, B, Kim, SD, Woo, SK, Lee, JK, Jung, Y, Stevens, E, Ding, B, Kim, SD, Woo, SK, and Lee, JK
Abstract: We study the effects of particle morphology on the microstructure and electrical conductivity of Mo particle thick films. In our study, the shape and size of molybdenum (Mo) particles are modified by mechanical ball-milling and atomic layer deposition (ALD). As the total number of collisions between Mo particles and ball-milling media increases, Mo particles are deformed, and the shape of Mo particles changed from irregular polyhedrons to thin flakes. In the ball-milling process, stress frequency is an important processing parameter governing the deformation and breakage of Mo particles. In addition, ALD-grown TiO2 layer is found to significantly suppress the growth of Mo particles at high temperature. After 1000 C annealing, the particle size of the TiO2 layer-coated film is only half of that of bare Mo particle films. The shape of the particles changes electrical conductivity of the Mo thick films. Large contact area between flake shape particles can increase the carrier mobility of the film and the 5-nm thick TiO2 layer can provide the inter-particle carrier transport path via a tunneling mechanism. Our results show that the combined use of the ball-milling and the ALD coating leads to Mo thick films with high electric conductivity and large surface area. © 2013 Springer Science+Business Media New York.
Published: 2013

42. Dye sensitized solar cells for economically viable photovoltaic systems

Author: Jung, HS, Lee, JK, Jung, HS, and Lee, JK
Abstract: TiO2 nanoparticle-based dye sensitized solar cells (DSSCs) have attracted a significant level of scientific and technological interest for their potential as economically viable photovoltaic devices. While DSSCs have multiple benefits such as material abundance, a short energy payback period, constant power output, and compatibility with flexible applications, there are still several challenges that hold back large scale commercialization. Critical factors determining the future of DSSCs involve energy conversion efficiency, long-term stability, and production cost. Continuous advancement of their long-term stability suggests that state-of-the-art DSSCs will operate for over 20 years without a significant decrease in performance. Nevertheless, key questions remain in regards to energy conversion efficiency improvements and material cost reduction. In this Perspective, the present state of the field and the ongoing efforts to address the requirements of DSSCs are summarized with views on the future of DSSCs. © 2013 American Chemical Society.
Published: 2013

43. Tunable surface plasmons of dielectric core-metal shell particles for dye sensitized solar cells

Author: Ding, B, Yang, M, Lee, BJ, Lee, JK, Ding, B, Yang, M, Lee, BJ, and Lee, JK
Abstract: Our findings show that the extinction spectrum of core-shell type plasmonic particles can be effectively controlled by changing their geometric factor. This tuning capability allows the surface plasmons of the core-shell particles to be designed in such a way that the absorption of dye molecules is maximized in dye sensitized solar cells. When plasmonic particles with a metallic nanoshell and a dielectric core are incorporated into a TiO2 mesoporous photoelectrode, the optical cross section of dye sensitizers and the energy conversion efficiency of dye-sensitized solar cells (DSSCs) are increased. The enhanced photon-electron conversion is attributed to localized surface plasmons of the core-shell particles, which increase the absorption and scattering of incoming light in the photoelectrode. © 2013 The Royal Society of Chemistry.
Published: 2013

44. Effect of surfactant concentration variation on the thermoelectric properties of mesoporous ZnO

Author: Hong, MH, Park, CS, Shin, S, Cho, HH, Seo, WS, Lim, YS, Lee, JK, Park, HH, Hong, MH, Park, CS, Shin, S, Cho, HH, Seo, WS, Lim, YS, Lee, JK, and Park, HH
Abstract: The electrical and thermal conductivities and the Seebeck coefficient of mesoporous ZnO thin films were investigated to determine the change of their thermoelectric properties by controlling surfactant concentration in the mesoporous ZnO films, because the thermoelectric properties of mesoporous ZnO films can be influenced by the porosity of the mesoporous structures, which is primarily determined by surfactant concentration in the films. Mesoporous ZnO thin films were successfully synthesized by using sol-gel and evaporation-induced self-assembly processes. Zinc acetate dihydrate and Brij-76 were used as the starting material and pore structure-forming template, respectively. The porosity of mesoporous ZnO thin films increased from 29% to 40% with increasing surfactant molar ratio. Porosity can be easily altered by controlling the molar ratio of surfactant/precursor. The electrical and thermal conductivity and Seebeck coefficients showed a close correlation with the porosity of the films, indicating that the thermoelectric properties of thin films can be changed by altering their porosity. Mesoporous ZnO thin films with the highest porosity had the best thermoelectric properties (the lowest thermal conductivity and the highest Seebeck coefficient) of the films examined. © 2013 Min-Hee Hong et al.
Published: 2013

45. Dye sensitized solar cells for economically viable photovoltaic systems

Author: Jung, HS, Lee, JK, Jung, HS, and Lee, JK
Abstract: TiO2 nanoparticle-based dye sensitized solar cells (DSSCs) have attracted a significant level of scientific and technological interest for their potential as economically viable photovoltaic devices. While DSSCs have multiple benefits such as material abundance, a short energy payback period, constant power output, and compatibility with flexible applications, there are still several challenges that hold back large scale commercialization. Critical factors determining the future of DSSCs involve energy conversion efficiency, long-term stability, and production cost. Continuous advancement of their long-term stability suggests that state-of-the-art DSSCs will operate for over 20 years without a significant decrease in performance. Nevertheless, key questions remain in regards to energy conversion efficiency improvements and material cost reduction. In this Perspective, the present state of the field and the ongoing efforts to address the requirements of DSSCs are summarized with views on the future of DSSCs. © 2013 American Chemical Society.
Published: 2013

46. Microstructure and electrical conductivity in shape and size controlled molybdenum particle thick film

Author: Jung, Y, Stevens, E, Ding, B, Kim, SD, Woo, SK, Lee, JK, Jung, Y, Stevens, E, Ding, B, Kim, SD, Woo, SK, and Lee, JK
Abstract: We study the effects of particle morphology on the microstructure and electrical conductivity of Mo particle thick films. In our study, the shape and size of molybdenum (Mo) particles are modified by mechanical ball-milling and atomic layer deposition (ALD). As the total number of collisions between Mo particles and ball-milling media increases, Mo particles are deformed, and the shape of Mo particles changed from irregular polyhedrons to thin flakes. In the ball-milling process, stress frequency is an important processing parameter governing the deformation and breakage of Mo particles. In addition, ALD-grown TiO2 layer is found to significantly suppress the growth of Mo particles at high temperature. After 1000 C annealing, the particle size of the TiO2 layer-coated film is only half of that of bare Mo particle films. The shape of the particles changes electrical conductivity of the Mo thick films. Large contact area between flake shape particles can increase the carrier mobility of the film and the 5-nm thick TiO2 layer can provide the inter-particle carrier transport path via a tunneling mechanism. Our results show that the combined use of the ball-milling and the ALD coating leads to Mo thick films with high electric conductivity and large surface area. © 2013 Springer Science+Business Media New York.
Published: 2013

47. The effects of SiO2 additions on the BaO-ZnO-B2O 3 glass applied as the dielectric layer in plasma display panels

Author: Park, JS, Lee, JK, Park, JS, and Lee, JK
Abstract: The effects of SiO2 additions on the dielectric and thermal properties of barium zinc borate (BZB) glass applied as the dielectric layer in plasma display panels were investigated. With increasing SiO2 content, the glass transition temperature and dilatometric softening temperature of BZB glass increased slightly and its thermal expansion coefficient decreased without sacrificing the dielectric properties. Moreover, the addition of SiO2 overcame the critical demerit of BZB glass, i.e. that its crystallization temperature becomes lower than firing temperature with decreasing B2O3 content. The addition of SiO2 to the BZB glass increased the crystallization temperature from 540 to 600°C. Infrared (IR) analysis shows that these changes result from the structural changes in the BZB glass.
Published: 2013

48. Tunable surface plasmons of dielectric core-metal shell particles for dye sensitized solar cells

Author: Ding, B, Yang, M, Lee, BJ, Lee, JK, Ding, B, Yang, M, Lee, BJ, and Lee, JK
Abstract: Our findings show that the extinction spectrum of core-shell type plasmonic particles can be effectively controlled by changing their geometric factor. This tuning capability allows the surface plasmons of the core-shell particles to be designed in such a way that the absorption of dye molecules is maximized in dye sensitized solar cells. When plasmonic particles with a metallic nanoshell and a dielectric core are incorporated into a TiO2 mesoporous photoelectrode, the optical cross section of dye sensitizers and the energy conversion efficiency of dye-sensitized solar cells (DSSCs) are increased. The enhanced photon-electron conversion is attributed to localized surface plasmons of the core-shell particles, which increase the absorption and scattering of incoming light in the photoelectrode. © 2013 The Royal Society of Chemistry.
Published: 2013

49. Effect of surfactant concentration variation on the thermoelectric properties of mesoporous ZnO

Author: Hong, MH, Park, CS, Shin, S, Cho, HH, Seo, WS, Lim, YS, Lee, JK, Park, HH, Hong, MH, Park, CS, Shin, S, Cho, HH, Seo, WS, Lim, YS, Lee, JK, and Park, HH
Abstract: The electrical and thermal conductivities and the Seebeck coefficient of mesoporous ZnO thin films were investigated to determine the change of their thermoelectric properties by controlling surfactant concentration in the mesoporous ZnO films, because the thermoelectric properties of mesoporous ZnO films can be influenced by the porosity of the mesoporous structures, which is primarily determined by surfactant concentration in the films. Mesoporous ZnO thin films were successfully synthesized by using sol-gel and evaporation-induced self-assembly processes. Zinc acetate dihydrate and Brij-76 were used as the starting material and pore structure-forming template, respectively. The porosity of mesoporous ZnO thin films increased from 29% to 40% with increasing surfactant molar ratio. Porosity can be easily altered by controlling the molar ratio of surfactant/precursor. The electrical and thermal conductivity and Seebeck coefficients showed a close correlation with the porosity of the films, indicating that the thermoelectric properties of thin films can be changed by altering their porosity. Mesoporous ZnO thin films with the highest porosity had the best thermoelectric properties (the lowest thermal conductivity and the highest Seebeck coefficient) of the films examined. © 2013 Min-Hee Hong et al.
Published: 2013

50. Thermoelectric properties of Al-doped mesoporous ZnO thin films

Author: Hong, MH, Park, CS, Seo, WS, Lim, YS, Lee, JK, Park, HH, Hong, MH, Park, CS, Seo, WS, Lim, YS, Lee, JK, and Park, HH
Abstract: Al-doped mesoporous ZnO thin films were synthesized by a sol-gel process and an evaporation-induced self-assembly process. In this work, the effects of Al doping concentration on the electrical conductivity and characterization of mesoporous ZnO thin films were investigated. By changing the Al doping concentration, ZnO grain growth is inhibited, and the mesoporous structure of ZnO is maintained during a relatively high temperature annealing process. The porosity of Al-doped mesoporous ZnO thin films increased slightly with increasing Al doping concentration. Finally, as electrical conductivity was increased as electrons were freed and pore structure was maintained by inhibiting grain growth, the thermoelectric property was enhanced with increasing Al concentration. © 2013 Min-Hee Hong et al.
Published: 2013

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