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1. Surgical stabilization of rib fractures (SSRF): the WSES and CWIS position paper.

Author

Sermonesi, Giacomo, Bertelli, Riccardo, Pieracci, Fredric, Balogh, Zsolt, Coimbra, Raul, Galante, Joseph, Hecker, Andreas, Weber, Dieter, Bauman, Zachary, Kartiko, Susan, Patel, Bhavik, Whitbeck, SarahAnn, White, Thomas, Harrell, Kevin, Perrina, Daniele, Rampini, Alessia, Tian, Brian, Amico, Francesco, Beka, Solomon, Bonavina, Luigi, Ceresoli, Marco, Cobianchi, Lorenzo, Coccolini, Federico, Cui, Yunfeng, Dal Mas, Francesca, De Simone, Belinda, Di Carlo, Isidoro, Di Saverio, Salomone, Dogjani, Agron, Fette, Andreas, Fraga, Gustavo, Gomes, Carlos, Khan, Jim, Kirkpatrick, Andrew, Kruger, Vitor, Leppäniemi, Ari, Litvin, Andrey, Mingoli, Andrea, Navarro, David, Passera, Eliseo, Pisano, Michele, Podda, Mauro, Russo, Emanuele, Sakakushev, Boris, Santonastaso, Domenico, Sartelli, Massimo, Shelat, Vishal, Tan, Edward, Wani, Imtiaz, Abu-Zidan, Fikri, Biffl, Walter, Civil, Ian, Latifi, Rifat, Marzi, Ingo, Picetti, Edoardo, Pikoulis, Manos, Agnoletti, Vanni, Bravi, Francesca, Vallicelli, Carlo, Ansaloni, Luca, Moore, Ernest, and Catena, Fausto

Subjects
Consensus, Flail chest, Guidelines, Minimally invasive plating osteosynthesis (MIPO), Multiple rib fractures, Operative reduction and internal fixation (ORIF), Rib fixation, Rib fractures, Surgical stabilization of rib fractures (SSRF), Thoracic/chest trauma injury, Video-assisted thoracoscopy surgery (VATS), Rib Fractures, Humans, Fracture Fixation
Abstract

BACKGROUND: Rib fractures are one of the most common traumatic injuries and may result in significant morbidity and mortality. Despite growing evidence, technological advances and increasing acceptance, surgical stabilization of rib fractures (SSRF) remains not uniformly considered in trauma centers. Indications, contraindications, appropriate timing, surgical approaches and utilized implants are part of an ongoing debate. The present position paper, which is endorsed by the World Society of Emergency Surgery (WSES), and supported by the Chest Wall Injury Society, aims to provide a review of the literature investigating the use of SSRF in rib fracture management to develop graded position statements, providing an updated guide and reference for SSRF. METHODS: This position paper was developed according to the WSES methodology. A steering committee performed the literature review and drafted the position paper. An international panel of experts then critically revised the manuscript and discussed it in detail, to develop a consensus on the position statements. RESULTS: A total of 287 studies (systematic reviews, randomized clinical trial, prospective and retrospective comparative studies, case series, original articles) have been selected from an initial pool of 9928 studies. Thirty-nine graded position statements were put forward to address eight crucial aspects of SSRF: surgical indications, contraindications, optimal timing of surgery, preoperative imaging evaluation, rib fracture sites for surgical fixation, management of concurrent thoracic injuries, surgical approach, stabilization methods and material selection. CONCLUSION: This consensus document addresses the key focus questions on surgical treatment of rib fractures. The expert recommendations clarify current evidences on SSRF indications, timing, operative planning, approaches and techniques, with the aim to guide clinicians in optimizing the management of rib fractures, to improve patient outcomes and direct future research.

Published
2024

2. Winter Lightning to the Lee of Lake Ontario: The Lake-Effect Electrification (LEE) Field Campaign

Author

Steiger, Scott M., Bruning, Eric C., Chmielewski, Vanna C., Stano, Geoffrey, Trostel, John, Calhoun, Kristin M., Jesmonth, Kaitlyn R., Lamsma, Bee, Lang, Timothy, Laurinaitis, Shaun, Losego, Jessica, Ringhausen, Jacquelyn S., Stock, Michael, Wang, Yonggang, Waugh, Sean M., Weiss, Stephanie A., Weist, Thomas, and White, Thomas

Subjects
United States. National Severe Storms Laboratory, Vaisala Inc. National Lightning Detection Network, Clouds, Atmospheric electricity, Air-turbines, Radar systems, Winter storms, Atmospheric physics, Snowstorms, Business, Earth sciences
Abstract

The National Science Foundation-sponsored Lake-Effect Electrification (LEE) field campaign intensive observation periods occurred between November and early February 2022-23 across the eastern Lake Ontario region. Project LEE documented, for the first time, the total lightning and electrical charge structures of lake-effect storms and the associated storm environment using a lightning mapping array (LMA), a mobile dual-polarization X-band radar, and balloon-based soundings that measured vertical profiles of temperature, humidity, wind, electric field, and hydrometeor types. LEE also observed abundant wind turbine-initiated lightning, which is climatologically more likely during the winter. The frequent occurrence of intense lake-effect storms and the proximity of a wind farm with nearly 300 turbines each more than 100 m tall to the lee of Lake Ontario provided an ideal laboratory for this study. The field project involved many undergraduate (>20) and graduate students. Some foreseen and unforeseen challenges included clearing the LMA solar panels of snow and continuous operation in low-sunlight conditions, large sonde balloons prematurely popping due to extremely cold conditions, sonde line breaking, recovering probes in deep snow in heavily forested areas, vehicles getting stuck in the snowpack, and an abnormally dry season for parts of the LEE domain. In spite of these difficulties, a dataset was collected in multiple lake-effect snowstorms (11 observation periods) and one extratropical cyclone snowstorm that clarifies the electrical structure of these systems. A key finding was the existence of a near-surface substantial positive charge layer (1 nC m-3) near the shoreline during lake-effect thunderstorms. SIGNIFICANCE STATEMENT: Winter lightning is an exciting phenomenon and important to study as man-made objects (e.g., wind turbines) can be more likely to be struck this time of year. We involved over 20 undergraduate students in collecting total lightning, mobile radar, and sounding (e.g., electric field) data in several lake-effect storms. These storms have been known to have substantial electrification and occur many times each winter in a small, consistent region east of Lake Ontario. We analyzed 246 lightning flashes from the main data collection period, and over a third of them were associated with towers. The results from this study will have impacts on our general understanding of electrification in winter and summer storms. KEYWORDS: Lake effects; Lightning; Atmospheric electricity; Cloud microphysics; Mesoscale systems; Radars/Radar observations, 1. Introduction Thundersnow, or when lightning occurs during a snowfall, strikes both meteorologists and the public with awe. It is one of the most exciting phenomena experienced in nature in [...]

Published
2024

6. Physics-based material parameters extraction from perovskite experiments via Bayesian optimization

Author

Zhan, Hualin, Ahmad, Viqar, Mayon, Azul, Tabi, Grace, Bui, Anh Dinh, Li, Zhuofeng, Walter, Daniel, Nguyen, Hieu, Weber, Klaus, White, Thomas, and Catchpole, Kylie

Subjects
Condensed Matter - Materials Science, Computer Science - Computational Engineering, Finance, and Science, Computer Science - Machine Learning
Abstract

The ability to extract material parameters of perovskite from quantitative experimental analysis is essential for rational design of photovoltaic and optoelectronic applications. However, the difficulty of this analysis increases significantly with the complexity of the theoretical model and the number of material parameters for perovskite. Here we use Bayesian optimization to develop an analysis platform that can extract up to 8 fundamental material parameters of an organometallic perovskite semiconductor from a transient photoluminescence experiment, based on a complex full physics model that includes drift-diffusion of carriers and dynamic defect occupation. An example study of thermal degradation reveals that the carrier mobility and trap-assisted recombination coefficient are reduced noticeably, while the defect energy level remains nearly unchanged. The reduced carrier mobility can dominate the overall effect on thermal degradation of perovskite solar cells by reducing the fill factor, despite the opposite effect of the reduced trap-assisted recombination coefficient on increasing the fill factor. In future, this platform can be conveniently applied to other experiments or to combinations of experiments, accelerating materials discovery and optimization of semiconductor materials for photovoltaics and other applications., Comment: The work is published in Energy & Environmental Science (DOI: 10.1039/D4EE00911H). This work is supported by the Australian Centre for Advanced Photovoltaics (ACAP) and received funding from the Australian Renewable Energy Agency (ARENA). H.Z. acknowledges the support of the ACAP Fellowship. H.Z. thanks Pawsey for providing the Nimbus Research Cloud Service

Published
2024
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7. Speed of sound in methane under conditions of planetary interiors

Author

White, Thomas G., Poole, Hannah, McBride, Emma E., Oliver, Matthew, Descamps, Adrien, Fletcher, Luke B., Angermeier, W. Alex, Allen, Cameron H., Appel, Karen, Condamine, Florian P., Curry, Chandra B., Dallari, Francesco, Funk, Stefan, Galtier, Eric, Gamboa, Eliseo J., Gauthier, Maxence, Graham, Peter, Goede, Sebastian, Haden, Daniel, Kim, Jongjin B., Lee, Hae Ja, Ofori-Okai, Benjamin K., Richardson, Scott, Rigby, Alex, Schoenwaelder, Christopher, Sun, Peihao, Witte, Bastian L., Tschentscher, Thomas, Zastrau, Ulf, Nagler, Bob, Hastings, J. B., Monaco, Giulio, Gericke, Dirk O., Glenzer, Siegfried H., and Gregori, Gianluca

Subjects
Physics - Plasma Physics, Astrophysics - Earth and Planetary Astrophysics
Abstract

We present direct observations of acoustic waves in warm dense matter. We analyze wave-number- and energy-resolved x-ray spectra taken from warm dense methane created by laser heating a cryogenic liquid jet. X-ray diffraction and inelastic free-electron scattering yield sample conditions of 0.3$\pm$0.1 eV and 0.8$\pm$0.1 g/cm$^3$, corresponding to a pressure of $\sim$13 GPa. Inelastic x-ray scattering was used to observe the collective oscillations of the ions. With a highly improved energy resolution of $\sim$50 meV, we could clearly distinguish the Brillouin peaks from the quasielastic Rayleigh feature. Data at different wave numbers were utilized to derive a sound speed of 5.9$\pm$0.5 km/s, marking a high-temperature data point for methane and demonstrating consistency with Birch's law in this parameter regime., Comment: 7 pages, 4 figures

Published
2023
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8. Evidence for phonon hardening in laser-excited gold using x-ray diffraction at a hard x-ray free electron laser.

Author

Descamps, Adrien, Ofori-Okai, Benjamin, Bistoni, Oliviero, Chen, Zhijiang, Cunningham, Eric, Fletcher, Luke, Hartley, Nicholas, Hastings, Jerome, Khaghani, Dimitri, Mo, Mianzhen, Nagler, Bob, Recoules, Vanina, Redmer, Ronald, Schörner, Maximilian, Senesky, Debbie, Sun, Peihao, White, Thomas, Glenzer, Siegfried, McBride, Emma, and Tsai, Hai-En

Abstract

Studies of laser-heated materials on femtosecond timescales have shown that the interatomic potential can be perturbed at sufficiently high laser intensities. For gold, it has been postulated to undergo a strong stiffening leading to an increase of the phonon energies, known as phonon hardening. Despite efforts to investigate this behavior, only measurements at low absorbed energy density have been performed, for which the interpretation of the experimental data remains ambiguous. By using in situ single-shot x-ray diffraction at a hard x-ray free-electron laser, the evolution of diffraction line intensities of laser-excited Au to a higher energy density provides evidence for phonon hardening.

Published
2024

9. Calorie restriction reduces biomarkers of cellular senescence in humans.

Author

Aversa, Zaira, White, Thomas, Heeren, Amanda, Hulshizer, Cassondra, Saul, Dominik, Zhang, Xu, Redman, Leanne, Martin, Corby, Racette, Susan, Huffman, Kim, Bhapkar, Manjushri, Khosla, Sundeep, Das, Sai, Fielding, Roger, Atkinson, Elizabeth, LeBrasseur, Nathan, and Molina, Anthony

Subjects
CALERIE™, aging, biomarkers, caloric restriction, inflammation, metabolism, senescence-associated secretory phenotype, Middle Aged, Humans, Caloric Restriction, Aging, Cellular Senescence, Energy Intake, Biomarkers
Abstract

Calorie restriction (CR) with adequate nutrient intake is a potential geroprotective intervention. To advance this concept in humans, we tested the hypothesis that moderate CR in healthy young-to-middle-aged individuals would reduce circulating biomarkers of cellular senescence, a fundamental mechanism of aging and aging-related conditions. Using plasma specimens from the Comprehensive Assessment of Long-term Effects of Reducing Intake of Energy (CALERIE™) phase 2 study, we found that CR significantly reduced the concentrations of several senescence biomarkers at 12 and 24 months compared to an ad libitum diet. Using machine learning, changes in biomarker concentrations emerged as important predictors of the change in HOMA-IR and insulin sensitivity index at 12 and 24 months, and the change in resting metabolic rate residual at 12 months. Finally, using adipose tissue RNA-sequencing data from a subset of participants, we observed a significant reduction in a senescence-focused gene set in response to CR at both 12 and 24 months compared to baseline. Our results advance the understanding of the effects of CR in humans and further support a link between cellular senescence and metabolic health.

Published
2024

12. Incidence of surgical rib fixation at chest wall injury society collaborative centers and a guide for expected number of cases (CWIS-CC1)

Author

Eriksson, Evert Austin, Wijffels, Mathieu Mathilde Eugene, Kaye, Adam, Forrester, Joseph Derek, Moutinho, Manuel, Majerick, Sarah, Bauman, Zachary Mitchel, Janowak, Christopher Francis, Patel, Bhavik, Wullschleger, Martin, Clevenger, Leanna, Van Lieshout, Esther M. M., Tung, Jamie, Woodfall, Michelle, Hill, Thomas Russell, White, Thomas William, and Doben, Andrew Ross

Published
2024
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18. Contents

Author

White, Thomas Joseph

Published
2024

34. Bibliography

Author

White, Thomas Joseph

Published
2024

35. Person Index

Author

White, Thomas Joseph

Published
2024

37. How Building Knowledge Boosts Literacy and Learning: First causal study finds outsized impacts at 'Core Knowledge' schools

Author

Grissmer, David, Berends, Mark, Willingham, Daniel T., Duran, Chelsea A.K., Murrah, William M., Buddin, Richard, White, Thomas G., Decoster, Jamie, Hulleman, Chris S., and Evans, Tanya

Subjects
Literacy programs -- Research -- Reports, Literacy -- Research -- Reports, Education, Social sciences
Abstract

Educators and researchers have been fighting the reading wars for the last century, with battles see-sawing literacy instruction in American schools from phonics to whole language and, most recently, back [...]

Published
2024

40. Understanding and improving the cost-effectiveness of biodiversity conservation

Author

White, Thomas, Petrovan, Silviu, and Sutherland, William

Subjects
biodiversity conservation, cost-effectiveness, evidence-based conservation, business-biodiversity management, economic cost
Abstract

Biodiversity conservation is currently facing extraordinary challenges but remains severely limited by funding. Thus, the importance of cost-effective conservation is being increasingly realised - requiring information on both the effects and costs of actions taken to conserve biodiversity. Yet, despite progress in collating and using evidence on the effectiveness of conservation in decision-making, the recording and use of cost data has received far less attention. This PhD aims to help bridge this gap by investigating the collection and use of economic data for conservation decision making, as part of wider research into evidence-based conservation. The research presented is structured into several stages: i) investigate the current state of cost reporting and the use of evidence (including costs) in conservation decision making, ii) develop frameworks and approaches to help improve the reporting of the economic costs and benefits of conservation actions, and the use of evidence in decision-making around biodiversity impact mitigation. Lastly, I then apply this thinking to two detailed case studies where I assess the costs and cost-effectiveness of different conservation interventions. Reviewing the published literature on conservation interventions, I identified low rates of detailed cost reporting. Reported costs often lacked important contextual detail necessary to interpret the data and apply it in different contexts. Where detailed costs were provided, they showed considerable variation, with differences in how costs were reported likely to explain much of this variance. I then conducted an interview-based study investigating the use of evidence in business-biodiversity decision making. This revealed a wide range of themes including the high reliance of professionals on experts, policy and guidance as a stamp of cost-effective, evidence-based practice. Several challenges to integrating biodiversity in the private sector were also noted, including the need for better understanding the economic costs and benefits of mitigation action. Building on these studies, I then developed i) a step-by-step framework for the standardised reporting of economic costs and benefits of conservation action, and ii) a set of principles for the use of evidence (including data on costs) to guide actions that businesses and consultants can take to minimize and compensate for their impacts on biodiversity. To demonstrate the complexities and importance of using cost data in decision-making, I then provide two case studies. The first of these studies assesses the costs and cost-effectiveness of actions to avoid and minimize the impacts of power lines on at-risk bird species in Spain. The study identified large variations in the effectiveness and cost-effectiveness of different actions to prevent collisions with at-risk bird species. Changing how cost is measured, by including the costs associated with negative impacts, can improve the apparent cost-effectiveness of mitigation measures, particularly those more effective measures which avoid impact at the outset. In the second case study, I used a dataset of field-level costs of commonly applied agri-environment interventions in the UK to investigate actions to protect and restore biodiversity in farmland. I identified a high variation in costs both between and within different conservation actions. Costs and cost-effectiveness varied depending on the inclusion of several inputs (e.g., fertilizer, pesticide) during implementation, field size, as well as the types of cost and benefit included. Understanding the variability in costs within actions, and how costs and cost-effectiveness are calculated, are critical considerations when assessing the feasibility of different actions to protect and restore biodiversity.

Published
2023
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41. Differential Target Multiplexed Spinal Cord Stimulation for the Treatment of Chronic Intractable Upper Limb Pain: 12-Month Results From a Prospective, Multicenter Study

Author

White, Thomas, Justiz, Rafael, Fishman, Michael, Schultz, David, Calodney, Aaron, Cordner, Harold, Almonte, Wilson, Millet, Yoann, Wu, Kenneth, Gekht, Gennady, Will, Andrew, Kim, Philip, Bundschu, Richard, Sirianni, Justin, El-Naggar, Amr, Gupta, Mayank, Park, Wesley, Cedeño, David L., and Vallejo, Ricardo

Published
2024
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43. The Mangrove Restoration Tracker Tool: Meeting local practitioner needs and tracking progress toward global targets

Author

Gatt, Yasmine M., Walton, Rowana W., Andradi-Brown, Dominic A., Spalding, Mark D., Acosta-Velázquez, Joanna, Adame, Maria Fernanda, Barros, Francisco, Beeston, Mark A., Bernardino, Angelo Fraga, Buelow, Christina A., Cadier, Charles, Calzada Vazquez Vela, Alejandra, Canty, Steven W.J., Dahdouh-Guebas, Farid, de Oliveira Gomes, Luiz Eduardo, Duncan, Clare, Eger, Aaron M., Enright, James A., Frausto-Illescas, Tannia C., Friess, Daniel A., Glass, Leah, Grimsditch, Gabriel, Hagger, Valerie, Hein, Margaux Y., Herrera-Silveira, Jorge A., Hilarides, Lammert, Howard, Jennifer F., Hoyos-Santillan, Jorge, Kandasamy, Kathiresan, Kennedy, Bridget, Kincaid, Kate, Lagat, Abel Kiprono, Lara-Dominguez, Ana L., Longley-Wood, Kate, Mahajan, Shauna L., Mangubhai, Sangeeta, Martin, Philip A., Medard, Modesta, Nájera-Hillman, Eduardo, Nicolas, Tanguy, Nicolau, Denise K., Nyaega, Lilian M., Paiz, Yves, Quarto, Alfredo, Ralifo, Alfred I., Randriamanantena, O. Dannick, Rasolozaka, Tojo M., Ravelojaona, Danny K., Robaigau, Apolosa, Rodríguez-Rodríguez, Alexandra, Rog, Stefanie M., Rounds, Isaac, Rovai, Andre S., Saunders, Megan I., Sievers, Michael, Song, Det, Sutherland, William J., Taylor, Nigel G., Teutli-Hernández, Claudia, Thornton, Hazel, Tuiwawa, Senilolia, Ulumuddin, Yaya Ihya, Veverka, Laura, Videira, Eduardo J.S., White, Thomas B., Wodehouse, Dominic C.J., Wosu, Adaoma, Yamashita, Hiromi, Zimmer, Martin, and Worthington, Thomas A.

Published
2024
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44. LIFE AT THE CENTER: A PRO-LIFE STATEMENT

Author

White, Thomas Joseph, Tollefsen, Christopher, Flannery, Kevin L., and Sneud, O. Carter

Subjects
Pro-life movement, Abortion, Philosophy and religion, Catholic Church
Abstract

Those who seek to advance the Catholic Church's teaching regarding the sanctity of life confront both new challenges and opportunities in the wake of the June 2022 Supreme Court decision [...]

Published
2023

45. Twelve-month results from a randomized controlled trial comparing differential target multiplexed spinal cord stimulation and conventional spinal cord stimulation in subjects with chronic refractory axial low back pain not eligible for spine surgery

Author

White, Thomas, Justiz, Rafael, Almonte, Wilson, Micovic, Velimir, Shah, Binit, Anderson, Eric, Kapural, Leonardo, Cordner, Harold, El-Naggar, Amr, Fishman, Michael, Eshraghi, Yashar, Kim, Philip, Abd-Elsayed, Alaa, Chakravarthy, Krishnan, Millet, Yoann, Sanapati, Mahendra, Harrison, Nathan, Goff, Brandon, Gupta, Mayank, Grewal, Prabhdeep, Wilkinson, Michael, Bundschu, Richard, Will, Andrew, Satija, Pankaj, Li, Sean, Dulebohn, Scott, Broadnax, John, Gekht, Gennady, Wu, Ken, Falowski, Steven, Park, Wesley, Cedeno, David L., and Vallejo, Ricardo

Published
2024
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48. Dedicated anticoagulation management protocols in fragility femoral fracture care – a source of significant variance and limited effectiveness in improving time to surgery: The hip and femoral fracture anticoagulation surgical timing evaluation (HASTE) study

Author

Smith, Matthew, Yoong, Andrel, Lim, Jun Wei, Yousef, Omar, McDonald, Stephen, Chileshe, Chinga, Ramus, Camilla, Clements, Christopher, Barrett, Liam, Rockall, Oliver, Geetala, Rahul, Islam, Saif Ul, Nasar, Ahmad, Almond, Kieran, Hassan, Ladan Fatima Yusuf, Shah, Sohan, Brand, Robert Bruce, Yawar, Bakhat, Gilmore, Catherine, McAuley, Daryl, Khan, Waleed, Subramanian, Padmanabhan, Ahluwalia, Aashish, Ozbek, Leyla, Awasthi, Prashant, Sheikh, Hassaan, Barkley, Sarah, Ardolino, Toni, Denning, Alexander, Thiruchandran, Gaj, Fraig, Hossam, Salim, Omar, Iqbal, Rabia, Guy, Stephen, Hogg, Jack, Bagshaw, Oliver, Asmar, Samir, Mitchell, Stephen, Quek, Fang, Fletcher, James, French, Jonathan, Graham, Selina, Sloper, Philip, Sadique, Hammad, Matera, Valentina, Sohail, Zain, Leong, Justin Wei, Issa, Fares, Greasley, Lauren, Marsden, Samuel, Parry, Lucy, Mannan, Syed, Zaheen, Humayoon, Moriarty, Peter, Manning, William, Morris, Timothy, Brockbanks, Carole, Ward, Peter, Pearce, Kim, McMenemy, Louise, Mahmoud, Mohamed, Kieffer, Will, Lal, Aayush, Collis, Justin, Chandrasekaran, Karthik, Foxall-Smith, Michael, Raad, Marjan, Kempshall, Peter, Cheuk, Jocelyn, Leckey, Sam, Gupta, Rishav, Engelke, Daniel, Kemp, Mark, Venkatesan, Aakaash, Hussain, Adnan, Simons, Michiel, Raghavendra, Ram Mohan, Rohra, Satish, Deo, Sunny, Vasarhelyi, Ferenc, Thelwall, Claire, Cullen, Krista, Al-Obaidi, Bilal, Fell, Adam, Thaumeen, Ahmad, Dadabhoy, Maria, Ali, Mira, Ijaz, Sameer, Lin, David, Khan, Basharat, Alsonbaty, Mohamed, Lebe, Moritz, Millan, Ravi Kant, Imam, Sam, Theobald, Emma, Cormack, Jonathan, Sharoff, Lokesh, Eardley, Will, Jeyapalan, Rathan, Alcock, Liam, Clayton, Julia, Bates, Natalie, Mahmoud, Yousif, Osborne, Alex, Ralhan, Shvaita, Carpenter, Catriona, Ahmad, Mahmood, Ravi, Sanjeev Musuvathy, Konbaz, Tarek, Lloyd, Thomas, Sheikh, Nomaan, Swealem, Ahmed, Soroya, Emma, Rayan, Faizal, Ward, Thomas, Vasireddy, Aswinkumar, Clarke, Ellisiv, Sikdar, Oishi, Smart, Yat Wing, Windley, Joseph, Ilagan, Belen, Brophy, Edel, Joseph, Sarah, Lowery, Kathryn, Jamjoom, Ammer, Ismayl, Ghiath, Aujla, Randeep, Sambhwani, Sharan, Ramasamy, Arul, Khalaf, Ahmed, Ponugoti, Nikhil, Teng, Wai Huang, Masud, Saqib, Otoibhili, Eghe, Clarkson, Martin, Nafea, Mohamed, Sarhan, Mohamed, Hanna, Shady, Kelly, Andrew, Curtis, Alex, Gourbault, Lysander, Tarhini, Mariam, Platt, Nicholas, Fleming, Thomas, Pemmaraju, Gopalakrishna, Choudri, Mohammed Junaid, Burahee, Abdus, Hassan, Labiba, Hamid, Laveeza, Loveday, David, Edres, Kareem, Schankat, Kerstin, Granger, Luke, Goodbun, Matthew, Parikh, Sunny, Johnson-Lynn, Sarah, Griffiths, Alexandra, Rai, Avinash, Chandler, Henry, Guiot, Luke, Appleyard, Thomas, Robinson, Karen, Fong, Angus, Watts, Anna, Stedman, Tobias, Walton, Victoria, Inman, Dominic, Liaw, Frank, Hadfield, James, McGovern, Julia, Baldock, Thomas, White, Jonathan, Seah, Matthew, Jacob, Neville, Ali, Zaid Haj, Goff, Thomas, Sanalla, Ahmed, Gomati, Ayoub, Nordin, Louise, Hassan, Eslam, Ramadan, Omar, Teoh, Kar Hao, Baskaran, Dinnish, Ngwayi, James, Abbakr, Lina, Blackmore, Noah, Mansukhani, Sameer, Guryel, Enis, Harper, Adam, Cashman, Emily, Brooker, Joanne, Pack, Louise, Regan, Nora, Wagner, Wilhelm, Selim, Amr, Archer, Debbie, McConaghie, Gregory, Patel, Ravi, Gibson, William, Pasapula, Chandra S, Youssef, Hesham, Aziz, Md Abdul, Subhash, Sadhin, Banaszkiewicz, Paul, Elzawahry, Ahmed, Neo, Chryssa, Wei, Nicholas, Bhaskaran, Arun, Sharma, Abhishek, Factor, Danielle, Shahin, Fatma, Shields, David, Ferreira, Catarina Dores Fernandes, Jeyakumar, Gowsikan, Liao, Quintin, Sinnerton, Robert, Ashwood, Neil, Sarhan, Islam, Ker, Andrew, Phelan, Sean, Paxton, James, McAuley, Joseph, Moulton, Lawrence, Mohamed, Ahmed, Dias, Ana, Ho, Beatrice, Francis, Daniel, Miller, Sarah, Phillips, Jon, Jones, Robin, Arthur, Calum, Oag, Erlend, Thutoetsile, Kamogelo, Bell, Katrina, Milne, Kirsty, Whitefield, Reiss, Patel, Kuntal, Singh, Abhimanyu, Morris, Geraint, Parkinson, Dawn, Patil, Amogh, Hamid, Hassan, Syam, Kevin, Singh, Rohit, Menon, Deepak, Crooks, Sophie, Borland, Steven, Rohman, Adam, Nicholson, Alys, Smith, Ben, Hafiz, Nauman, Kolhe, Shivam, Waites, Matthew, Piper, Dani, Westacott, David, Grimshaw, Jessica, Bott, Alasdair, Berry, Alexander, Battle, Joseph, Flannery, Oliver, Iyengar, Karthikeyan P, Thakur, Abdul Wadood, Yousef, Mina, Bansod, Vaibhav, El-nahas, Walaa, Dawe, Edward, Oladeji, Emmanuel, Federer, Simon, Trompeter, Alex, Pritchard, Anna, Shurovi, Badrun, Jordan, Chris, Little, Max, Sivaloganathan, Sivanshankar, Shaunak, Shalin, Watters, Hazel, Luck, Joshua, Zbaeda, Mohamed, Frasquet-Garcia, Antonio, Warner, Christian, Telford, Jeremy, Rooney, Joanna, Attwood, Joseph, Wilson, Faye, Panagiotopoulos, Andreas, Keane, Conal, Scott, Helen, Mazel, Rebecca, Maggs, Joanna, Skinner, Edward, McMunn, Finlay, Lau, Joshua, Ravikumar, Kasetti, Thakker, Dev, Gill, Moneet, McCarthy, Phillip, Fossey, Gavin, Shah, Sohaib, McAlinden, Gavan, McGoldrick, Peter, O'Brien, Scarlett, Patil, Sunit, Millington, Antonia, Umar, Hamza, Sehdev, Simran, Dyer-Hill, Thomas, Yu Kwan, Tsun, Tanagho, Andy, Hagnasir, Ahmed, White, Thomas, Bano, Christopher, Kissin, Eleanor, Ghani, Rafia, Thomas, Philip S W, McMullan, Mark, Walmsley, Matthew, Elgendy, Mohamed, Winstanley, Robert, Round, Joanne, Baxter, Mark, Thompson, Emett, Hogan, Kathryn, Youssef, Khaled, Fetouh, Sherif, Hopper, Graeme P, Simpson, Cameron, Warren, Craig, Waugh, Dominic, Nair, Gopikrishnan, Ballantyne, Andy, Blacklock, Calum, O'Connell, Ciara, Toland, Gemma, McIntyre, Joshua, Ross, Lauren, Badge, Ravindra, Loganathan, Deeraj, Turner, Ian, Ball, Matthew, Maqsood, Saad, Deierl, Krisztian, Beer, Alexander, Tan, Arthur Chen Wun, Mackinnon, Thomas, Gade, Venkat, Gill, James, Yu San, Kay, Archunan, Maheswaran Warren, Shaikh, Mariyam, Ugbah, Onyinye, Uwaoma, Sade, Pillai, Anand, Nath, Upamanyu, Rohan, Farhan-Alanie, M. M., Dixon, J., Irvine, S., Walker, R., and Eardley, W. G. P.

Published
2024
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50. The impact of anticoagulant medications on fragility femur fracture care: The hip and femoral fracture anticoagulation surgical timing evaluation (HASTE) study

Author

Smith, Matthew, Yoong, Andrel, Lim, Jun Wei, Yousef, Omar, McDonald, Stephen, Chileshe, Chinga, Ramus, Camilla, Clements, Christopher, Barrett, Liam, Rockall, Oliver, Geetala, Rahul, Islam, Saif Ul, Nasar, Ahmad, Almond, Kieran, Hassan, Ladan Fatima Yusuf, Shah, Sohan, Brand, Robert Bruce, Yawar, Bakhat, Gilmore, Catherine, McAuley, Daryl, Khan, Waleed, Subramanian, Padmanabhan, Ahluwalia, Aashish, Ozbek, Leyla, Awasthi, Prashant, Sheikh, Hassaan, Barkley, Sarah, Ardolino, Toni, Denning, Alexander, Thiruchandran, Gaj, Fraig, Hossam, Salim, Omar, Iqbal, Rabia, Guy, Stephen, Hogg, Jack, Bagshaw, Oliver, Asmar, Samir, Mitchell, Stephen, Quek, Fang, Fletcher, James, French, Jonathan, Graham, Selina, Sloper, Philip, Sadique, Hammad, Matera, Valentina, Sohail, Zain, Leong, Justin Wei, Issa, Fares, Greasley, Lauren, Marsden, Samuel, Parry, Lucy, Mannan, Syed, Zaheen, Humayoon, Moriarty, Peter, Manning, William, Morris, Timothy, Brockbanks, Carole, Ward, Peter, Pearce, Kim, McMenemy, Louise, Mahmoud, Mohamed, Kieffer, Will, Lal, Aayush, Collis, Justin, Chandrasekaran, Karthik, Foxall-Smith, Michael, Raad, Marjan, Kempshall, Peter, Cheuk, Jocelyn, Leckey, Sam, Gupta, Rishav, Engelke, Daniel, Kemp, Mark, Venkatesan, Aakaash, Hussain, Adnan, Simons, Michiel, Raghavendra, Ram Mohan, Rohra, Satish, Deo, Sunny, Vasarhelyi, Ferenc, Thelwall, Claire, Cullen, Krista, Al-Obaidi, Bilal, Fell, Adam, Thaumeen, Ahmad, Dadabhoy, Maria, Ali, Mira, Ijaz, Sameer, Lin, David, Khan, Basharat, Alsonbaty, Mohamed, Lebe, Moritz, Millan, Ravi Kant, Imam, Sam, Theobald, Emma, Cormack, Jonathan, Sharoff, Lokesh, Eаrdley, Will, Jeyapalan, Rathan, Alcock, Liam, Clayton, Julia, Bates, Natalie, Mahmoud, Yousif, Osborne, Alex, Ralhan, Shvaita, Carpenter, Catriona, Ahmad, Mahmood, Ravi, Sanjeev Musuvathy, Konbaz, Tarek, Lloyd, Thomas, Sheikh, Nomaan, Swealem, Ahmed, Soroya, Emma, Rayan, Faizal, Ward, Thomas, Vasireddy, Aswinkumar, Clarke, Ellisiv, Sikdar, Oishi, Smart, Yat Wing, Windley, Joseph, Ilagan, Belen, Brophy, Edel, Joseph, Sarah, Lowery, Kathryn, Jamjoom, Ammer, Ismayl, Ghiath, Aujla, Randeep, Sambhwani, Sharan, Ramasamy, Arul, Khalaf, Ahmed, Ponugoti, Nikhil, Teng, Wai Huang, Masud, Saqib, Otoibhili, Eghe, Clarkson, Martin, Nafea, Mohamed, Sarhan, Mohamed, Hanna, Shady, Kelly, Andrew, Curtis, Alex, Gourbault, Lysander, Tarhini, Mariam, Platt, Nicholas, Fleming, Thomas, Pemmaraju, Gopalakrishna, Choudri, Mohammed Junaid, Burahee, Abdus, Hassan, Labiba, Hamid, Laveeza, Loveday, David, Edres, Kareem, Schankat, Kerstin, Granger, Luke, Goodbun, Matthew, Parikh, Sunny, Johnson-Lynn, Sarah, Griffiths, Alexandra, Rai, Avinash, Chandler, Henry, Guiot, Luke, Appleyard, Thomas, Robinson, Karen, Fong, Angus, Watts, Anna, Stedman, Tobias, Walton, Victoria, Inman, Dominic, Liaw, Frank, Hadfield, James, McGovern, Julia, Baldock, Thomas, White, Jonathan, Seah, Matthew, Jacob, Neville, Ali, Zaid Haj, Goff, Thomas, Sanalla, Ahmed, Gomati, Ayoub, Nordin, Louise, Hassan, Eslam, Ramadan, Omar, Teoh, Kar Hao, Baskaran, Dinnish, Ngwayi, James, Abbakr, Lina, Blackmore, Noah, Mansukhani, Sameer, Guryel, Enis, Harper, Adam, Cashman, Emily, Brooker, Joanne, Pack, Louise, Regan, Nora, Wagner, Wilhelm, Selim, Amr, Archer, Debbie, McConaghie, Gregory, Patel, Ravi, Gibson, William, Pasapula, Chandra S, Youssef, Hesham, Aziz, Md Abdul, Subhash, Sadhin, Banaszkiewicz, Paul, Elzawahry, Ahmed, Neo, Chryssa, Wei, Nicholas, Bhaskaran, Arun, Sharma, Abhishek, Factor, Danielle, Shahin, Fatma, Shields, David, Ferreira, Catarina Dores Fernandes, Jeyakumar, Gowsikan, Liao, Quintin, Sinnerton, Robert, Ashwood, Neil, Sarhan, Islam, Ker, Andrew, Phelan, Sean, Paxton, James, McAuley, Joseph, Moulton, Lawrence, Mohamed, Ahmed, Dias, Ana, Ho, Beatrice, Francis, Daniel, Miller, Sarah, Phillips, Jon, Jones, Robin, Arthur, Calum, Oag, Erlend, Thutoetsile, Kamogelo, Bell, Katrina, Milne, Kirsty, Whitefield, Reiss, Patel, Kuntal, Singh, Abhimanyu, Morris, Geraint, Parkinson, Dawn, Patil, Amogh, Hamid, Hassan, Syam, Kevin, Singh, Rohit, Menon, Deepak, Crooks, Sophie, Borland, Steven, Rohman, Adam, Nicholson, Alys, Smith, Ben, Hafiz, Nauman, Kolhe, Shivam, Waites, Matthew, Piper, Dani, Westacott, David, Grimshaw, Jessica, Bott, Alasdair, Berry, Alexander, Battle, Joseph, Flannery, Oliver, Iyengar, Karthikeyan P, Thakur, Abdul Wadood, Yousef, Mina, Bansod, Vaibhav, El-nahas, Walaa, Dawe, Edward, Oladeji, Emmanuel, Federer, Simon, Trompeter, Alex, Pritchard, Anna, Shurovi, Badrun, Jordan, Chris, Little, Max, Sivaloganathan, Sivanshankar, Shaunak, Shalin, Watters, Hazel, Luck, Joshua, Zbaeda, Mohamed, Frasquet-Garcia, Antonio, Warner, Christian, Telford, Jeremy, Rooney, Joanna, Attwood, Joseph, Wilson, Faye, Panagiotopoulos, Andreas, Keane, Conal, Scott, Helen, Mazel, Rebecca, Maggs, Joanna, Skinner, Edward, McMunn, Finlay, Lau, Joshua, Ravikumar, Kasetti, Thakker, Dev, Gill, Moneet, McCarthy, Phillip, Fossey, Gavin, Shah, Sohaib, McAlinden, Gavan, McGoldrick, Peter, O'Brien, Scarlett, Patil, Sunit, Millington, Antonia, Umar, Hamza, Sehdev, Simran, Dyer-Hill, Thomas, Yu Kwan, Tsun, Tanagho, Andy, Hagnasir, Ahmed, White, Thomas, Bano, Christopher, Kissin, Eleanor, Ghani, Rafia, Thomas, Philip S W, McMullan, Mark, Walmsley, Matthew, Elgendy, Mohamed, Winstanley, Robert, Round, Joanne, Baxter, Mark, Thompson, Emett, Hogan, Kathryn, Youssef, Khaled, Fetouh, Sherif, Hopper, Graeme P, Simpson, Cameron, Warren, Craig, Waugh, Dominic, Nair, Gopikrishnan, Ballantyne, Andy, Blacklock, Calum, O'Connell, Ciara, Toland, Gemma, McIntyre, Joshua, Ross, Lauren, Badge, Ravindra, Loganathan, Deeraj, Turner, Ian, Ball, Matthew, Maqsood, Saad, Deierl, Krisztian, Beer, Alexander, Tan, Arthur Chen Wun, Mackinnon, Thomas, Gade, Venkat, Gill, James, Yu San, Kay, Archunan, Maheswaran Warren, Shaikh, Mariyam, Ugbah, Onyinye, Uwaoma, Sade, Pillai, Anand, Nath, Upamanyu, Rohan, Farhan-Alanie, M.M., Chinweze, R., Walker, R., and Eardley, W.G.P.

Published
2024
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