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Your search keyword '"Bhatty, Usman N."' showing total 4 results
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4 results on '"Bhatty, Usman N."'

1. Collaborative Overview of coronaVIrus impact on ORTHopaedic training in the UK (COVI - ORTH UK)

Author

Abdalla, Samir, A'Court, Jamie, Allport, Jack, Andrew, Stefanie, Ankers, Thomas, Archer, James E., Asp, Rebecka AM., Athanatos, Lambros, Bailey, Morgan, Barrett-Lee, Joe JT., Baxter, Ian, Beaumont, Oliver, Benjamin-Laing, Harry, Bhatty, Usman N., Bleibleh, Sabri, Blong, Jessica, Budair, Basil, Carter, Joseph, Cash, Thomas, Chauhan, Govind S., Choudhry, Nameer, Clegg, Rachael, Collins, Thomas, Crate, Georgina, Cross, George WV., Crosswell, Sebastien CR., Crowther, Ian, Cuthbert, Rory, Dahill, Mark A., Das, Rishi, Edward Davies, Peter Samuel, Dawson, Daniel, Dhadwal, Anil, Dickenson, Edward, Dimock, Richard AC., Dong, Huan, Donnelly, Thomas, Dorman, Sara, Dott, Cameron, D'sa, Prashanth, Dupley, Leanne, Durst, Alexander, Eastley, Nicholas, Ebreo, Darren, Egglestone, Anthony, Evans, Douglas, Fagir, Mohamed, Fenner, Christopher, Ferguson, David, Flannery, Oliver, Fraig, Hossam, Gandham, Surya, Gibson, Catherine, Gillespie, Matthew, Gordon, Robin, Graham, Selina, Grant, Michael J., Gwyn, Rhodri, Haddon, Alexandra, Hamoodi, Zaid, Harris, Luke, Harrison, William D., Hawkes, David H., Hillier, David, Hillier-Smith, Ryan, Hirst, John Timothy, Hodhody, Ghazal, Holmes, David, Houston, James, Hughes, Michael, Ingoe, Helen, Jones, Mark D., Jordan, Stevan, Kang, Hean Wu, Kanya, Luliana, Kapur, Benjamin, Karam, Edward, Kaye, Angus, Kennedy, James, Khan, Mohsin, Khan, Shoaib, Kinnair, Anthony, Knapper, Thomas D., Konarski, Alastair, Sunil Kumar, Karadi Hari, Kurar, Langhit, Kwaees, Tariq, Lennox-Warburton, Hannah, Liaw, Frank, Liew, Ignatius, Limb, Richard, Lin, Zoe, Lloyd, Thomas, Lum, Joann, Luo, Weisang, Lynch, John M., Machin, John T., Maheswaran, Tim, Mahmood, Fahd, Mahmood, Ihsan, Mahmoud, Samer SS., Martin, Rebecca, Matharu, Gulraj S., Matheron, George, McKenna, Raymond, McLoughlin, Kathryn, Mehta, Nisarg, Miller, James, Mohamed, Mohamed, Nagy, Mathias, Navaratnam, Devaraj M., Newman, Michael, Newton, Ashley, Ng, Jimmy, Tun Ngu, Albert Wee, Oputa, Tobenna, Ormsby, Neal, Page, Piers RJ., Panagiotopoulos, Andreas C., Park, Chang, Parkes, Rebekah J., Pearce, Jack, Quarcoopome, Jared, Ramasamy, Ashok, Rashid, Fatima, Rasidovic, Damir, Raval, Parag, Raval, Pradyumna, Reddy, Gautam, Remtulla, Mohammed abbas, Render, Luke, Richardson, Charlotte, Riddlestone, Peter, Riley, James, Rogers, Sophie, Rohman, Lebur, Segaren, Neil, Singh, Abhinav, Singhal, Rohit, Smith, Adam, Stamp, Gregory FW., Stoddart, Michael Thomas, Stoneham, Adam CS., Stoner, Rebecca, Studnicka, Kasia, Tahir, Muaaz, Thiruchandran, Gajendiran, Tonge, Xenia, Unsworth, Richard Mark, Vejsbjerg, Karen A., Wasim, Abdus Samee, Whitham, Robert DJ., Wynell-Mayow, William, Yates, Jonathan, Zreik, Nasri, Chan, Matthew, Jayatilaka, Malwattage Lara Tania, As-Sultany, Mohammed, Gabr, Ayman, Thornton, Luke, Graham, Simon, Mason, Lyndon, and Farrar, Nicholas Greville

Published
2021
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3. 30-day mortality for fractured neck of femur patients with concurrent COVID-19 infection.

Author

Dupley, Leanne, Oputa, Tobenna J., Bourne, James T., North West COVID NOF Study Group, Lum, Joann, Hodhody, Ghazal, Rogers, Sophie, Mcloughlin, Kathryn, Murphy, Lorraine, Konarski, Alastair, Almari, Fayez, Greenhalgh, Michael Sean, Collins, Thomas, Bhatty, Usman N., Tang, Albert, Ranson, John, Sharrock, Martin, Vernon, Olivia, and Myatt, Darren

Subjects
FEMUR injuries, FEMUR neck, FRACTURE fixation, BONE fractures, MEDICAL cooperation, MEDICAL records, MYOCARDIAL infarction, RESEARCH, RISK assessment, RETROSPECTIVE studies, ACQUISITION of data methodology, COVID-19
Abstract

Introduction: Risk factors for mortality associated with COVID-19 have been reported to include increased age, male sex and certain comorbidities. Fracture neck of femur (NOF) patients is high-risk surgical patients, often with multiple comorbidities and advanced age. We quantify the 30-day mortality rate in fractured NOF patients with a positive peri-operative COVID-19 antigen test and identify risk factors for increased mortality. Methods: This is a retrospective multi-centre review of all patients admitted with a fractured NOF and a confirmed laboratory diagnosis of COVID-19 between 1 March and 26 April 2020. Demographic data, comorbidities, ASA grade and date of death (if applicable) were collected. Results: There were 64 patients in the cohort with an overall 30-day mortality rate of 32.8% (n = 21). Thirty-five (55%) were female, and mean age was 83 (SD 9, range 46–100) years. There was significantly increased mortality for those with a history of myocardial infarction (p = 0.03). Sixty-four percent of patients underwent surgery within the 36-h target, which is comparable to previous data for the same time of year. Overall mortality increased to 50% (n = 32) at 45 days post-operatively. Conclusion: This is a large review of 30-day mortality in NOF patients with concurrent COVID-19 infection. We report a substantial increase from the pre-COVID-19 mean 30-day mortality rate (6.5% in 2019). We highlight the need for counselling patients when presenting with a NOF in relation to peri-operative COVID-19 infection and the associated increased risks. [ABSTRACT FROM AUTHOR]

Published
2021
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4. Managing the patient with heel pain.

Author

Bhatty, Usman N, Khan, Shah HM, and Zubairy, Aamir I

Abstract

Heel pain presents frequently to primary care, commonly affecting athletic and elderly patients. Its presentation can be a common source of confusion for clinicians given the wide variety of differential diagnoses and the similarities in presenting symptoms and signs. This review classifies heel pain according to site of pain and explores the common pathologies clinicians may encounter. A brief summary of common imaging modalities used is provided. The literature is reviewed to guide evidence-based practice and to provide a framework to help clinicians investigate and manage heel pain before onward referral for specialist intervention. A linked article detailing the imaging of heel pain is included in this issue (https://doi.org/10.12968/hmed.2019.80.4.192). [ABSTRACT FROM AUTHOR]

Published
2019
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