The Impact of COVID-19 on the Neck of Femur Fracture Service in a Tertiary Care Hospital in the United Kingdom.

Introduction The emergence of the novel coronavirus, severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2), in late 2019 ushered in a global crisis that profoundly impacted healthcare systems worldwide. In the United Kingdom, COVID-19 resulted in a significant toll on public health and the National Health Service (NHS). As the virus surged, the NHS faced unprecedented challenges, including surges in COVID-19 cases, a dire need for medical equipment, and a strain on intensive care units. Simultaneously, stringent nationwide lockdowns were imposed to curb the virus's spread, disrupting daily life and healthcare access. Amid this crisis, the interactions between COVID-19 and other prevalent health conditions came to the forefront of medical research, sparking interest in understanding their connections. This study delves into the intriguing interplay between COVID-19 and neck of femur (NoF) fractures, exploring shared risk factors, resource implications, and potential alterations in patient pathways. Given the severity of both conditions and their impact on the vulnerable elderly population, elucidating these connections is crucial for comprehensive patient care and resource allocation within the healthcare system. Methods This study used data from the National Hip Fracture Audit (NHFA) database, focusing on NoF fracture patients at Wythenshawe Hospital. We examined two cohorts: pre-pandemic (from March 2019 to March 2020) and pandemic (from March 2020 to March 2021). We compared key parameters and incorporated COVID-19 data. Graphs showed trends and cohort similarities. We also analyzed demographic data (age, gender, fracture type, times, COVID-19 status, and mortality), removing outliers for accuracy. Results The data revealed that while certain factors such as patient age and mobilization remained largely unaffected, there was a modest association between COVID-19 incidence and NoF fracture patients. Notably, regional lockdown measures had a substantial impact on patient care. The initial lockdown effectively reduced COVID-19-positive cases upon admission but led to prolonged intervals and surgical delays. However, the second lockdown showed improvements, attributed to lessons learned, increased resource allocation, and better familiarity with hospital-specific lockdown measures. This research sheds light on the intricate relationship between a global pandemic and orthopedic patient care, highlighting the importance of adapting healthcare systems to evolving challenges. Conclusion This study explores the impact of COVID-19 on neck of femur (NoF) fracture patients, highlighting key findings from Wythenshawe Hospital. It uncovers a dynamic relationship between the pandemic and patient care, with increased COVID-19 cases coinciding with reduced NoF fracture rates. Lockdowns influenced outcomes, with the first causing delays and higher post-discharge mortality, while the second improved efficiency and safety. These insights extend beyond Wythenshawe Hospital, offering implications for healthcare practices in the United Kingdom and beyond, especially in countries with limited vaccination resources. This research underscores the need for tailored strategies to optimize NoF fracture patient outcomes during pandemics and lockdowns.