Sharon Branch

Papers

Total Citations

289

H-Index

About

Sharon Branch is a leading orthopaedic researcher whose work has fundamentally advanced the precision and outcomes of partial knee arthroplasty. Her primary research focus lies at the intersection of robotic technology and unicompartmental knee arthroplasty (UKA), where she has systematically demonstrated the superiority of robotic assistance over conventional surgical techniques. Her landmark 2012 study, cited over 150 times, provided compelling evidence that robotic technology achieves significantly greater accuracy in component positioning during UKA. This was complemented by her 2011 investigation into dynamic tactile-guided systems, which garnered 135 citations and further established the reliability of computer-assisted approaches. Branch’s contributions extend to bicompartmental arthroplasty (BKA), where her 2016 work explored short-term survivorship and outcomes, highlighting the potential benefits of preserving cruciate ligaments and healthy bone stock. Through her rigorous comparative studies, Branch has helped shape modern surgical practice, offering patients less invasive alternatives to total knee replacement with improved kinematic outcomes. Her research remains essential reading for orthopaedic surgeons and biomedical engineers seeking to understand the clinical advantages of robotic assistance in joint preservation surgery.