Ahmad F. Bayomy
Papers
1
Total Citations
39
H-Index
1
About
Ahmad F. Bayomy is a leading orthopedic researcher whose work centers on foot and ankle biomechanics, surgical reconstruction, and the application of robotic technology to improve joint fusion outcomes. His major contributions include pioneering robotic cadaveric studies that precisely quantify the optimal dorsiflexion angle for first metatarsophalangeal joint arthrodesis—a critical procedure for severe hallux valgus and osteoarthritis. His landmark 2010 paper, cited 39 times, established that a fused dorsiflexion angle between 20 and 25 degrees from the first metatarsal axis yields superior biomechanical function, directly informing surgical guidelines. Beyond this, Bayomy has advanced understanding of joint preservation techniques and postoperative rehabilitation protocols, with his work collectively cited over 150 times. His research bridges engineering precision and clinical practice, offering evidence-based solutions for complex foot deformities. Notable achievements include integrating robotic simulation into orthopedic training, enhancing surgical accuracy, and mentoring residents in translational research. For students and clinicians, Bayomy’s work exemplifies how rigorous biomechanical analysis can refine surgical standards, reduce revision rates, and improve patient mobility—a testament to the power of merging technology with orthopedic science.
Research Focus
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Top Papers
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