Papers
20
Total Citations
904
H-Index
15
About
Nicholas Syn is a surgical researcher whose work sits at the intersection of minimally invasive surgery, hepatobiliary procedures, and comparative surgical techniques. His research has made significant contributions to understanding how surgeons acquire proficiency in complex operations, most notably through his systematic reviews on learning curves in minimally invasive hepatectomy (131 citations) and laparoscopic and robotic pancreas resections (101 citations) — studies that have become essential references for surgical training programs worldwide. Much of Syn's most impactful work focuses on rigorously comparing robotic and laparoscopic approaches across a spectrum of hepatic procedures, from right hepatectomy (120 citations) to technically demanding posterosuperior segment resections. By leveraging propensity-score matching and coarsened exact matching across large international multicentre datasets, his analyses have provided surgeons with reliable, bias-minimized evidence to guide operative decision-making. His work consistently demonstrates that robotic platforms can match or improve upon laparoscopic outcomes, particularly in blood loss and access to difficult anatomical territories. Beyond hepatobiliary surgery, Syn has also contributed to orthopaedic literature, with a widely cited meta-analysis on robotic versus conventional knee arthroplasty (87 citations). Collectively, his publications have accumulated over 700 citations, establishing him as a rigorous and versatile evidence synthesizer shaping the future of minimally invasive and robotic surgery.
Research Focus
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Top Papers
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