Connecting orthopedic surgeons across Kolkata and Eastern India to champion continuous education, innovative techniques, and research breakthroughs.
KASS is a medical forum in the truest sense, where every single member and executive shares the exact same platform, same status, and same importance.
Our core guiding philosophy centers around the organic, mutual sharing of clinical philosophies and medical skills to ensure we are continuously learning and growing together. This platform serves as a modern digital assimilation of our combined ideals, surgical research frameworks, and shared professional achievements.
To optimize surgical guidelines, standardise modern arthroscopic procedures, and establish robust professional training parameters for young medical graduates and practitioners across Eastern India.
To scale up continuous clinical learning and position Kolkata as a leading global academic hub for continuous fellowship development, clinical research, and breakthrough protocols in sports medicine.
Greetings Friends & Colleagues,
This web space serves primarily as an interactive portal for all KASS members to highlight their academic milestones, track global advancements, and polish specialized surgical expertise through our dedicated, peer-reviewed Video Gallery, Surgical Tips, and Our Achievers channels.
For visiting clinicians and external professionals, we welcome you to thoroughly evaluate the diverse case modules published across our indices to upgrade practical skills. Browse our integrated live interactive events calendar to identify upcoming medical workshops or look up available specialty fellowship positions. We sincerely hope you find your platform visit highly constructive.
Hands-on cadaveric workshop focussing on anatomic ACL reconstructions and meniscus repair matrices.
Kolkata Medical HubA unified symposium detailing multi-ligament knee injuries and management of complex instability cascades.
Grand Ballroom, ITCAn exhaustive technical layout addressing precise portal placement to execute structural anchor vectors optimally without edge degradation.
Contributed by: Dr. Executive Committee Member