Minimally Invasive Surgery
Minimally invasive surgery has matured into the default approach for most abdominal, thoracic, and pelvic procedures, with single-port and reduced-port platforms pushing the envelope further. GCSA 2027 will showcase advances in laparoscopic and endoscopic suturing, intraoperative fluorescence (ICG) for perfusion and lymph node mapping, and the rapid expansion of endoluminal techniques such as POEM, ESD, and EUS-guided gastrojejunostomy. Sessions will examine the integration of AI-driven intraoperative decision support, augmented reality navigation, and the trade-offs between conventional laparoscopy and emerging robotic single-port systems.
- Single-port and reduced-port laparoscopy: outcomes and ergonomics
- ICG fluorescence for perfusion, biliary anatomy, and sentinel nodes
- Endoluminal surgery: POEM, ESD, EUS-guided anastomosis
- Augmented reality navigation and intraoperative AI decision support
- Hernia repair: TAPP, TEP, eTEP and robotic mesh innovations
- Bariatric MIS: SADI-S, MGB/OAGB, and revisional surgery
- Enhanced recovery pathways tailored to MIS workflows
Explore the full GCSA 2027 program
- 02Robotic Surgery
- 03Cardiothoracic Surgery
- 04Neurosurgery
- 05Regional Anaesthesia
- 06Obstetric Anaesthesia
- 07Critical Care & Perioperative Medicine
- 08Patient Safety & Quality
- 09Pain Medicine
- 10General Surgery
- 11Trauma Surgery
- 12Pediatric Surgery
- 13Surgical Oncology
- 14Plastic & Reconstructive Surgery
- 15Vascular Surgery
- 16Orthopedic Surgery
- 17Anesthesiology
- 18ICU & Critical Care
- 19Burns & Wound Care
- 20Hand Surgery
- 21Endocrine Surgery
- 22ENT Surgery
- 23Ophthalmic Surgery
- 24Urological Surgery
- 25Gynaecological Surgery
- 26Maxillofacial Surgery
- 27Hepatobiliary Surgery
- 28Bariatric Surgery
- 29Transplant Surgery
- 30Geriatric Surgery
- 31Day-Care Surgery
- 32Surgical Education
- 33Global Surgery
- 34Surgical Innovation
- 35Disaster & Field Surgery