Surgery for peptic ulcer disease is now indicated only for complications: hemorrhage, obstruction, perforation, and intractability, the same indications as 120 years ago. — Jeffrey Ponsky, Special Lecture: Dr. Jeffrey Ponsky | St. George's University · 37:48
Evolution of Endoscopic Techniques2 items
Professional Journey & Leadership6 items
SAGES & Professional Community2 items
Innovative therapy—minor modifications to existing procedures such as changing suture number or technique—can be performed in the operating room without IRB approval, but systematic study of new procedures requires IRB review. — Jeffrey Ponsky, Behind The Knife: The Surgery Podcast / Innovations in Surgery: PEG Tube · 29:32
PEG Tube Development6 items
POEM (Per-Oral Endoscopic Myotomy)5 items
NOTES (Natural Orifice Surgery)3 items
Intramural & Novel Approaches1 item
Single Incision Surgery1 item
Endoscopic submucosal dissection (ESD) is used for flat, long, broad tumors by lifting tissue and shaving down to the next layer, providing better cancer or pre-cancer resection than EMR. — Jeffrey Ponsky, All About Advanced Surgical Endoscopy · 7:36
- PEG (1979) was the first minimally invasive procedure, born from observing transillumination in infants and developed without formal IRB review or commercial interest initially [e13683-c5, e13683-c8, e13724-c10, e13724-c12].
- Laparoscopic cholecystectomy's 1989 introduction triggered SAGES membership growth from 300 to 2,000 but faced instrument shortages requiring gynecologic equipment adaptation [e13683-c14, e13723-c4, e13723-c13].
- POEM for achalasia and endoscopic submucosal dissection for T2 tumors now replace open surgery in selected patients, with life-changing symptomatic improvement [e13683-c24, e13683-c26, e13720-c18].
- Surgical-gastroenterology collaboration is mandatory: gastroenterologists lead in EUS, surgeons in therapeutic innovation; siloed practice limits both specialties' potential [e13720-c23, e13720-c24, e13720-c26].
- Future endoscopy will enable transmural resection, endoscopic anastomosis, and robotic flexible platforms; current techniques will be unrecognizable within 10 years [e13720-c29, e13720-c30, e13720-c35].
Minimally invasive surgery began when physicians learned to use flexible fiber optic instruments to see inside the body without large incisions . In the 1970s, doctors discovered they could remove polyps from the colon through these scopes, preventing them from becoming cancer [e13724-c3, e13724-c4]. One major breakthrough came in 1979 when Dr. Ponsky and Dr. Gauderer developed a way to place feeding tubes through the skin using an endoscope to guide them—this was probably the first minimally invasive surgical procedure [e13724-c10, e13723-c1]. The feeding tube (called a PEG tube) can be life-saving for cancer patients who cannot eat during chemotherapy . In 1989, surgeons saw the first video of gallbladder removal through tiny incisions, which changed surgery forever [e13682-c7, e13723-c4]. Today, doctors use scopes not just to look but to perform surgery—dividing muscles in the esophagus to help people swallow, removing early tumors, and fixing leaks after operations [e13720-c21, e13720-c18, e13727-c28]. These techniques work best when surgeons and gastroenterologists (stomach doctors) work together, combining their different skills [e13720-c26, e13720-c27]. The field continues to advance rapidly with new tools and approaches .
