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Current Issue: April 2026

Image Gallery

Some of this month's most significant images.

Gastric peroral endoscopic pyloromyotomy for refractory gastroparesis following esophagectomy: results from a multicenter series

by Pierre-Jean Silete, Magdalena Houzvickova, Thibault Degand et al.

Graphical Abstract

A rural-to-center artificial intelligence model for diagnosing Helicobacter pylori infection and premalignant gastric conditions using endoscopy images captured in routine practice

by Tsung-Hsien Chiang, Yen-Ning Hsu, Min-Han Chen et al.

Grapical Abstract

Assessment of the carbon footprint and cost-effectiveness of endoscopic liquid waste processing methods

by Gabriel Marcellier, Ulriikka Chaput, Paul Rivallin et al.

Graphical Abstract

Delayed post-polypectomy bleeding following cold snare polypectomy of lesions <10mm in patients on high-dose antithrombotic therapy: insights from a Dutch colonoscopy cohort

by Querijn N. E. van Bokhorst, Sophie te Marvelde, Jos W. Borkent et al.

Graphical Abstract

Development of the PROMOTE model to stratify colorectal cancer risk for prioritization of colonoscopy resource use: a multicenter prospective study

by Leonardo Frazzoni, Cristiano Spada, Gianpiero Manes et al.

Graphical Abstract

Intraductal cryobiopsy via percutaneous cholangioscopy for biliary strictures: a multicenter feasibility study

by Jan Peveling- Oberhag, Christian Gerges, Jörg Albert et al.

Fig. 2 Graphical comparison of cryobiopsy and standard forceps biopsy with cryobiopsy resulting in: a significantly larger biopsies; b more representative specimens; c specimens with a higher histopathologic assessment score

Greener colonoscopy: effect of judicious carbon dioxide use and adoption of a non-leak gas/water valve on gas emissions during colonoscopy

by Rebecca Anderson, Luke Materacki, Neasa McGettigan, Roland Valori.

Graphical Abstract

Failure of release of the Hot AXIOS distal flange: “handle springing” as a rescue technique

by Giuseppe Vanella, Giuseppe Marzocca, Michiel Bronswijk et al.

Fig. 2s Images of the handle springing technique (not endorsed by the manufacturer) showing: a,b,e,f the stent lock being unlocked as if preparing to proceed to Step 4; but with rhythmic, minimal amplitude traction movements then applied to the deployment hub, instead of the usual continuous linear retraction of the deployment hub; c,d,g,h release of the distal flange after repeated microretractions of the sheath at the catheter tip caused by the millimetric oscillations, which are sufficient to disengage the distal flange.