Comparing surgery time and short-term incision healing for Largemouth Bass using smooth- and barbed-absorbable sutures

North American Journal of Fisheries Management
By: , and 

Links

Abstract

Objective

Barbed sutures have become increasingly favored over traditional smooth sutures in human medicine but remain understudied in fisheries biotelemetry applications. Our objectives were to (1) compare surgery time and recovery time for Largemouth Bass Micropterus nigricans when using smooth- versus barbed-absorbable sutures to close the incisions and (2) compare the short-term healing rates of incisions that were closed with the two sutures.

Methods

We conducted a surgical trial using two incision closure methods: a smooth suture method, which used three interrupted sutures, and a barbed suture method, which used a running style suture. Surgery and surgical recovery times were recorded for each surgery. At 14 d postsurgery, each incision was scored for openness and inflammation.

Results

Barbed sutures (median surgery time = 133.5 s) resulted in higher surgical efficiency than smooth sutures (median surgery time = 255.0 s). Surgical recovery time did not differ between the two suture types. Mortality did not differ between suture types (overall mortality = 21%) and was similar to previously reported mortality rates. Incision site inflammation and openness were variable but did not differ between suture types.

Conclusions

Our results indicate that barbed sutures may increase surgical efficiency while maintaining currently observed survival and healing rates for Largemouth Bass.

Publication type Article
Publication Subtype Journal Article
Title Comparing surgery time and short-term incision healing for Largemouth Bass using smooth- and barbed-absorbable sutures
Series title North American Journal of Fisheries Management
DOI 10.1093/najfmt/vqaf028
Volume 45
Issue 3
Publication Date May 23, 2025
Year Published 2025
Language English
Publisher American Fisheries Society
Contributing office(s) Coop Res Unit Atlanta
Description 7 p.
First page 502
Last page 508
Additional publication details