Biomechanical analysis of four different medial row configurations of suture bridge rotator cuff repair
T Senju, T Okada, N Takeuchi, N Kozono… - Clinical …, 2019 - Elsevier
Background Rotator cuff tendon rupture after suture bridge repair occasionally occurs at the
medial row, with remnant tendon tissue remaining at the footprint. While concentrated
medial row stress is suspected to be involved in such tears, the optimal suture bridge
technique remains controversial. Methods This study aimed to investigate the construct
strength provided by suture bridge techniques having four different medial row
configurations using artificial materials (n= 10 per group): Group 1, four-hole (two stitches …
medial row, with remnant tendon tissue remaining at the footprint. While concentrated
medial row stress is suspected to be involved in such tears, the optimal suture bridge
technique remains controversial. Methods This study aimed to investigate the construct
strength provided by suture bridge techniques having four different medial row
configurations using artificial materials (n= 10 per group): Group 1, four-hole (two stitches …
[PDF][PDF] Biomechanical analysis of four different medial row configurations of suture bridge rotator cuff repair
千住隆博 - 2020 - catalog.lib.kyushu-u.ac.jp
Background: Rotator cuff tendon rupture after suture bridge repair occasionally occurs at the
medial row, with remnant tendon tissue remaining at the footprint. While concentrated
medial row stress is suspected to be involved in such tears, the optimal suture bridge
technique remains controversial. Methods: This study aimed to investigate the construct
strength provided by suture bridge techniques having four different medial row
configurations using artificial materials (n= 10 per group): Group 1, four-hole (two stitches …
medial row, with remnant tendon tissue remaining at the footprint. While concentrated
medial row stress is suspected to be involved in such tears, the optimal suture bridge
technique remains controversial. Methods: This study aimed to investigate the construct
strength provided by suture bridge techniques having four different medial row
configurations using artificial materials (n= 10 per group): Group 1, four-hole (two stitches …
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