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Article: Effects of Multi-joint Eccentric Training on Muscle Function When Combined With Aquatic Plyometric Training: A Minimal Dose, Mixed Training Study.

Weeks, Cassidy / Thompson, Brennan J / Spencer, Steven B / Fisher, Cody / Althouse, Dianne / Louder, Talin J / Bressel, Eadric

Journal of musculoskeletal & neuronal interactions

2023  Volume 23, Issue 4, Page(s) 386–396

Abstract: Objectives: To examine the effects of a combined eccentric overload and aquatic-based plyometric training program on muscle function/performance measures and soreness versus an eccentric-only training protocol using a minimal dose training paradigm.: ... ...

Abstract Objectives: To examine the effects of a combined eccentric overload and aquatic-based plyometric training program on muscle function/performance measures and soreness versus an eccentric-only training protocol using a minimal dose training paradigm.
Methods: Twenty-five participants were randomized into either an eccentric-only training group (ECC) or a combined eccentric and aquatic plyometric group (ECC + AQP). The ECC group performed eccentric training once per week for 6-weeks while the ECC + AQP group performed the same eccentric training but with an additional aquatic plyometric training session.
Results: There was no group × trial interactions for any of the variables. However, the training elicited large improvements in eccentric strength in both ECC (27%; ES = 1.33) and ECC+AQP (17%; ES = .86) groups. Isometric strength improved moderately for ECC and ECC+AQP groups (17.2%, ES = .53;9%, ES = .45). A moderate increase was observed for depth jump height for both ECC and ECC+AQP groups (13.1%, ES = .48;8.8%, ES = .36). No changes were observed for countermovement jump or sprint time and muscle soreness did not differ between groups.
Conclusions: Minimal dose multi-joint eccentric overload training improved strength and depth jump outcomes after 6-weeks regardless of the training condition but adding a minimal dose aquatic plyometric protocol does not improve muscle function-based outcomes.
MeSH term(s) Humans ; Muscle, Skeletal/physiology ; Plyometric Exercise ; Muscle Strength/physiology ; Myalgia ; Athletic Performance/physiology
Language English
Publishing date 2023-11-30
Publishing country Greece
Document type Randomized Controlled Trial ; Journal Article
ZDB-ID 2041366-X
ISSN 1108-7161
ISSN 1108-7161
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Zs.A 5401: Show issues Location:
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