Remobilization with whole-body vibration improves functionality, histomorphometric parameters, and AQP1 expression in the soleus muscle of Wistar rats.

Maria Luiza Serradourada WutzkeMatheus Felipe ZazulaAna Luiza PerettiEstéfani MarinJossinelma Camargo GomesAlberito Rodrigo de CarvalhoCélia Cristina Leme BeuRose Meire CostaLucinéia de Fátima Chasko RibeiroGladson Ricardo Flor Bertolini

Published in: Physiology international (2024)

Immobilization caused morphofunctional damage to the soleus muscle, and remobilization with WBV is efficient and offers advantages over free remobilization.

Keyphrases

skeletal muscle
poor prognosis
oxidative stress
high frequency
binding protein
magnetic nanoparticles