Effects of 60-day head-down bed rest on osteocalcin, glycolipid metabolism and their association with or without resistance training

Volume: 81, Issue: 5, Pages: 671 - 678
Published: Jul 23, 2014
Abstract
Introduction Bone loss and subclinical diabeteslike are developed during long-term spaceflight. Recently, it was demonstrated that bone was able to regulate energy metabolism and testosterone synthesis via osteocalcin. The aim of this study was to determine whether serum osteocalcin level is associated with glycolipid metabolism or testosterone under the influence of microgravity with or without resistive vibration exercise (RVE). Methods A...
Paper Details
Title
Effects of 60-day head-down bed rest on osteocalcin, glycolipid metabolism and their association with or without resistance training
Published Date
Jul 23, 2014
Volume
81
Issue
5
Pages
671 - 678
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