Quality Control Ranges: Milliplex Rat Bone Panel and Milliplex Rat Osteopontin Single Plex Kit
- Document Type:
- Technical Information
milliplex bone
15 Results
Advanced Search
Showing
Narrow Your Results Use the filters below to refine your search
Document Type
-
-
Quality Control Ranges - Milliplex Mouse Bone Magnetic Bead Panel
- Document Type:
- Technical Information
-
Quality Control Ranges: MILLIPLEX® MAP Human Bone RANKL Single-Plex Panel
- Document Type:
- Technical Information
-
Exercise training in obese older adults prevents increase in bone turnover and attenuates decrease in hip bone mineral density induced by weight loss despite decline in b ...
- Weight loss therapy to improve health in obese older adults is controversial because it causes further bone loss. Therefore, it is recommended that weight loss therapy should include an intervention such as exercise training (ET) to minimize bone loss. The purpose of this study was to determine the independent and combined effects of weight loss and ET on bone metabolism in relation to bone mineral density (BMD) in obese older adults. One-hundred-seven older (age >65 years) obese (body mass index [BMI] ? 30 ?kg/m(2) ) adults were randomly assigned to a control group, diet group, exercise group, and diet-exercise group for 1 year. Body weight decreased in the diet (-9.6%) and diet-exercise (-9.4%) groups, not in the exercise (-1%) and control (-0.2%) groups (between-group p? < ?0.001). However, despite comparable weight loss, bone loss at the total hip was relatively less in the diet-exercise group (-1.1%) than in the diet group (-2.6%), whereas BMD increased in the exercise group (1.5%) (between-group p? bone turnover and attenuates weight loss-induced reduction in hip BMD despite weight loss-induced decrease in bone-active hormones.
- Document Type:
- Reference
- Product Catalog Number:
- HL-81K
- Product Catalog Name:
- Human Leptin RIA
-
Quality Control Ranges: MILLIPLEX® MAP Bovine Cytokine/Chemokine Magnetic Bead Panel
- Document Type:
- Technical Information