Keyword [bone mass]
Result: 161 - 180 | Page: 9 of 10 |
| 161. | The effects of post pubertal food restriction on bone architecture, strength, and medullary adipose composition |
| 162. | The effect of long chain polyunsaturated fatty acids on bone throughout the lifespan: An investigation of bone mass and its regulation by bone and mineral metabolism |
| 163. | Infant growth and bone mineralization: The determination of relative effects of parental characteristics, gestational age at birth and nutrition |
| 164. | Stress, mood and bone mass density in post menopausal women |
| 165. | Physical activity, body composition, hip geometry and bone mass in older women |
| 166. | Calcium kinetics and bone health in girls with cystic fibrosis |
| 167. | Calcium requirement study in Chinese postmenopausal women |
| 168. | Leptin and regional bone mass and body composition |
| 169. | Diet and bone mass in British children: An examination of the influence of breastfeeding, fruit and vegetable intake, and protein consumptio |
| 170. | The role of insulin-like growth factor-I (IGF-I) in regulating bone mass and its application in the cell-based gene therapy of bone |
| 171. | Damage modeling of vertebral trabecular bone |
| 172. | Identification and characterization of a gene associated with increased bone mass |
| 173. | Epimedium Active Component Icaritin Enhances Bone Mass through Regulating the Coupling of Bone Formation and Resorption Mediated by Distinct Signaling Target |
| 174. | Influence of early infant diet on bone density during childhood |
| 175. | The influence of body weight and composition, pubertal status, tobacco use and exposure, physical activity and muscle strength on bone mass of Chinese adolescent |
| 176. | The influence of eccentric resistance training on bone mass and biochemical markers in young women |
| 177. | Trabecular bone microarchitecture and vibration transmission in ambulatory children with cerebral palsy |
| 178. | Gene-by-Diet Interactions Affecting Attainment of Peak Bone Mass and Calcium Metabolism in Mice |
| 179. | Investigating the Role of Osteocytes in Osteogenesis Imperfect |
| 180. | The Relationship of Leptin and Leptin Bioavailability with Body Composition, Bone Quality and Osteoblast Functions in Adolescent Idiopathic Scoliosis |
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