Abstract:The negative impact of depressive symptoms on BMD in this population of postmenopausal women was independent of body weight or other behavioral factors such as calcium compliance or exercise.
“…37 A recent 1-year longitudinal study of 320 postmenopausal white women (average age 56 years) did not observe an association between depressive symptoms and BMD loss at the more trabecular spine. 15 A second study including older white women (average age 76, n=4,177) reported an inverse relationship between depressive symptoms and total hip BMD. 16 Both studies reported an association between depressive symptoms and bone loss at the more cortical femoral neck region, but not at the trochanter.…”
Section: Discussion Bmd Changementioning
confidence: 98%
“…However, another study of younger women with low levels of depressive symptoms excluded women with low BMD and still reported an association between femoral neck BMD and Beck Depression Inventory score (BDI). 15 These authors repeated their analysis replacing the BDI with the Burnam measure and found persistence of the association with changes in femoral neck BMD (p=0.09). Finally, depression may be associated with study withdrawal or with incomplete information.…”
Section: Fracturementioning
confidence: 95%
“…Prospective studies are limited. In postmenopausal women, 2 longitudinal studies have reported an association between depressive symptoms and hip BMD 15,16 with 1 reporting no association at the spine. 15 Longitudinal studies more consistently report a positive association between depressive symptoms and risk of nonvertebral or hip fractures.…”
Section: Introductionmentioning
confidence: 99%
“…In postmenopausal women, 2 longitudinal studies have reported an association between depressive symptoms and hip BMD 15,16 with 1 reporting no association at the spine. 15 Longitudinal studies more consistently report a positive association between depressive symptoms and risk of nonvertebral or hip fractures. [17][18][19][20] Only 1 study examined other anatomic sites and reported an increase risk of spine but not wrist fracture after adjustment for antidepressant use.…”
“…37 A recent 1-year longitudinal study of 320 postmenopausal white women (average age 56 years) did not observe an association between depressive symptoms and BMD loss at the more trabecular spine. 15 A second study including older white women (average age 76, n=4,177) reported an inverse relationship between depressive symptoms and total hip BMD. 16 Both studies reported an association between depressive symptoms and bone loss at the more cortical femoral neck region, but not at the trochanter.…”
Section: Discussion Bmd Changementioning
confidence: 98%
“…However, another study of younger women with low levels of depressive symptoms excluded women with low BMD and still reported an association between femoral neck BMD and Beck Depression Inventory score (BDI). 15 These authors repeated their analysis replacing the BDI with the Burnam measure and found persistence of the association with changes in femoral neck BMD (p=0.09). Finally, depression may be associated with study withdrawal or with incomplete information.…”
Section: Fracturementioning
confidence: 95%
“…Prospective studies are limited. In postmenopausal women, 2 longitudinal studies have reported an association between depressive symptoms and hip BMD 15,16 with 1 reporting no association at the spine. 15 Longitudinal studies more consistently report a positive association between depressive symptoms and risk of nonvertebral or hip fractures.…”
Section: Introductionmentioning
confidence: 99%
“…In postmenopausal women, 2 longitudinal studies have reported an association between depressive symptoms and hip BMD 15,16 with 1 reporting no association at the spine. 15 Longitudinal studies more consistently report a positive association between depressive symptoms and risk of nonvertebral or hip fractures. [17][18][19][20] Only 1 study examined other anatomic sites and reported an increase risk of spine but not wrist fracture after adjustment for antidepressant use.…”
“…Fourteen articles met the eligibility criteria and were included in the meta-analysis [7][8][9][10][11][12][13][14][17][18][19][20][21][22]. When two or more publications were based on the same study population and reported the same outcomes, the report with the largest number of participants was selected.…”
Bone loss is a well documented phenomenon occurring in humans both in short- and in long-term spaceflights. This phenomenon can be also reproduced on the ground in human and animals and also modeled in cell-based analogs. Since space flights are infrequent and expensive to study the biomedical effects of microgravity on the human body, much of the known pathology of bone loss comes from experimental studies. The most commonly used in vitro simulators of microgravity are clinostats while in vivo simulators include the bed rest studies in humans and hindlimb unloading experiments in animals. Despite the numerous reports that have documented bone loss in wide ranges in multiple crew members, the pathology remains a key concern and development of effective countermeasures is still a major task. Thus far, the offered modalities have not shown much success in preventing or alleviating bone loss in astronauts and cosmonauts. The objective of this review is to capture the most recent research on bone loss from spaceflights, bed rest and hindlimb unloading, and in vitro studies utilizing cellular models in clinostats. Additionally, this review offers projections on where the research has to focus to ensure the most rapid development of effective countermeasures.
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