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Weight gain in midlife women: Understanding drivers and underlying mechanisms

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Autore
Grammatikopoulou M.G., Nigdelis M.P., Goulis D.G.
Data
2022
Language
en
DOI
10.1016/j.coemr.2022.100406
Soggetto
melatonin
aging
basal metabolic rate
body composition
body fat distribution
body weight gain
brown adipose tissue
circadian rhythm
dietary intake
dysbiosis
female
heart disease
human
inflammaging
malignant neoplasm
menopausal syndrome
menopause
mental disease
mental health
metabolic disorder
muscle mass
obesity
pathophysiology
physical activity
physical inactivity
Review
sarcopenia
sarcopenic obesity
skeletal muscle
sleep disorder
Elsevier Ltd
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Abstract
Overweight and obesity patterns demonstrate a sexual dimorphism, with women being more prone to weight gain and overweight/obesity compared to men. As a result, weight gain is an important concern in women, particularly during midlife, when reproductive and physiological aging coincide, altering body composition. During this time, multiple factors contribute to the accumulation of body weight and adipose tissue, inducing a decrease in lean mass. These factors include hormonal changes -mainly hypoestrogenism-, genetic and exogenous factors, poor nutritional intake and physical inactivity, all of which might act synergistically to promote weight gain. Basal metabolic rate is also reduced due to aging, muscle mass loss, and the reduction in brown tissue activity. Impairments of the circadian system are associated with reduced endogenous melatonin secretion, altered sleep–wake cycles and metabolic inflexibility. Inflammaging, gut dysbiosis and physical inactivity further promote weight gain and the loss of lean skeletal muscle, leading to sarcopenic obesity. © 2022 Elsevier Ltd
URI
http://hdl.handle.net/11615/72727
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