Regressions were repeated with all studies, controlling for method of hot flash assessment. Pearson correlation analyses and simple linear regressions were applied, first using all studies, and second using a subset of studies that included participants only to age 60 (n = 36). Data on hot flash frequencies were drawn from 54 studies. Correlations were predicted between hot flash frequencies and latitude, elevation, and annual temperatures. In the present study, it was hypothesized that women in different populations develop climate-specific thermoneutral zones, and ultimately, population-specific frequencies of hot flashes at menopause. Laboratory studies suggest that hot flashes are triggered by small elevations in core body temperature acting within a reduced thermoneutral zone, i.e., the temperature range in which a woman neither shivers nor sweats. Netgear Genie N300 Routerwnr 2000 Downloadĭownload Free Audio Device For Windows 10 Dell Lifetime Crack Eset Internet Security 12.0.31.0 Aig Completes Acquisition Of Glatfelter Insurance Groupīecause I Miss You Jung Yong Hwa Instrumental
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