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 DownloadÄownload Free Audio Device For Windows 10 Dell Lifetime Crack Eset Internet Security 12.0.31.0 ![]() Aig Completes Acquisition Of Glatfelter Insurance GroupÄ«ecause I Miss You Jung Yong Hwa Instrumental
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