In a study published in the journal Nature Metabolism, the impact of the role of climate on one’s physiology has been investigated during his life, according to the .
Excessive obesity is an important risk in today’s life. Although exercise and diet are key factors affecting body fat, exposure to cold or hot air plays an important role. It produces a specific type of fat called brown adipose tissue so that the body can balance its temperature, especially in cold environments as well as during infancy.
In contrast, white adipose tissue stores the body’s energy. As the body temperature decreases, the body naturally stores less white adipose tissue than warmer climates, but new research, including the “ionic tank” from the University of Tohhadoko, Japan, has been investigated less effective on brown adipose tissue.
The following research examined the density of brown adipose tissue, the activity and production of heat in the body of four healthy men and women whose parents were exposed to hot or cold temperatures during the formation of the germ and birth. A group of these participants, who were between three and three years old and closed in the cold season, saw more brown adipose tissue activity, which led to more body energy consumption, more heat generation, reduced body fat integration and lower BMI in adulthood.
The researchers wrote: “We reported here that their mothers have been pregnant in the cold seasons have witnessed an increase in brown adipose tissue activity, adaptive heams and total daily energy consumption.” There was also a lower body mass index and visceral fat accumulation.
The study concluded that the activity of brown adipose tissue is generally affected by high levels of daily and lower temperatures before pregnancy. “Lower outdoor temperatures and more volatility at daily temperatures during fertilization are key factors that determine the activity of brown adipose tissue,” the study said.
In this regard, researchers call for further studies in the most varied settings to find the infrastructure mechanisms of this connection.
(tagstotranslate) Scientific Research (T) Obesity (T) Baby
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