Two white men, both over 60, live hundreds of kilometers apart, one in Arizona and the other in Washington State. The stench lingers throughout the new century and the same socio-economic changes. They also have similar sounds and approximately the same physical form. The man from Arizona is older and the man from Washington is 14 months older, to be precise. It’s a shame not to smoke or drink. It’s a shame to exercise regularly. So why is the subject who is alive in the desert at sunset, more than on the river, the eldest on the Klinny Plain, and less than his colleague at the sunset of the Pacific Ocean?
The study, published this week in the journal Science Advances, shows that it is extremely difficult to age millions of Swede Americans, compared to their peers, in cold climates. The influx of a chronic influx of high temperatures, as the predecessors understood, is equivalent to the influx of a chronic influx of high temperatures.
As the global average temperature continues to increase through the greenhouse effect, causing burning of the greenhouse, all the wider population of the planet is succumbing to the influx of extreme heat, with over 21,000 people dying since 1999 Americans. In 2023, in Phoenix, Arizona, where all the people analyzed by the study lived, 31 days after the temperature exceeded 110 degrees Fahrenheit. That river, becoming the warmest in the entire history of the world, is a record that will soon be completed in 2024.
The baking above the average level has serious short- and long-term benefits for health. People can experience heat illnesses, such as fever and fatigue, but heat stroke is the most serious form of heat illness that can lead to death. Elderly people and young children are especially susceptible to such an influx, which may cause problems with thermoregulation, or increase the internal body temperature. Over the course of months and years, heat influx can aggravate common chronic illnesses, such as diseases of the cardiovascular system, and also increase the risk of mental disorders and dementia.
Eun Young Choi, postdoctoral researcher in gerontology at the School of Gerontology. The author of the study, carried out by Leonard Davis at the University of California, wanted to understand what could be the cause of the long-term influx of extreme stress on the health of the body. centuries, especially among people who are approaching the 60th century. They especially emphasized the “non-clinical manifestations” of the influx of sinter, so that it became clear how the sinter flows into people who do not suffer until they receive sufficient help from heat illnesses or heat strokes. This hypothesis was based on the fact that the burning factor of health is ruining, regardless of what anyone feels.
To put this theory to the test, Choi analyzed blood samples from 3,600 individuals across 56 years who participated in the Great National Health and Retirement Study. These participants underwent blood tests in 2016 and 2017. Then Whose Spokesperson, Jennifer Ayleshire, used weather and climate data to track the number of “sweet days” according to the National Weather Service, having lived through every year for rocks, months and days that preceded the dates of the blood test. They divided participants into demographic groups based on race, socioeconomic status, background, physical strength, and other factors, and then ranked people from these groups among themselves. a series of biological tests that show how rapidly human cells age.
“With a large influx of sinter – one river and six rocks – we have a very strong connection between the sinter and the [clinical] century,” Choi said, conducting various biological tests. People who live in places where the temperature rises or exceeds 90 degrees Celsius over the course of a week are 14 months above biological age compared with people who live in places. where the temperature rises or exceeds 90 degrees in less than 10 days.
“This study is one of the first empirical estimates to indicate that the most troubling influx of specifics directly related to the accelerated process is old,” said Vivek Shandas, a professor at the Portland State University. university, which involves the influx of climate change into places without participating in research. Here, “additional research suggests that short-term mortality may be an inheritance of the fact that summer people are older and periodically succumb to the influx of soot.”
Two previous studies showed that people who succumb to the influx of sinter age at a faster rate, and research on mice consistently showed that sinter aging clients, and the follow-up to Choi and the First National representative investigations that revealed this connection. The size and diversity of these groups helped to suppress a lot of factors that would obscure data of this type. Choi did not reveal the same statistical differences between demographic indicators, which confirms that the climate affects the cells in
