The era of lemons without inflammation – and it can change human health forever

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What can the lemons tell us about inflammation and aging, and also known as “inflammation of inflammation” in humans? This is the question in which Eileen Guevara, the biological anthropologist who studies the development of the history of life and aging in the main women.

In the recently published research on age -related inflammation in Limors with a throat tail, Guevara has discovered that we should rethink the inevitability of inflammation in humans.

Although it is similar in many ways, the elastic and sfaka tellers show the differences in the speed and age of life, which leads to useful comparisons. Since the lemur and human beings are the main and they share a common ancestor who lived millions of years ago, they provide valuable visions of human development.

She said that her results were “surprising.”

“In contrast to our predictions, none of the species showed a change in age in either the oxidant stress sign. None of the types of lemons showed a change related to age in inflammation; if anything, unlike our prediction, the lemur showed the ring, marginal declines in age,” said Guevara.

This conclusion, in line with some recent studies on other non -human mainly, indicates that the lemons avoid the phenomenon of “adherence” that have been widely observed in humans.

The study showed that inflammation is not a global feature of the main features, noting some differences that may indicate that it is not even a global feature of humans, according to Christine Draia’s intocension, evolutionary anthropology professor who was one of the researchers working with Guevara.

What is inflammation?

With our age, low -degree chronic inflammatory groups are made, which in turn can cause health problems such as heart disease, strokes, diabetes, cancer and osteoporosis.

Why does fading increase as age in humans, what causes this and how it can be prevented is answers to questions that can open important information to help humans live a longer and healthier life.

Collect data from lemons

Draia said that the team was first to find a way to measure oxidative stress, which can be found in the blood, urine and saliva. They settled on the urine.

“Our role in the beginning is planning, design, brainstorming, comparison and obtaining these samples,” said Diaria, who has worked with the Duke Limour Center since 1999.

The next step says that Guevara is to conduct similar research with lemons in the wild.

She said: “There are many good reasons for the belief that aging can be completely different in captivity and in the wilderness, and that in itself, it is beneficial to assess the degree in which human inflammation is fundamental versus the environment.”

Meanwhile, Guevara says that this study is the first step in revealing the issue of humans suffering from conditions associated with infections related to age and finding ways to treat them.

She said, “These ideas are necessary to reduce disability and improve the quality of life in subsequent years,” with aging in the field of eligible global population, “

(Tagstotranslate) heart disease; Diabetes; Diseases and conditions; Chronic disease new types; Animals invasive species; nature

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