Why do the ages of animals differ? Scientists answer

While humans can live to about 80 years old, giraffes tend to live to 25 years old and a white, bare mole at 25 years old, up to the highest size, is the cause..

Except for what the website says.RTresearchers from the Institute of Welcome SangerThe genomes of 16 species, including humans, mice, lions, giraffes, and tigers.

The results to animals that have a slower rate of paradise, known as somatic mutations – have a longer life span.

Somatic mutations occur naturally in all cells throughout an animal’s life, with humans acquiring about 20-50 mutations per week on average..

While most mutations, some mutations, lead to cell proliferation or even start a cell on its way to cancer.

The role of mutations was suggested in the fifties of the last century, but until now, its observation has been difficult in practice.

It was previously shown.

In the new study, whole-genome sequencing of samples from 16 mammals with a wide range of ages and body sizes was used – colobus monkey, black and white, cat, cow, dog, mongoose, mongoose, pig, pig, horse, horse, body, body, body, body, body, body, rat, ring-tailed lemur and tiger..

They revealed that somatic mutations were caused by similar mechanisms across all species, including humans.

They also accumulated linearly, time, with species with a higher mutation rate having a shorter lifespan. For example, giraffes were found.

Meanwhile, it’s 43m is about 25m long.

The other side, unique in the study, is that the number is proportional to the rate of somatic mutations.
It can play a role in aging. And in the long run from the stars, it would be great to extend these studies to more diverse species, such as insects or plants, luck, increase the results in answer to the Peto paradox.

And after I found it, I found it, I found it, I found it, I found it, I found it, I found it.

and compare them. But the answers are in the evolution of mutations, Adrian Báz-Ortega, author of the study.

This may lead to an evolution of the problem. We will need to study these species in more detail to find out.

It is hoped that the results will help unravel the mystery of the causes of aging, and the study was published in the journal temper nature.

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