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Evolutionary Paper: The Process Of Aging

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Aging is the process of growing old, or the length and time a being or thing has existed. Michael Rose defined aging as a deterioration or loss of adjustment with increasing age, caused by a time-progressive decline of Hamilton's forces of natural selection” (Flatt, 2012). Aging is generally seen as when a person goes from a young look to older. This is often seen as wrinkles forming, body changes, and modifications in health. William Hamilton published a paper on evolutionary paper. The paper discussed many processes in aging such as timing, existence, transition of aging, and the deceleration and acceleration of it. That is one of the many examples of how aging is still a topic of discussion. The way we age, how we age, how epigenetics …show more content…

By them shortening, humans begin to age, become sicker, or even die due to the length. So whenever a person a person ages. Many scientist have tried to find a way to reverse the aging process because the idea of been young forever exists. However, scientists can affectedly restore the cells using telomerase. This being known makes researchers wonder whether many of the effects of aging come from the steady restriction of telomeres in the cells of the body that is why many people exercise, diet, or even use plastic surgery to retain that youthful appearance. Because without the effects of the nature , your body will naturally age this results in loose or saggy skin, older appearance, wrinkles , body changes , and health problems. Still that doesn’t stop ongoing experiments. Mariela Jaskelioff and her colleagues at the Dana Farber Cancer Institute in Boston engineered rats with an inactive telomere and it’s length shortened to see what would happen when they turned the enzyme back …show more content…

Then after DNA was extracted from a mouse live, and brain, the DNA decreased as it age ((DiMauro & David, 2009). DNA methylation is a procedure by which methyl gatherings are added to DNA. Once it is added, DNA’s function changes. Then if it is located in the promoter, the represses transcription, and transcription is important to constructing a gene expression. Early studies were on certain organs and life cycle of a humpback salmon. The studies on the salmon showed the 5-methylcytosine and otogenesis were decreasing. This shows the relationship between methylation and growth. Xist, H19,TARID are just a few noncoding RNA that affects methylation (Grammatikakis, Panda, Abdelmohsen, & Gorospe, 2014) . Xist is a RNA gene that is found on the X chromosome in mammals specifically females to level out the dosage effect in males. H19 is another lnRNA that limits body weight and cell production, but plays apart in the embryonic development and growth. Its controls imprinting and the loss of imprinting increases age related diseases. TARID prompts demethylation, and this helps trigger tumor suppressor

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