The Aging Process

As we continue to adapt to the ever changing environment, humanity has come a long way. Over the years, we succeeded in overcoming some of the limitations that had been a dream in the past. We succeeded in landing on the moon and did long distance communication, but there are some boundaries that have not yet crossed even if we do our best. Aging is an inevitable natural process. We can not stop the clock which is ever-missing in the body, but we have greatly delayed and mitigated aging through advanced technology and modern governance.

What can you do? Is there a way to slow down the aging process? of course! You may have noticed that every step of the aging process results in the next step. This is because the imbalance disturbs the body's energy flow and can cause a chain reaction. Fortunately, the correct Ki will prevent this by increasing your lung capacity, protecting your kidneys, strengthening your mind, and strengthening your nervous system. The proper Ki means that there is a balance between the oxygen in our body and the energy of our bodies. Through the flow of good energy, the air we breathe moves from the lungs to the heart. The stomach allows blood to enter the intestines. Blood circulates freely in the kidneys, lungs and heart. When we can train Ki our organs and our bodies will cooperate with one another.

Still, dealing with the aging process is a challenge and when it begins, the whole body feels its influence - the respiratory system, the cardiovascular system, the nervous system, the musculoskeletal system and the immune system. People can maintain good health with age, but some diseases are directly related to changes due to age. His eyes began to change before people turned 50. As you get older, your eyes can not produce tears, the retina becomes thinner and the lens gradually becomes yellow and less transparent. As aging progresses, the iris (colored portion of the eye) hardens, reactivity decreases, and it becomes more difficult to adapt to different levels of light. The three most common diseases associated with aging are cataracts, glaucoma and macular degeneration.

The aging process is undoubtedly complicated. During the life span of an organism, aged cells undergo excessive changes and accumulate damage to macromolecules. The aging phenotype is revealed by the sum of the changes in many different signal cascades. Here we try to summarize some of the major changes in senescent cells, tissues, and organisms discovered in recent years through chromatin and epigenetic control lenses. Genetic and environmental manipulation is very important to understand the impact of certain factors on the lifetime process. It is mechanically clear that many factors influencing the lifetime act primarily through the modification of the epigenome. There is no doubt that the epigenetic effect of the aging process needs to be incorporated into our current understanding of aging.