Humans age, does that mean genes are not perfect?

Generally speaking, the reason why human beings age is also the result of natural selection, and most of the time, there are no perfect genes in nature that humans imagine, and this is also worth affirmingIn some sense, the death of an individual determines the evolution of the population, so for us human beings will age is also the ultimate meaning of life, so for us such genes have experienced the baptism of nature, so it is also relatively perfect, in general, we should think about the problem from the following aspects. <>

1. Generally speaking, the reason why human beings will age is also required by genes, in a sense, the death of an individual can determine the evolution of the population. Chickens for us The reason why human beings will age, this also depends a lot on the specific coding of the gene itself, in a sense, the reason why human beings will age, is also a program set by the elite, and most of the time the death of the individual determines the evolution of the population, in a sense, human aging is also inevitable. <>

2. In theory, there is no perfect gene in the sense, and it is precisely because of this that the gene that exists now is the perfect creation of nature most of the time. In fact, theoretically speaking, there is indeed no near-perfect gene in the strict sense of the word, and it is precisely because of this, I have to say that the existing existence gene is almost perfect most of the time, and it is precisely because of this that the aging of the human body covers the whole process of life, and it is precisely because of this that the whole life will be relatively more meaningful, which is also the essence of life. <>

3. The ultimate meaning of life is that it is a reincarnation, and because of this, human beings will also age, but it may be a genetically programmed program, and in some senses, such a setting is also a perfect existence. Any time human life reaches the end, it is a cycle of life, so it is also a better interpretation of the meaning of life, and for us, the process of aging of the human body at any time is also worthy of our nostalgia, and because of this, the aging program set by genes is, in a sense, also in line with the needs of perfection.

In fact, it has to be said that human beings will age, which does mean that there are certain defects in genes, but from a macro point of view, the human body will become more perfect because of the process of aging and growth, and it is precisely because of this that human genes also better interpret the meaning of life.

No. Because biological aging and death are normal and conform to the laws of nature, it does not mean that genes are not perfect.

No. If humans don't age, the planet will be more crowded, so perfection cannot be measured by this standard.

The most comprehensive studies have found a 6% link between the longevity of parents and the longevity of their children, and that more than 75% of aging is determined by your behaviour and environmental factors. This is true even if it is inherited from heart disease, stroke, memory loss, or other common age-related conditions.

In general, you should look at the following three factors for your family history. If more than one member of your immediate family has these conditions, there's a good chance you also have a genetic predisposition to the disease.

Cardiovascular disease or any gene that increases the risk of cardiovascular disease, such as high LDL cholesterol, excessive levels of triglycerides or homocysteine in the blood, high blood pressure, diabetes, smoking, etc.

Certain cancers, such as lung cancer, colon cancer, etc.

Rare genetic diseases such as Huntington's disease, Parkinson's disease, multiple sclerosis, and even Alzheimer's disease.

Just because someone in your family has a certain disease doesn't mean you have a genetic predisposition to it, but it only means it's likely, not necessarily it's a must. In most cases, the heredity does not exceed 50%. Even if it's inherited, you may be able to do things or choose to avoid the onset of the disease.

For example, type II diabetes can be inherited, but its clinical manifestations are determined in part by many of your choices. When a person has a genetic predisposition to type II diabetes, environmental factors such as weight gain, lack of exercise, and smoking can cause the disease to flare up. A physically fit and slim person may also have this gene, but he doesn't know it because there is no environment that causes the disease to occur.

Staying young is the best way to prevent illness, and an active lifestyle can counteract the disease before it hits

Another example is aging due to cardiovascular disease. Because doctors have focused on high-risk patients with a family history of arterial disease and guided them through their lives, the risk of premature aging has been eliminated. With exercise and a healthy diet, everyone, regardless of your genetic risk, can reduce the proportion of arterial aging.

Genetic predisposition isn't always a bad thing either. For example, many people may inherit the longevity gene. Some people have a gene that increases the level of HDL cholesterol, and this gene is like a trump card, because HDL cholesterol can help us prevent arterial aging to a large extent, and can make the gene carrier as much as 10 years younger.

Experts used to think that genes such as co-cuffs, which have a profound effect on the growth and development of all living things, were permanently turned off after the embryonic development process. New research suggests that these genes remain active throughout the life of somatic cells and maintain the atherosclerotic plaques in the capillaries, which are the direct cause of heart disease and stroke.

According to the British "Daily Express", experts have already discovered a potential gene called OCT4, which may cause great harm to the study of population aging. According to leading experts, this type of disease has a key role in avoiding the direct causes of heart disease and stroke.

Researchers at the University of Virginia claim that these genes also open up a new way for people to use them: they can block or minimize the actual effects of embrittlement with minimal delay. Garyowens, the head of the cardiovascular and cerebrovascular disease research core at the University of Virginia, said

Finding a way to improve the primary performance of these genes in improving somatic cells may have long-term harm in terms of improving safety and reversing some of the health problems that arise from population aging. ”

Experts used to think that these genes, which have a profound influence on the growth and development of all living things, were permanently turned off after the embryonic development process.

New research suggests that these genes remain active throughout the life of somatic cells and maintain the atherosclerotic plaques in the capillaries, which are the direct cause of heart disease and stroke.

Olgacherepanova of the research group said: "The discovery has a major hazard and has the potential to create new ways of maintaining atherosclerotic plaques in arteries. The study also found that the OCT4 gene also maintains the shift in the main expression of the gene.

In addition, they feel that such genes may also be an improvement in the biological research industry.

The research team suspects that part of the damage caused by embrittlement is the result of the loss of the active OCT4 gene in the body. "Finding a way to reactivate it may have positive implications for research on physical and mental health and population ageing," Mr Owens added.

It is felt that the malleability of manipulating cells is only the tip of the iceberg, and this research can cause harm to many people's diseases** and the precision medicine industry.

This gene is called telomerase, and when telomerase activity is high and telomere length is maintained, cell senescence can be delayed.

According to the British newspaper Daily Express, scientists have discovered a potential gene called OCT4, which could have a major impact on aging research. According to experts, this kind of fighting has an important role in preventing heart disease and stroke.

This gene is called OCT4, and according to scientists, it can be used to achieve anti-aging by activating this cell, which can lead to a beautiful appearance.

Scientists have discovered a potential gene called OCT4 that could have a significant impact on the study of aging calls. According to experts, this has an important role in preventing the underlying causes of heart disease and stroke, and may open the door to anti-aging, but it needs to be further studied.

This gene is the anti-aging gene, and then baz2b is a target gene for anti-aging.

No. This proves that genes are perfect, because if they don't age, then humans don't die, which is terrifying.

No, because I think it's a natural consequence.

No. Because human aging is a self-inflicted condition, and nature does not allow human beings to live forever, the fact that human beings will age does not mean that genes are not perfect. Coarse marks.

The power of nature is beyond our imagination nowadays, because there are many animals and plants in nature, they can easily or hundreds of years old, such as the oldest plant, the ginkgo tree, which is said to live for thousands of years. There are also some deep-sea animals that can achieve reverse growth hermaphroditism, or even sex transitionThese are things that we don't have access to at the moment. When we can understand these secrets of nature, then human beings may be one step closer to longevity.