Will I die suddenly if I stay up late?

Because you need to rest, you want to sleep, but your body needs to rest and you force yourself to stay up late, and the organs in your body will naturally make some resistance because of dissatisfaction. Those with diabetes, cardiovascular disease, etc., staying up late will be very prone to sudden death, and some people staying up late to watch football games will have a tragedy because they are too excited and excited to bear it. So, it's better to sleep well and don't stay up late.

It is possible, because staying up late will make the body not get a reasonable rest, resulting in heart damage, etc., sudden death should be the most serious situation that will have the most serious consequences for the body after staying up late.

Staying up late often does have an impact on physical health, especially the possibility of sudden death for people who stay up late to do some high-intensity work.

Staying up late often has a lot to do with sudden death.

There are now many young people who die suddenly.

Most of the reasons are basically related to staying up late.

Staying up late consumes people's energy and energy.

In addition, the rest is not in place, and it is good not to rest.

The whole person has been in a sub-healthy state.

Always be in a state of fatigue, if all the time.

Once a certain tipping point is reached, problems arise.

It is very likely, so it depends on the individual's physique and living habits.

I can't say that, I can only say that it will increase the chance of sudden death!

It's obviously dangerous, at least compared to your peers.

Staying up late often can lead to sudden death.

Staying up late is one of the predisposing factors for sudden death. Because staying up late for a long time will increase the load on the heart, causing the onset of various heart diseases, and then causing sudden death.

People who often stay up late will feel chest tightness and wheezing, because staying up late leads to overwork, and the body is in a weakened state, and the body will give signals, that is, chest tightness, palpitations, palpitations, and sweating. In severe cases, it can even cause acute myocardial infarction.

Others can cause sudden death.

Sudden death is preceded by a series of aura, such as precordial tightness, palpitations, dizziness, and head swelling. Staying up late for a long time will also lead to the rhythm of the heartbeat disorder, and staying up late for a long time will also be accompanied by a lot of pressure, which will bring anxiety to the human body.

Staying up late often increases the risk of sudden death, especially cardiovascular disease, but it does not directly lead to sudden death.

Staying up late often causes the body's internal biological clock to be out of sync with the time of the external environment, affecting normal bodily functions, such as cardiovascular, immune system, etc. If the body stays up late for a long time, there will be a variety of health problems, such as neurasthenia, irritability, disorders of psychological and physiological dependence, weight instability, liver damage, etc. These problems can increase the risk of cardiovascular disease, as the cardiovascular system needs to be put under a greater strain in the case of excessive fatigue.

Humans spend a third of their lives sleeping, including invertebrates such as flies, worms, and even jellyfish. Throughout evolution, sleep has been universal and essential for all organisms with a nervous system. However, have you ever wondered why we sleep?

In fact, scientists have been searching for answers for years. According to a new study published in the journal Molecular Cell on November 18, researchers at Bar-Ilan University in Israel have found that the PARP1 protein in the brain acts as an "antenna" that sends time signals to the brain to sleep and repair DNA damage, a discovery that is one step closer to solving this mystery.

When we are awake, the homeostatic sleep pressure in the body increases, and the longer we stay awake, the more stress this stress increases. During the few hours of waking hours, factors such as ultraviolet light, neuronal activity, radiation, oxidative stress, etc., can cause sustained DNA damage in neurons. However, excessive DNA damage in the brain can be dangerous, and sleep can "summon" the DNA repair system.

The characteristics of neural activity during sleep in zebrafish are similar to those of humans, and they are the subjects of sleep study. Through zebrafish experiments, researchers determined that the accumulation of DNA damage is a driving factor that causes sleep states. When the accumulation of DNA damage reaches the maximum threshold, the homeostatic sleep stress increases to the point where the urge to sleep triggers it, and the fish goes to sleep.

Subsequent sleep promotes DNA repair, which reduces DNA damage.

So, what are the mechanisms in the brain that tell us: where is it time to sleep? It was found that the PARP1 protein is part of the DNA damage repair system and is one of the first proteins to respond to rapid reciprocal reciprocation.

It flags the location of DNA damage in the cell and "recruits" all relevant systems to remove the DNA damage.

Through genetic and pharmacological manipulation, overexpression and knockdown (down-regulation) of PARP1 experiments have shown that increasing PARP1 not only promotes sleep, but also increases sleep-dependent repair. Conversely, inhibition of PARP1 blocks the signal for DNA damage repair. As a result, the fish are not fully aware that they are tired and therefore do not go into sleep mode, causing DNA damage to not be repaired in time.

The same results were validated in mice.

This new finding describes how to explain the "chain of events" of sleep at the single-cell level. This mechanism explains the link between sleep disorders, aging, and neurodegenerative diseases such as Parkinson's disease and Alzheimer's disease. The researchers believe that future research will be extended to more animals, from lower invertebrates to humans.