What are the harms of primary brainstem injury? What can be improved?

There will be gastrointestinal bleeding, acute pulmonary edema, cranial nerves, physical incoordination, and coma. It is necessary to see a doctor in time, to be accompanied by medicine**, to pay attention to your physical condition, to grasp the first aid measures in time, and to pay attention to your eating habits.

It may cause brain damage, it will also affect your IQ, it will also affect your thinking, and it will bring very serious damage to your body in the future, and it may also lead to paralysis. The damage can be repaired surgically so that it can be restored to normal conditions.

First of all, it will cause particularly serious problems in the liver, which may also lead to gastrointestinal bleeding, may also lead to acute pulmonary edema, and then the brain metabolism will become stronger and stronger, so at this time, you must go to the hospital for examination, and you need to alleviate the condition, and you can also choose to carry out the drug way**.

The brainstem is an umbrella term for the midbrain, pons, and medulla oblongata. Common injuries include cerebrovascular disease, tumor, demyelination, etc. The prognosis varies greatly depending on the severity of the injury and the severity of the symptoms.

If it is a small-scale lesion, cerebral hemorrhage or cerebral ischemia, or demyelinating lesions, the prognosis of such an injury is generally good, or even no sequelae at all. However, in large areas, it affects the function of critical tissues, and in the acute phase may die from brain herniation, respiratory and cardiac arrest. If you can survive the acute phase, some brainstem infarcts are large but have a good prognosis, and some are left with severe disability, and the chance of recovery is very small.

1. Chance of recovery after brainstem injury.

It must depend on the specific situation at the time. In general, the vast majority of brainstem damage is unrecoverable because nerve cells have a property that cannot be repaired or regenerated once damaged, which is a very bad aspect. But a good aspect is the abundance of intracranial compensatory mechanisms.

If the patient's injury is not severe, then other nerve cells can also compensate for the function of this part of the cell, so that there is a good recovery, and the chance of recovery is high, but if the damage is too large, it cannot be recovered.

2. The probability of recovery from brain stem damage caused by a car accident is about 30%-70%.

Brain stem injuries caused by car accidents, which are very serious head injuries. According to the pathogenesis, it is further divided into primary brainstem injury and secondary brainstem injury. If the patient has a primary brainstem injury and diffuse axonal injury at the outset of the injury, there is no more than 30% chance of recovery.

If the patient has a brain herniation that develops after a car accident injury, it compresses the brainstem, causing secondary brainstem damage. If surgery can be performed in time to remove the herniation, 70% of patients can recover. If the herniation is not relieved in time, the patient is likely to die.

If it is a brainstem injury, this situation is difficult to recover, and I am sorry to say here, there is really no good way. The brainstem is the most important part of the human body, which contains important nerves that connect the spinal cord of the brain, as well as low-level life centers, and if damaged, it is easy to cause vegetative states or locked-in syndrome.

I think it's probably about 50%, because it's a very serious disease, and it's also very difficult, so we have to look at it sensibly.

The chance of recovery accounts for about 10%, which may lead to brain death, or become a vegetative state, and the recovery situation is not optimistic.

It's about 50%, so if you have such a situation, you should go to the hospital for a checkup**, don't delay, and take medication.

It is very low, and most people do not have a good recovery, and they will have very serious diseases when they recover.

Brainstem injury can be caused by external violence acting directly on the head (eg, car accident, fall injury, impact injury, etc.), and is called primary brainstem injury; If a brainstem injury is caused by brain herniation or cerebral edema after the original head injury, it is called secondary brain injury. Because the brain stem is the life center of the human body, if a person is compared to a house, the brain stem is equivalent to the foundation of the house. As a result, once the brainstem is damaged, the clinical manifestations are generally more severe.

<> each disease has its severity, the disease can also be classified as primary and secondary. Secondary diseases are diseases that occur in the organs. If it happens again, it's called secondary, just like hepatocellular carcinoma.

First of all, the first of primary hepatocellular carcinoma is hepatocellular carcinogenesis. If hepatocellular carcinoma**, secondary liver cancer reappears, but this time the main organ is not the liver, but other tissues or organs.

The probability depends on the situation. How old are you, are you crushing the nerves, etc. If it's not severe, as long as you clear the blood stasis in your brain, the probability of recovery is still high, at least 70-80%.

Of course, if the postoperative coma lasts for a long time, the recovery from this condition is difficult to estimate. Recovery from the sequelae of brainstem injury is unlikely. **Symptoms that do not recover after three months are called sequelae.

It is called sequelae because the symptoms left after the injury stabilize after three months. At this time, the neurological function has stabilized, and the damaged neurological function is difficult to recover.

This is not a one-size-fits-all question. If thrombolysis is carried out quickly within 4 and a half hours after the onset of cerebral infarction, and is carried out in a timely and scientific manner, the general condition can be well recovered. If you miss the best time to dissolve thrombolysis, even if you are positive**, you will be left with more serious sequelae.

I am a patient with a cerebral hemorrhage. I have a similar case around me. The results for the same location are very different.

The reason for this is these two main factors. Brain stem injury should be divided into severity, if the injury is not serious, according to the current medical level, the mortality rate is not very high, ten days or twenty days later, you should be able to walk on your own, that is, you can't bend your legs, you can change it by exercising slowly, if you wake up like me for more than four months or five months, the mortality rate is very high

Primary brainstem damage is also graded to a lesser degree, with some milder degrees and a maximum recovery rate of 70%. Hopefully, only 20 per cent are more severe.

The general probability is about 70%, and it can be seen that the disease is not very serious, so we must relax our minds and never be nervous.

Hello, brain stem damage will cause some sequelae, and it is more difficult to fully recover to ordinary people, but after intensive exercise, you can return to the ability to live and take care of yourself.

Guidance: If the patient has limb mobility impairment now, he should go to the **center to receive **training, and he should also be encouraged to train at home to speed up the recovery of the patient's function.

Yes, it is difficult to recover.

Brainstem injury is a serious, even fatal, injury, with about 10% of 20% of severe head injuries associated with brainstem injury.

The brainstem, which includes the midbrain, pons, and medulla, is located at the base of the central axis of the brain, connected to the cerebellum and cerebellum on the dorsal side, and on the ventral side is the bony skull base, just like a snail lying on a slope. Brainstem injuries are often divided into two types: primary brainstem injury, brainstem injury caused by the direct action of external violence; Secondary brainstem injury is secondary to other severe brain injury, resulting from brain herniation or cerebral edema.

Severe brainstem injuries are highly effective, accounting for almost one-third of the mortality rate from head injury, and there is little hope for treatment if the medullary level is traumatized.

**: For severe primary brainstem injury with a long coma duration, tracheotomy, ventilator-assisted breathing, and hypothermia should be performed as soon as possible**. For patients with mild brainstem injury, cerebral contusion and laceration can be pressed**, some patients can get good results, and for severe cases, the mortality rate is very high, so the treatment work should be careful and serious, there should be a long-term plan, and nursing work is particularly important, at the same time, pay close attention to the prevention and treatment of various complications.

1.Protects the central nervous system, uses hibernation as appropriate**, and reduces brain metabolism; active anti-cerebral edema; Use of hormones and neurotrophic drugs.

2.Whole-body support**, maintenance of nutrition, prevention and correction of water and electrolyte imbalances.

3.Actively prevent and manage complications, most commonly lung infections, urinary tract infections, and pressure ulcers. For patients with severe consciousness impairment and respiratory dysfunction, early tracheostomy is necessary, but after tracheostomy, nursing should be strengthened to reduce the chance of infection.

4.Secondary brainstem injuries should be diagnosed as early as possible and removed promptly**. If it is delayed for too long, the effect is not good.

5.The recovery period should focus on the improvement of brainstem function, and recovery drugs and hyperbaric oxygen chambers** can be used to enhance the body's resistance and prevent and treat complications.

5.The recovery period should focus on the improvement of brainstem function, and recovery drugs and hyperbaric oxygen chambers** can be used to enhance the body's resistance and prevent and treat complications.

Brainstem injury is a very serious condition, and the form of injury is more common in some traumatic brain injuries, which we call diffuse axonal injury. This is mainly due to some inverted trauma to the head, which can lead to some brainstem damage. In this case, it is necessary to actively maintain blood pressure, heartbeat and breathing, which can easily lead to disability and death.