What should the blood pressure control be for brainstem hemorrhage?

Written by Chen Yu Fei
Neurosurgery
Updated on September 27, 2024
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For patients with brainstem hemorrhage, it is important to maintain stable blood pressure after the bleeding. The ideal blood pressure should be controlled between 130/80 and 140/90. This is because the blood pressure should not be controlled too low. If the blood pressure is too low, it can lead to insufficient perfusion pressure in the brain tissue or brainstem, thus exacerbating the state of brain tissue ischemia and hypoxia, which may aggravate the local brainstem ischemia and cause new brainstem infarcts. Additionally, blood pressure should not be too high, as excessively high blood pressure can lead to primary brainstem hemorrhage, coagulation dysfunction, and situations where bleeding is difficult to stop. Moreover, it can cause rebleeding of the brainstem, also known as secondary hemorrhage, which, once it occurs, can be life-threatening for the patient.

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Written by Zhang Hui
Neurology
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Pre-symptoms of brainstem hemorrhage

Brainstem hemorrhage is extremely dangerous, and once a massive hemorrhage occurs, the patient can quickly lose consciousness and generally there are no effective emergency measures available. The patient will quickly die due to the involvement of the centers controlling heartbeat and breathing. The early symptoms of brainstem hemorrhage are not particularly obvious, but a careful medical history may reveal that patients often experience excessive fatigue, stress, emotional agitation, and poor sleep before the hemorrhage. Patients may show early signs such as dizziness, blurred vision, double vision, limb weakness, and slurred speech. If a patient has very high blood pressure and exhibits these early symptoms, especially if there is discomfort in the neck and upper back area, it is crucial to be highly vigilant and seek immediate medical attention. The prognosis for brainstem hemorrhage is very poor, thus it is essential to focus on preventive measures and properly control blood pressure.

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Written by Chen Yu Fei
Neurosurgery
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Is brainstem hemorrhage related to smoking?

Brainstem hemorrhage is somewhat related to smoking. For brainstem hemorrhage, smoking acts as a trigger. During the process of smoking, the nicotine in tobacco may cause constriction of the brain's blood vessels, leading to increased blood pressure. When blood pressure rises beyond the blood vessels' ability to regulate themselves, it often induces the vessels to rupture and bleed, resulting in a brainstem hemorrhage. Of course, for brainstem hemorrhage, smoking is just one triggering factor and not the sole cause. For these patients, the majority of cases are largely related to poor lifestyle habits, poor dietary habits, and the individual's underlying vascular conditions.

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Written by Zhang Hui
Neurology
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How to nourish the body after a brainstem hemorrhage

Brainstem hemorrhage is a very dangerous condition. If the bleeding is substantial, the patient may quickly fall into a coma or even die. If the bleeding is less severe, the prognosis might be relatively better. Patients with brainstem hemorrhage typically experience impaired swallowing functions, showing symptoms like inability to swallow food, difficulty in consuming water, and coughing while drinking. Therefore, it is crucial to supplement nutrition. Primarily, a feeding tube can be inserted for hydration and feeding, with the intake mainly consisting of easily digestible foods such as millet porridge, rice porridge, soybean juice, milk, etc. Additionally, it is important to supplement the patient with fresh vegetables and fruits to ensure an adequate supply of vitamin C. Furthermore, high-quality proteins like lean meat and beef should be provided to ensure adequate protein intake for patients with brainstem hemorrhage.

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Written by Jiang Fang Shuai
Neurosurgery
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Is brainstem hemorrhage serious?

Brainstem hemorrhage is caused by the rupture of small blood vessels in the brainstem, with common causes including hypertension, cerebral arteriosclerosis, vascular degeneration, and microaneurysms of vessels. Clinically, it manifests as sudden onset of consciousness impairment, confusion, coma or deep coma, accompanied by disorders of limb sensory and motor functions, eye movement disorders, and unstable vital signs, among others. If the hemorrhage occurs in the medulla, it can cause death by stopping the patient's heartbeat and breathing within a short period. Brainstem hemorrhage is a severe condition in neurology, and treatment focuses on bed rest to stop bleeding, reducing intracranial pressure, and treating complications. Despite advances in modern medicine, medical professionals often find themselves powerless in the face of many patients with brainstem hemorrhage. For brainstem hemorrhages with more than three milliliters of blood, most patients ultimately succumb to the condition. Therefore, brainstem hemorrhage is a very serious disease with a very high mortality rate in clinical settings.

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Written by Gao Yi Shen
Neurosurgery
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The acute phase of brainstem hemorrhage lasts for several days.

The acute phase of brainstem hemorrhage generally lasts about two to three weeks, or 14 to 21 days, but it also needs to be specifically assessed based on the different conditions of the patient. If the hemorrhage in the brainstem is relatively severe and located in an important functional area, then the critical period may be appropriately extended. For example, if the hemorrhage is in the medulla oblongata and has already caused respiratory and circulatory failure, as well as unstable vital signs and a comatose state, then the critical period could even reach about one to two months, because it is often necessary to use a ventilator to assist breathing, and the patient's comatose state does not allow for full consciousness. However, for some brainstem hemorrhages, such as a small hemorrhage in the pons that only causes the clinical symptom of headache in the patient, the critical period is generally no more than two weeks. Thus, each patient's condition is different.