Sequelae of cerebral hemorrhage

Written by Chen Ya

Geriatrics

Updated on September 27, 2024

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The most common sequelae of cerebral hemorrhage is hemiplegia, which is specifically characterized by reduced muscle strength in the limbs on one side, difficulty in movement or complete immobility, often accompanied by sensory impairments on the same side, such as reduced sensation to cold, heat, pain, etc., or complete numbness. Sometimes there may also be vision loss on the affected side, as well as aphasia, headache, vertigo, and nausea.

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Written by Chen Ya

Geriatrics

27sec

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Can a secondary hemorrhage from cerebral hemorrhage be saved?

Although the mortality rate for secondary hemorrhage of cerebral hemorrhage is relatively high, there is still hope for recovery if medical attention is sought in time and aggressive treatment is administered. For instance, those with large amounts of hemorrhage can undergo surgical treatment in neurosurgery, while those with smaller amounts of bleeding can receive conservative treatment. Generally, the smaller the amount of bleeding, the greater the likelihood of survival.

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Written by Zhang Hui

Neurology

1min 12sec

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What should be done about cerebral hemorrhage?

Cerebral hemorrhage is a relatively serious disease. After a cerebral hemorrhage occurs, patients usually experience noticeable headaches, nausea, and vomiting. The onset is relatively rapid, and it may present clinical symptoms such as slurred speech, deviation of the mouth, and paralysis of one side of the body. In severe cases, the patient may become comatose or even die. Once diagnosed with cerebral hemorrhage, it is necessary to immediately rush to the nearest hospital for treatment. It is important to ensure the patient rests in bed, keeps their emotions stable, avoids emotional excitement, and maintains regular bowel movements without straining. If cerebral hemorrhage causes increased intracranial pressure, dehydration medications to reduce intracranial pressure can be used. Additionally, medications to protect brain cells should be used. It is crucial to actively control the patient's blood pressure and, when the condition stabilizes, to perform regular rehabilitative exercises to promote the recovery of neurological functions. If the volume of the cerebral hemorrhage is large and threatens the patient's life, neurosurgery may be needed to save the patient's life.

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Written by Zhang Jin Chao

Neurosurgery

40sec

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What causes cerebral hemorrhage?

Brain hemorrhage is a common problem that can be caused by many phenomena. The most common causes include hypertension and arteriosclerosis, which can lead to the rupture of blood vessels and consequently brain hemorrhage. Other cerebrovascular abnormalities, such as vascular malformations, cavernous angiomas, or intracranial aneurysms can also lead to brain hemorrhage. Additionally, brain tumors that rupture can cause hemorrhage, as can conditions where there are issues with blood coagulation function and poor clotting times. Some patients may experience brain hemorrhage due to cerebral lipoid degeneration, and trauma can also cause brain hemorrhage.

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Written by Chen Yu Fei

Neurosurgery

41sec

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Causes of cerebral hemorrhage

There are many causes of cerebral hemorrhage. In most cases, given that patients themselves already have certain underlying diseases, such as hypertension, diabetes, coronary heart disease, and arteriosclerosis, the blood pressure remains high over a long period. This causes the blood vessels to be in a constant state of tension. Over time, the vessels' ability to regulate and contract gradually weakens. When certain triggers occur, such as the patient experiencing fatigue, mental stress, or emotional excitement, the blood pressure temporarily spikes, exceeding the vessels' regulatory capacity, leading to the rupture of the blood vessels and causing cerebral hemorrhage.

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Written by Jiang Fang Shuai

Neurosurgery

1min 15sec

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How is cerebral hemorrhage treated?

The treatment for brain hydrocephalus includes conservative medical treatment and surgical intervention. Conservative medical treatment is primarily for patients with a lesser amount of bleeding, using methods such as hemostasis, brain protection, dehydration to reduce intracranial pressure, and maintaining electrolyte balance for symptomatic support treatment. For bedridden patients, it's also necessary to prevent and treat various complications such as pulmonary infections, urinary system infections, and venous thrombosis. Surgical treatment is mainly for patients with a larger volume of bleeding, approximately 30mL of cerebrospinal fluid bleeding, cerebellar bleeding over 10mL, or cerebellar bleeding less than 10mL but causing brainstem compression. Patients with hydrocephalus should actively consider surgery to remove the hematoma. The decision to perform decompressive craniectomy is based on preoperative and intraoperative findings. In some cases, where the brain compression is not severe, or in elderly patients who have poor tolerance for surgery, minimally invasive surgery to remove the hematoma may be considered.