What foods should not be eaten in the case of a cerebral infarction?

Written by Tang Bo
Neurology
Updated on November 29, 2024
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Stroke refers to the necrosis of brain tissue, causing a series of neurological functional deficit symptoms. The dietary requirements for stroke must be determined comprehensively based on the patient's own condition and underlying diseases. For instance, common risk factors for stroke include hypertension, diabetes, hyperlipidemia, and elevated homocysteine levels, along with unhealthy habits such as smoking and drinking. If the patient has hypertension, a light diet should be emphasized. If they have hyperlipidemia, fatty foods should be avoided in favor of a low-fat diet. In cases of high homocysteine levels, it is advisable to consume foods rich in vitamins. Additionally, if the patient has diabetes, they must adhere to a diabetic and low-sugar diet. Therefore, what food can be consumed depends on the patient's underlying diseases and the symptoms of the stroke. If the patient has swallowing difficulties, care must be taken to avoid hard foods as this could lead to choking and potentially cause a lung infection. Thus, the patient's individual condition must be taken into account when deciding their diet.

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Written by Tang Bo
Neurology
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Cerebral infarction X-ray manifestations

Brain infarction generally does not involve X-rays because X-rays primarily target bone issues, not brain tissue issues. If a brain infarction occurs, a cranial CT or MRI can be performed. In acute cases of sudden onset, a cranial CT is primarily used to exclude cerebral hemorrhage, as brain infarction typically does not show up in the acute phase. However, in cases of extensive brain infarction, changes might also appear on a CT during the acute phase. Additionally, after the acute phase, about 1 day or 24 hours later, brain infarctions generally appear as low-density shadows on a CT. On an MRI, in diffusion imaging, brain infarctions generally appear as high-density, high-signal areas, while they appear as low-signal areas in T1 imaging and high-signal areas in T2 imaging. It is also suggested to perform cranial magnetic resonance angiography to examine the status of the blood vessels.

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Written by Liu Yan Hao
Neurology
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Can a cerebral infarction be effectively treated?

Most cases of cerebral infarction can be treated effectively, except for some extensive cerebral infarctions, which may leave varying degrees of sequelae. During the acute phase of treatment for cerebral infarction, medications that promote blood circulation, improve circulation, prevent platelet aggregation, and anti-atherosclerosis drugs are used. If treatment can be administered within three hours of onset, intravenous thrombolysis can be performed, which may lead to a faster recovery if successful. Additionally, medications that eliminate free radicals are used during the acute phase to remove free radicals that damage brain cells. Other treatments involve the use of neurotrophic drugs to support the repair of damaged brain cells. After stabilizing the condition, active rehabilitation exercises are recommended, and most patients can be effectively treated.

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Written by Liu Yan Hao
Neurology
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Is a brain embolism the same as a cerebral infarction?

Cerebral embolism is a type of cerebral infarction, but not completely identical to cerebral infarction. Cerebral embolism occurs when an embolus from another part of the body outside the brain detaches and blocks a cerebral blood vessel. Cerebral embolism generally has a sudden onset, with a rapid development of symptoms, reaching a peak in a very short time, potentially causing severe conditions such as coma and paralysis of limbs within a short period. Common sources of emboli include arterial plaques in the neck vessels, particularly soft arterial plaques that are prone to detachment, forming an embolus that can obstruct cerebral vessels. Another common source of emboli is the detachment of mural thrombi from the inner walls of the heart, typically seen in patients with atrial fibrillation, where thrombi tend to form on the heart's inner walls and can detach to block cerebral vessels. Treatment includes the use of antiplatelet or blood-activating and stasis-dissolving drugs, as well as medications to stabilize plaques. It is vital to actively treat the primary disease, such as using anti-arrhythmic drugs for patients with atrial fibrillation.

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Written by Tang Bo
Neurology
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What to eat for lacunar infarct.

Lacunar stroke is a type of cerebral infarction caused by small vessel disease that leads to the occlusion of cerebral vessels. Therefore, the dietary recommendations for lacunar stroke are similar to those for general stroke. For patients who are overweight, it is important to control body weight. It is recommended to reduce the intake of animal liver and other organ meats, as well as foods high in cholesterol or fat. It is advisable to consume high-quality proteins such as milk, duck, fish, and soy products. The intake of pork, beef, and lamb, especially fatty cuts, should be minimized and lean meats should be emphasized. Additionally, it is beneficial to consume more vitamin-rich foods such as tomatoes and fruits, and to increase the intake of vegetables. Diets should be light and avoid excessive salt intake to prevent hypertension, which can also lead to lacunar stroke.

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Written by Chen Ya
Geriatrics
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How long can someone with a complete paralysis from a cerebral infarction survive?

The life expectancy of patients with total paralysis from cerebral infarction cannot be generalized, as it depends on the size and location of the stroke, as well as the treatment received. A larger affected area, especially if the stroke occurs in a critical area like the brainstem, and if treatment is delayed, may result in the patient not surviving the acute phase due to high intracranial pressure, which can be fatal. If a patient survives the acute phase and moves into the residual effects phase, the outcome will depend on the rehabilitation treatment received, as well as care from family and community nursing. Such patients are prone to complications, such as pneumonia, which can be life-threatening. The initial stroke may not be fatal, but the treatment outcomes vary significantly. Some patients, if well cared for and treated promptly without recurring episodes, can have a comparatively long lifespan.