Methodist Hospital of Houston revealed the consequences of intracerebral hemorrhage

Data from a report from the Houston Methodist Hospital showed that intracerebral hemorrhages make up 10% of all blows. This makes cerebral hemorrhages one of the causes with the highest mortality among humans.

In addition, the report notes that people over 60 intracerebral hemorrhage (inside the brain) more often compared with hemorrhage around the brain or subarachnoid. Doctors at the Neurological Institute at Houston Methodist Hospital say intracerebral hemorrhage often results from chronic high blood pressure and the most common warning sign is a severe headache.

“The most accurate diagnoses are concentrated in the results of diagnostic imaging tests,” says the document, published in NotiPress. To get these results, the researchers ran a series of behavioral tests to create a model system and study it. consequences of subarachnoid hemorrhage.

In this sense, the neurosurgeon Gavin Britz stated that this investigation was aimed at analyze neurological deterioration after subarachnoid hemorrhage.

This baseline is especially important as we develop therapies, devices and drugs to treat the devastating effects of hemorrhagic stroke,” he said.

In addition, also a professor in the Department of Neurosurgery at the Houston Methodist Hospital told NotiPress that the results could lead to future research. For example, learning and memory disorders or methods for assessing the effectiveness of therapeutic interventions caused by catastrophic bleeding.

According to a study by the Houston Methodist Hospital, subarachnoid hemorrhages They have a 40 percent mortality rate. Overall, 95 percent of patients remain with persistent neurological, psychological, and cognitive impairment.

The study details how a stroke behaves, and in the first few days after a hemorrhage, the lesions cause decreased cerebral blood flow. Subsequently, between 3 and 14 days after a subarachnoid hemorrhage, about a third of patients experience worsening neurological symptoms.

Some of these problems are reduced consciousness, in addition, areas of the brain, especially those associated with learning and memory, suffer from deterioration. For physicians at the Houston Methodist Hospital, led by neurosurgeon Britz, this study sets the standard for delving into accidents caused by cerebral hemorrhage.

In addition, it sets the tone for possible immune system mechanisms, cerebrospinal fluid outflow, and glymphatic outflow. Each of these new studies may contribute to the neurocognitive deficits seen in stroke patients, the doctors say.

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