Neuroendoscopic intracerebral hematoma removal

Neuroendoscopy is like a pair of moving eyes, which can enter through the narrow cavity of the surgery, and can turn around and observe the lesion at will, and can achieve the observation effect of "close to, magnify, and have no dead angle".

Neuroendoscopic surgery is performed under endoscopic surveillance and does not require excessive stretching of the brain tissue, minimizing the chances of cerebral contusion and cerebral edema. The ability of the neuroendoscope to be placed into the hematoma cavity to allow for multiple views helps to remove hematomas in the blind spot of the microscopic field of view, increasing the rate of hematoma removal.

The main advantage of neuroendoscopic surgical technique is that it can deal with deep intracranial lesions through small incisions with minimal trauma. Combined with stereotactic technique, it not only has the advantage of stereotactic pinpointing, but also changes the stereotactic guiding process from invisible to direct vision operation, and observes and treats lesions that are difficult to visualize under the microscope, which further improves the quality of the surgery and reduces surgical complications. Reduce surgical complications.

1. Small tissue damage, in line with the principle of minimally invasive neurosurgery.

2. Many lesions only need to drill a hole through the skull or open a small bone flap to introduce the endoscope into the skull, without the need for a large bone flap to open the cranium, and through the image to expose a specific part of the cranial cavity, which reduces the damage of craniotomy. Patients recover quickly after surgery.

3. Endoscopy with functional magnetic **** vibration imaging technology, ultrasound guidance technology, stereotactic technology, can accurately locate the scope, size, shape and nature of the lesion, design the surgical access to avoid the functional area, guide the brain endoscope to accurately arrive at the site of the lesion and perform the operation, avoiding the damage during the incision, pulling and exposing of the intracranial brain tissues, nerves and blood vessels.

4. Direct visualization of the surgical field and lesion, avoiding blindness in intracranial or intracerebral operations.

5. Simplify the surgical operation process, shorten the operation time and reduce the hospitalization cycle of patients.