Units

Brain and nerve surgery encompass the medical intervention of diseases such as vascular occlusions, injuries, and conditions like herniated discs originating from the brain and spinal cord regions.

Brain vascular diseases are prevalent today due to various reasons, leading to a multitude of diagnostic and treatment methods. Common diseases and issues encountered in brain surgery often include:

• Strokes and paralysis due to brain vascular occlusion
• Brain tissue and membrane hemorrhages caused by accidents, trauma, etc.
• Damages caused by high blood pressure and similar reasons
• Aneurysms in the brain vessels, sometimes leading to life-threatening bleeding
• Carotid artery occlusion or narrowing
• Tumors in the brain and spinal cord
• Herniated discs in the back and neck, causing related problems
• Tumors and vascular diseases in pediatric/child patients
• Brain pacemaker applications for conditions like Parkinson’s and similar disorders
• Congenital health issues resulting in brain bleeding
• Congenital nervous system disorders
• Increased problems with cerebrospinal fluid in the brain
• Congenital or acquired spinal deformities
• Head and spinal cord injuries due to accidents and similar traumatic reasons
• Various spinal cord and vascular diseases
• Skull deformities

Brain Pacemaker Treatments:
Brain pacemakers are a state-of-the-art treatment method successfully applied to neurological issues causing involuntary movement disorders. Health issues where brain pacemakers are used include:

• Parkinson’s disease
• Dystonia (a group of diseases where the body involuntarily contracts and twists)
• Tremors
• Epilepsy
• Huntington’s disease (a genetic disorder affecting movement coordination)

Brain pacemaker applications significantly enhance the quality of life for patients who may be unable to walk, speak, or perform daily activities due to neurological diseases.

Spinal Cord Pacemaker Treatments:
A spinal cord pacemaker uses a special electric cable placed on the spinal cord membrane to block pain signals going to the brain. By sending a very low level of electric current to the spinal cord, the spinal cord pacemaker prevents the transmission of pain signals to the brain. It is also referred to as a pain pacemaker. It can be applied to chronic pain patients who have had back surgery but still experience pain and patients with persistent leg pain after spinal cord injury.

Epilepsy Pacemaker:
An intelligent epilepsy pacemaker anticipates the onset of a seizure by monitoring the patient’s pulse. It rapidly comes into play to suppress the seizure during this process. The epilepsy pacemaker is a high-tech system aimed at stopping or reducing the severity of seizures in epilepsy patients.