Brain surgery is critical to repairing the brain’s structural problems or functional abnormalities. Furthermore, it’s a complicated and delicate process. Thus, a brain surgeon needs to determine whether or not you need to have one.
You may need to see a brain surgeon for neurological surgery for various reasons. For instance, a head injury can build pressure in the brain or result in bleeding and blood clotting. In addition, brain tumors, aneurysms, strokes, and skull fractures can also necessitate brain surgery. As such, it would be best to see your local neurosurgeon for proper diagnosis and treatment.
The type of brain surgery can depend on the condition you’re experiencing. In addition, you can be under anesthesia or awake, depending on the type of surgery you’re undergoing. Neurosurgeons can perform one of the below brain surgeries after thorough consultation and diagnosis.
1- Neuroendoscopy
Neuroendoscopy is one of the minimally invasive surgery techniques which neurosurgeons use. Essentially, this technique allows brain surgeons to inspect and perform procedures on hidden parts of your brain. To access such parts, surgeons use an endoscope through small incisions in the skull. Alternatively, they can thread the thin tube through the nose or mouth, resulting in minimal disruption to the surrounding tissues.
Notably, an endoscope contains a high-resolution camera and a light. Moreover, neurosurgeons can place surgical tools through it, allowing them to successfully perform this minimally invasive surgical procedure.
Various reasons may necessitate you to undergo neuroendoscopy. For instance, doctors may need to remove tumors or lesions on or near the pituitary gland. The gland is behind the bridge of the nose. Therefore, they can insert an endoscope through the nose. Other conditions that can require neuroendoscopy can include ventricular and pineal region tumors. Similarly, this procedure can be crucial when removing Rathke cleft cysts.
A neurologist may order a neuroendoscopy for patients with hydrocephalus and intraventricular hemorrhage. This process may be used to create an opening (fenestration) in the floor of the third ventricle or remove obstructive structures to relieve the fluid buildup in patients with such conditions.
Neuroendoscopy evacuates blood clots or removes sources of bleeding within the ventricular system following a hemorrhagic stroke or other causes of intraventricular bleeding. The same holds true with Chiari malformation, a condition where the lower part of the brain, called the cerebellar tonsils, extends into the spinal canal.
Once successfully done, recovery from neuroendoscopy significantly varies depending on the part of the brain the surgery. Sometimes, doctors may need to observe you for one or two days and discharge you depending on your condition. In addition, they would usually recommend avoiding heavy exercises or lifting for the first few weeks.
2- Deep Brain Stimulation
Deep brain stimulation (DBS) is an elective brain surgery that involves implanting electrodes into some regions of your brain. Like the heart’s pacemaker, neurosurgeons consider DBS a surgical intervention that helps treat patients with various movement disorders.
For instance, patients with epilepsy, Parkinson’s disease, essential tremors, and dystonia can undergo deep brain stimulation. Additionally, you might also undergo DBS if you have obsessive-compulsive disorder. But it’s a procedure doctors recommend last. Thus, they may need to determine that other medications haven’t been effective in maintaining the quality of life of a patient.
To perform this procedure, doctors will use neuroimaging to identify the section of your brain to place the electrodes. After that, they’ll implant these electrodes through surgical incisions. Additionally, they’ll run wires connecting to the electrode through your skin to an internal pulse generator. Generally, surgeons would place the pulse generator under your skin in the upper chest, near the collarbone.
Surgery for a DBS can be done on one or both sides of your brain, depending on your symptoms. But note that the effects are reversible. Furthermore, the doctors can customize each DBS according to a patient’s clinical status.
Consequently, the doctors can program the pulse generator using a unique remote control. They can customize the stimulator or program it automatically or manually according to your condition. This way, you can turn it on and off, depending on the doctor’s recommendations. Although, it can take several months to get the optimum setting specific to your condition.
3- Biopsy
You can undergo various diagnostic procedures when you visit a neurosurgeon. But, one necessary procedure is neuroimaging, like magnetic resonance imaging (MRI) which can help detect if you have irregular tissues or masses in your brain. As a result, doctors can determine if you need to undergo a biopsy.
A biopsy is a surgical procedure to remove tissues or cell samples from the brain for further testing. During the process, neurosurgeons will make an incision on the skull to remove the tissue samples. Alternatively, they can insert a needle by performing a stereotactic needle biopsy.
As a result, a biopsy can help determine if you have cancerous cells in your brain or another condition. Furthermore, if the cells are cancerous, a biopsy can help indicate their origin and how aggressive it is. Thus, it can be crucial to determining the course of treatment.
In certain neuromuscular disorders, such as myositis, a biopsy may be performed to evaluate the specific abnormalities in the tissue. This helps in confirming the diagnosis and guiding treatment decisions.
When an infectious process involving the nervous system is suspected, such as a brain abscess or certain types of meningitis, the biopsy will identify the causative organism and guide targeted antimicrobial therapy.
Typically, doctors can recommend a biopsy after examining your MRI results. Alternatively, they may recommend it if you exhibit particular signs and symptoms.
A biopsy decision also factors in the patient’s medical history, clinical symptoms, and diagnostic test results. The neurologist will then assess the risks and benefits of the procedure and consider it in consultation with other specialists, such as neurosurgeons or neuropathologists. Said professionals make up the teams that interpret the results.
4- Craniotomy
A craniotomy procedure involves removing part of your skull bone to access a section of the brain. This procedure is also known as open brain surgery. It’s important to note that craniotomy is temporary compared to craniectomy. In craniotomy, the doctors put back the bone. However, in craniectomy, the bone isn’t replaced.
The location of the craniotomy can determine the terms your doctors will use to describe the procedure. For instance, they can say frontal craniotomy if the surgery will be performed on the frontal part of your skull. Other terms you might encounter include temporal for the sides or occipital for the back of the head.
Additionally, the size of the skull bone to remove can depend on the condition. Moreover, it also depends on what other procedures neurosurgeons will need to perform inside the skull. Thus, craniotomies can vary considerably. For instance, you can undergo a keyhole craniotomy or burr hole craniotomy. A keyhole craniotomy is a minimally invasive procedure and allows surgeons to see a wide brain area through a small incision. On the other hand, a burr hole is the smallest of craniotomy procedures.
Various conditions can also necessitate a craniotomy. For instance, neurosurgeons can perform a craniotomy before a biopsy or a DBS. Additionally, they can perform a craniotomy to treat various abnormalities like hematoma, brain abscess, epilepsy, or aneurysm. Moreover, craniotomy is also a necessary procedure for removing brain tumors.
Recovery from a craniotomy procedure can be considerably longer than other brain surgeries. You might stay in the hospital for a more extended period. Furthermore, doctors may need to monitor your condition for such complications as seizures and brain swelling. However, after discharge, you’ll need various follow-up appointments depending on the reason for the craniotomy. These follow-ups can also help neurosurgeons to monitor your recovery progress and if there are new symptoms arising from the surgery.
Conclusion
Brain surgeries can help treat various medical conditions. However, the doctors might perform multiple diagnostic procedures first to determine the appropriate type of brain surgery for you. The duration of the surgery and the recovery period will depend on the type of surgery you undergo.
For instance, the recovery period for a biopsy procedure can be significantly shorter than that of a craniotomy. Overall, brain surgery can help you regain various brain functions and recover from life-threatening conditions.
Read Also
- Advancements in Orthopedic Treatments: A Leap Forward
The field of healthcare is constantly evolving and orthopedic treatments are at the forefront of this change, moving in the direction of more innovative and less invasive options. The center of this shift is the emergence of orthobiologics, a promising approach for individuals suffering from orthopedic injuries. Differing from conventional methods, which often involve surgery… Read more: Advancements in Orthopedic Treatments: A Leap Forward - Empowering Fitness Journeys: A Deep Dive Into 3D Body Scanner Technology
Technology is transforming our approach to comprehending our bodies. One notable breakthrough is the 3D body scanner. This technology is changing the game by reinventing how people achieve their fitness objectives. In this post, we’ll look at the practical uses of 3D body scanning, the benefits it provides, and its role in encouraging healthier living.… Read more: Empowering Fitness Journeys: A Deep Dive Into 3D Body Scanner Technology - How Technology Is Changing the Role of a Patient Care Assistant
Today, tech gadgets aren’t just for gamers and IT pros! They’re also changing the game for a patient care assistant (PCA). Imagine wearing smart glasses that remind you of a patient’s needs or using apps that make paperwork a breeze. It’s not just cool; it’s making the important job of caring for others easier and… Read more: How Technology Is Changing the Role of a Patient Care Assistant - The Latest Advances in Eye Health Technology
In the ever-evolving field of medical technology, advancements in eye health have opened new horizons for diagnosing, treating, and preventing ocular diseases. We’ll look into some of the latest breakthroughs in eye health technology, offering insights into how these innovations transform patient care and outcomes. The Latest Advances in Eye Health Technology In the dynamic… Read more: The Latest Advances in Eye Health Technology - Revolutionizing Dentistry: Advances In Dental Imaging Technologies
In dentistry, the role of imaging technologies cannot be overstated. As a cornerstone of dental diagnostics and treatment planning, imaging techniques have evolved significantly over the years, revolutionizing how dental professionals visualize, diagnose, and treat various oral health issues. That said, this article aims to provide a comprehensive overview of the current state of dental… Read more: Revolutionizing Dentistry: Advances In Dental Imaging Technologies - Revolutionizing Medical Devices Manufacturing with Metal Cutting Fiber Lasers
Metal cutting fiber lasers have revolutionized the manufacturing process of medical devices. These advanced lasers offer numerous benefits, including improved precision and higher cutting speeds. This article will explore the advancements in metal cutting fiber lasers and their applications in the medical field. Overview of metal cutting fiber lasers Metal cutting fiber lasers are advanced… Read more: Revolutionizing Medical Devices Manufacturing with Metal Cutting Fiber Lasers
