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For nearly a decade, Dr. Ilyas Munshi has assisted patients as a board-certified neurosurgeon in Lafayette, Louisiana. Dr. Munshi assists his patients throughout the treatment process, ranging from the initial office visit and possible surgery to post-intervention care. He holds experience in many procedures, including epilepsy and seizure surgery, spinal injections, minimally invasive surgery, spinal pumps and stimulators, and computer-assisted image-guided surgery. Dr. Munshi treats patients with pituitary tumors, epilepsy, adult and pediatric brain tumors, as well as peripheral nerve conditions. Dr. Ilyas Munshi’s staff is actively involved in the treatment process, collecting medical histories and symptom information to determine the extent of impairment of daily functions. After any diagnostic tests are conducted, Dr. Munshi will explore various possibilities for treatment. In addition to his private practice, he holds medical privileges at Lafayette General Medical Center and Our Lady of Lourdes Regional Medical Center. Dr. Ilyas Munshi pursued his undergraduate education at the University of Illinois, where he received his degree in computer science. Dr. Munshi then continued his education at Rush Medical College, where he earned his M.D. He then fulfilled his residency at the University of Chicago. In addition, he wrote several articles that were later published. Highly honored, he won a National Engineering Consortium Award. Actively involved in his profession, Dr. Ilyas Munshi is affiliated with several professional organizations. They include the American Association of Neurological Surgeons, the North American Spine Society, the Cyberknife Society, and the Honor Society of Phi Kappa Phi. Closer to home, Dr. Ilyas Munshi is a member of the Louisiana State Medical Society and the Lafayette Parish Medical Society. With a commitment to his community, he provides neurological care free of charge to patients in need. He is also actively involved in the local Indian community. In addition to spending time with his two children, he enjoys running, golfing, and skiing, as well as coin and stamp collecting.

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Understanding Pituitary Tumors

Pituitary tumors are abnormal cell growth in the pituitary, a small gland above the nasal passages and the soft palate (roof of the mouth), just under the brain. Connecting with the hypothalamus in the brain, the pituitary serves as a link between the brain and the glands and organs that comprise the endocrine system and produce hormones. The “master control” hormones the pea-sized pituitary produces function to regulate other hormone levels throughout the body.

A majority of pituitary tumors are noncancerous. These benign growths are known as pituitary adenomas and experience only gradual growth, not spreading to other parts of the body. Some impact pituitary functioning, causing overproduction of certain hormones and hormonal imbalance.

When pituitary tumors exceed around a half-inch in width, they run out of space and tend to grow upward, pressing on important nerves and parts of the brain. This can cause headaches and vision changes. Pituitary carcinomas, or pituitary cancers, are extremely rare. However, they can produce hormones and may spread to nearby areas such as the spinal cord, brain, bone, and meninges (the brain and spinal cord covering). In cases of cancerous tumors and those with negative symptoms, treatment operations include radiation therapy, drugs, and surgery to remove the tumor.

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An Overview of Peripheral Nerve Damage

Peripheral neuropathy or peripheral nerve damage is a neurological condition impacting between 20 and 30 million Americans, though peripheral neuropathy is a highly underdiagnosed condition. Americans over 50 have an increased risk of suffering peripheral nerve damage.

The condition develops due to nerve damage outside the brain and spine, collectively known as peripheral nerves. Many different health emergencies can cause peripheral nerve damage, from a traumatic injury to metabolic complications. Exposure to toxins can also damage the peripheral nerves.

Common symptoms of peripheral neuropathy include pain, weakness, and numbness. Individuals feel symptoms in the hands and feet, but peripheral neuropathy can impact other parts of the body and may disrupt basic bodily functions, including urination and digestion. Specific symptoms depend on whether the damage has primarily impacted sensory, motor, or autonomic nerves.

Individuals should contact a physician if they ever feel pain, weakness, or tingling in their limbs. Treatments for peripheral neuropathy involve managing the condition. In some cases, the underlying damage may heal on its own. More complex cases may require medication and physical therapy.

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Medical Conditions Treated by a Neurosurgeon

Neurosurgeons treat conditions related to the nerves and the nervous system, mainly comprising the brain and spinal cord. Primary care physicians refer patients to neurosurgeons as necessary, including for spinal tumors.

Spinal tumors or abnormal growths around the spinal cord require the attention of neurosurgeons. Not all spinal tumors are cancerous, but those causing pain or other symptoms require surgical removal.

Another condition frequently treated by neurosurgeons is sciatica, which causes severe pain in the lower back, often resulting from degenerative disc disease. Neurosurgeons use various minimally invasive treatments to address sciatica and alleviate its symptoms.

Additionally, neurosurgeons treat various brain tumors, including meningiomas and metastatic brain cancer. While metastatic brain tumors refer to the type of brain tumors that originate from other parts of the brain and then spread to the brain, meningioma brain tumors start in the brain and spread further into the inner membranes of the brain. Neurosurgeons employ chemotherapy, radiosurgery, and surgical interventions to manage and treat both meningiomas and metastatic brain tumors.

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Some Risk Factors for Brain Tumor

A brain tumor is an abnormal growth of cells within the brain or its surrounding tissues. Tumors originating in the brain itself are termed primary brain tumors, while those resulting from cancer spreading to the brain from other parts of the body are referred to as secondary brain tumors. Several risk factors contribute to the development of brain tumors, including specific activities or circumstances that increase susceptibility.

One of the most prevalent risk factors associated with brain tumors is radiation exposure. Radiation therapy used to treat various medical conditions has been linked to an increased risk of developing brain tumors. For instance, in the past, low-dose radiation was utilized to treat conditions like ringworm in children. However, it was later observed that individuals exposed to such radiation during childhood were more likely to develop different types of brain tumors later in life, typically emerging 10 to 15 years post-exposure.

Another significant risk factor is having a weakened immune system, which can predispose individuals to certain types of brain tumors called brain lymphomas. Lymphomas are malignant forms of lymphocytes, a type of white blood cell crucial for immune function. Conditions such as congenital immunodeficiencies, treatments for other cancers, organ transplantation, and diseases like acquired immunodeficiency syndrome (AIDS) can all compromise immune function, increasing the risk of brain lymphomas.

Additionally, frequent exposure to certain chemicals has been associated with an elevated risk of developing brain tumors. Individuals regularly encountering potentially carcinogenic chemicals in industrial settings should exercise caution to minimize exposure. Taking appropriate safety measures when handling such substances is crucial for reducing the risk of developing brain tumors and other health complications.

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Ways to Prevent Neurological Disorders

Neurological disorders are increasingly becoming a significant concern, impacting millions worldwide. These disorders affect the nervous system, encompassing the brain, spinal cord, and nerves. Common examples include brain tumors and spinal disorders. Neurological disorders can stem from various causes, including environmental, physiological, and even congenital factors. Fortunately, many of these conditions can be prevented through proper care of the brain and central nervous system.

One of the most crucial preventive measures against neurological disorders is avoiding head injuries. Such injuries can inflict long-term damage to the brain, often leading to further neurological complications. Pregnant women must also take care to avoid actions that could harm the unborn baby's head, as any trauma during pregnancy can result in serious congenital neurological disorders.

Regular exercise serves as another effective preventive measure against neurological disorders. Engaging in physical activity for 10 to 15 minutes, two to three times a week, has been scientifically shown to significantly reduce the risk of conditions like dementia by up to 30 to 40 percent.

Additionally, keeping the brain active with cognitive activities is vital for preventing neurological disorders. Such activities apply healthy pressure to the brain, promoting overall brain health and functionality. However, it's essential to strike a balance and avoid excessive stress on the brain. Adequate sleep and meditation are recommended practices to ensure optimal brain health and reduce the risk of neurological disorders.

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What Is a Pituitary Tumor?

A neurosurgeon with over 22 years of experience, Ilyas Munshi has received multiple awards for his work and has published multiple articles regarding his areas of interest. Treating patients in several healthcare facilities in Lafayette, Louisiana, Ilyas Munshi performs procedures like peripheral nerve surgery and pituitary tumor removal.

The pituitary gland secretes hormones controlling vital autonomic functions. Noncancerous pituitary tumors are called adenomas and do not spread to other parts of the body, whereas carcinomas can spread to other organs. Functioning adenomas interfere with a patient’s hormonal balance by creating an excess of a certain hormone, like thyrotropin, which stimulates the thyroid gland, or growth hormone, which dictates growth. Nonfunctioning adenomas do not produce hormones, but they can press on the surrounding brain and nerves, causing symptoms like headaches, vision problems, and nausea.

Adenomas can also produce different effects based on size. Microadenomas, which are smaller than a half-centimeter across, usually only cause symptoms if they produce excess hormones. Macroadenomas, which are larger than a half-centimeter across, can disrupt hormonal balance and press on surrounding nerves. The presence of nonfunctioning macroadenomas can also reduce hormone production.

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Spinal Pain Pumps Allow Consistent Dosing of Severe Pain Medications

Located in Lafayette, Louisiana, board-certified neurosurgeon Dr. Ilyas Munshi performs various complex procedures. In practice since 2001, Dr. Ilyas Munshi helps patients manage persistent severe pain with spinal pumps, which infuse a preset amount of medication into the fluid surrounding the spinal cord, preventing pain signals from reaching the brain.

Also known as an implanted intrathecal drug delivery system, the device consists of three parts: a reservoir inserted in the abdomen that contains a medication such as morphine, a pump, and a catheter that connects the reservoir to the correct part of the spinal cord. Powered by batteries that last five to seven years, the pump releases the medication at designated times or can be activated by the patient if the pain becomes too great. The surgeon places the pump with a reservoir under the skin of the abdomen in an operation that lasts three to four hours and requires general anesthesia.

In addition to permitting regular doses automatically, the pump requires a much smaller amount of medication since it goes directly to the site rather than being diluted in the bloodstream. A doctor refills the pump every one to three months.

The pump is designed for patients experiencing severe pain, such as patients with cancer and withve had problems such as spinal injuries, prolonged postoperative pain, or spasticity, a condition in which muscle tissue is continuously tense and unable to flex. Good candidates for a spinal pump include patients who have exhausted conventionally dosed opioids, physical therapy, and relaxation methods, require pain relief 24-7, and expect to live more than six months. People with substance abuse issues, psychiatric illnesses, and pressure inside the skull are less likely to be considered eligible.

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AANS Provides Information on Neurological Conditions and Treatments

Ilyas Munshi, MD, is a practitioner of neurosurgery based in Lafayette, Louisiana. Throughout his career, he has committed himself to remaining knowledgeable about the latest technologies that can benefit patients. To this end, Ilyas Munshi, MD, engages with a wide variety of professional communities, including the American Association of Neurological Surgeons.

Established in 1931, the American Association of Neurological Surgeons is an educational and scientific organization consisting of more than 12,000 members around the world. The organization provides medical professionals and the general public with up-to-date information on a range of neurological conditions and corresponding treatments.

Central cord syndrome (CCS), for example, is a condition resulting from an incomplete traumatic injury to the part of the spinal cord running through the bones of the neck. Symptoms include weakness of the limbs and partial paralysis, while treatments range from the conservative (such as a cervical collar and physical therapy) to acute surgical intervention.

Lumbar spinal stenosis involves the narrowing of the spinal canal along the lower five vertebrae making up the lumbar spine. As the spinal canal narrows, the surrounding nerves are compressed, leading to pain and weakness in the legs and consistent cramping, among other symptoms. Neurosurgeons typically treat cases of lumbar spinal stenosis with a laminotomy or foraminotomy, among other options. Non-surgical options may be available, while spinal fusion procedures may be required in certain cases.

Finally, osteoarthritis is the most common type of arthritis in the United States. The condition is usually treated with anti-inflammatory medications, cortisone injections, and therapy for pain management. In severe cases, or when osteoarthritis leads to advanced spinal stenosis, surgery may represent the best course of action.

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Recovery after a Brain, Neck, or Back Operation - What to Do

Lafayette, Louisiana-based neurosurgeon Dr. Ilyas Munshi has close to 20 years of experience diagnosing and treating complex neurological conditions. A board-certified practitioner, Dr. Ilyas Munshi also publishes helpful information to guide patients in their healing. One of the articles he published gives details on what patients should and should not do following brain, neck, or back surgery.

Post operation, patients should not remove their dressings until 48 hours after surgery. If there are steri strips under the bandage, patients should not remove them. They will fall off naturally. Sutures will be removed by the doctor at the next visit. If a patient had carpal tunnel release, however, he or she should not remove the dressings until he or she is seen by a doctor to ensure healing. If incisions are covered with waterproof dressings, patients can shower after surgery. If not, they should not shower until after removal.

Patients may experience soreness, pain, and even irritation around the wound area after surgery. Their symptoms may also not disappear immediately. Following brain surgery, a patient may experience headaches, sensory issues, and difficulty concentrating or remembering. The doctor will prescribe pain medication to be taken post operation as prescribed. If a patient is on other medication, he or she can continue taking them. However, he or she should consult the doctor with regard to blood thinning medication. The patient can also resume his or her normal diet after operation, unless he or she has a sore throat. In that case, soft foods and thick liquids are preferable.

Patients are typically given a follow-up appointment one to two weeks after surgery. They should attend all follow-up appointments.

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Neuronavigation Adds Precision and Safety to Brain and Spine Surgery

Named a top medical provider by Newsweek magazine, Dr. Ilyas Munshi has practiced neurosurgery in Lafayette, Louisiana, for nearly 20 years. Keeping current with best practices, Dr. Ilyas Munshi’s expertise includes neuronavigation, the use of computer-aided imagery in delicate operations.

In widespread use since the 1990s, neuronavigation reduces the chance of infections and shortens hospital stays by using small incisions rather than larger openings. Neuronavigation allows surgeons to wield their instruments accurately (within one millimeter) in areas where critical structures are tightly packed.

The process begins by viewing the affected area with x-rays, computerized tomography scans, or magnetic resonance imaging. Software then creates a 3D representation of the site, which matches the actual anatomy of the patient. Working from a live monitor, the surgeon receives up-to-the-second images as the operation progresses.

Neuronavigation removes much of the uncertainty of spinal and brain surgery. Doctors can remove all of a brain tumor and correct malformations in the vertebrae with a much lower likelihood of damaging surrounding tissue.

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Association of Neurosurgeons to Share Scientific Findings in Vancouver

One of the youngest doctors to earn board certification in his specialty, Dr. Ilyas Munshi is an experienced neurosurgeon in Lafayette, Louisiana. To stay abreast of the latest innovations, Dr. Ilyas Munshi is a member of the American Association of Neurological Surgeons (AANS).

Founded in 1931 and first named after Harvey Cushing (a pioneer who greatly reduced the incidence of mortality during brain surgery), the AANS will present its yearly scientific meeting from April 17-21, 2021, in Vancouver, British Columbia. Subtitled Neurosurgery United: Stronger Together, the gathering has designated nine four- or five-star hotels for attendees.

Some 200 presentations and 24 courses will let participants earn up to 45.5 hours of continuing medical education. In addition to various diseases of the brain and spine, sessions will cover such topics as the safe use of opioids, understanding how sports injuries affect the spine, and concepts of pediatric care.

The association is now soliciting abstracts of research projects. Proposals will be evaluated anonymously by neurosurgeons in the relevant subspecialties, and can be presented orally, via an e-poster, or both. They must reach the AANS by October 5, 2020. Authors of accepted abstracts will be notified late in December.

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ABNS CC Program Provides Neurosurgeons with Quality Training

Dr. Ilyas Munshi is an accomplished board certified neurosurgeon whose medical practice extends over two decades. Specializing in brain and spine as well as peripheral nerve surgery, he has worked in multiple medical organizations and manages his own private practice in Lafayette, Louisiana. To inform his professional standing, Dr. Ilyas Munshi belongs to several medical associations including the American Board of Neurological Surgery.

The American Board of Neurological Surgery (ABNS) has a mandate to define and boost the standards of neurological surgery training as well as administer key primary examinations. The ABNS Continuous Certification (CC) program is designed to promote excellence in patient care and aligns with the goal of the board to offer support for continuous training within the practice of neurosurgery. Through the CC program, professionals can adapt to the rapid changes within their areas of specialization while complying with both hospital and state requirements.

The CC program traces its origins to the late 1990s when the American Board of Medical Specialties brought together numerous member boards including ABNS to form a Task Force on Competence to develop it. The program assumes that gaining necessary skills and knowledge starts in medical school, increases during residency, and remains part of a specialist’s career journey. Neurosurgeons participating in the CC program should possess an ABNS certificate and a valid unrestricted license allowing them to practice in their states of jurisdiction, as well as have unrestricted hospital privileges.

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The Physician Leadership Academy Training Future Physician Leaders

A board-certified neurosurgeon based in Lafayette, Louisiana, Dr. Ilyas Munshi has practiced neurosurgery for more than two decades. Throughout his career, he has been affiliated with multiple medical facilities. Ilyas Munshi, MD is a member of various professional associations, including the Louisiana State Medical Society.

Louisiana State Medical Society (LSMS) is the trusted voice for physicians and patients in Louisiana, bringing together a diverse range of medical professionals. LSMS has multiple education initiatives, including the Physicians Leadership Academy, which aims to offer an in-depth and engaging educational experience for physicians keen on taking up organizational leadership duties.

The academy targets physicians in private practice, academia, and those who’re members of an integrated delivery system. Participating physicians get a chance to gain key knowledge in technical and managerial skills to best position themselves to take on organizational duties in a rapidly changing industry.

The Spring Academy takes place once per year on diverse dates and locations, with the agenda covering multiple key areas. Major topics include finance and operations, authentic leadership and leading high-performance teams, professional branding, digital healthcare, strategic management, and workforce planning. Others include benchmarking, innovation and disruption, team-based care delivery, and remote monitoring.

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Seizure Emergencies In Epilepsy - Convulsive Status Epilepticus

Drawing on two decades of experience providing neurosurgical care, Dr. Ilyas Munshi serves patients in the Lafayette, Louisiana area with his independent medical practice. Dr. Ilyas Munshi is deeply interested in the study and treatment of epilepsy and seizure surgery.

A neurological condition affecting the nervous system, epilepsy increases the risk of unexpected seizures that are not provoked. Seizures are characterized by excessive electrical activity in the brain, and are considered an emergency when they last a long time or when two or more occur close together, not allowing the person to recover in the interval.

The most common form of seizure emergency is convulsive status epilepticus, which can occur with repeated or prolonged tonic-clonic seizures. Also called convulsive seizures, tonic-clonic seizures tend to end in one to two minutes but may have after-effects for much longer, making it difficult to know the actual beginning and end. Convulsive status epilepticus occurs when the person is having repeated tonic-clonic seizures for 30 minutes or more, and the active part of the seizures lasts five minutes or more. Because the situation can be life-threatening, emergency treatment is crucial. The person going through this type of seizure emergency must be tested and treated immediately.

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The CNS’ 2022 Tumor Complications Course

A board-certified physician and neurosurgeon in Lafayette, Louisiana, Dr. Ilyas Munshi has been treating patients with severe neurological conditions for 20 years. Dr. Ilyas Munshi keeps current with his field and engages with his peers through associations such as the Congress of Neurological Surgeons (CNS). A leading organization representing the field of neurosurgery, CNS provides advocacy and educational resources to over 9,600 neurosurgeons worldwide. In addition to access to at least four Neurosurgery publications with up-to-date content and industry news, CNS members receive access to discounts to educational events and courses such as the Tumor Complications course. The Tumor Complications course was originally scheduled for 2021, but it has been postponed and rescheduled for January 2022. It provides a forum for the discussion of several aspects surrounding complications related to brain tumor surgery, where the faculty will pass along lessons learned and help participants understand more about operative techniques, clinical decisions, and equipment-related issues, as well as safety concerns on the surgical procedure. Upon completing the Tumor Complications course, attendees will be able to discuss strategies to manage and avoid complications, recognize which factors may lead to poor outcomes during brain tumor surgery, and identify the impact complications may have on patient quality of life and physical wellness. The course directors are Dr. Hadjipanayis from Mount Sinai, Dr. Rahman from the University of Florida, and Dr. Rao from Baylor College of Medicine. Also, this live event is open to physician members, non-members, residents, and fellows, and physician members receive a considerable discount on the registration rates.

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Guide for Preparing for Brain Surgery

Dr. Ilyas Munshi has practiced neurosurgery for close to 20 years, treating patients with complex conditions and performing brain surgeries to remove tumors. On his website, Dr. Ilyas Munshi publishes information to help patients cope with illnesses and even prepare for surgery. Two days prior to your surgery, start bathing with Hibiclens cleansing soap. The soap is available at your local pharmacy. Have your last meal before midnight on the night before the surgery. From then, do not eat or drink anything. If you are taking heart or blood pressure medication, take them with a sip of water. However, if you are on diabetic, blood thinning, or pain medication, do not take any of these on the morning of the surgery. Even sedatives. In fact, blood thinners like Aspirin and Coumadin should be stopped at least a week before surgery. If you take any of these, inform your doctor way in advance for guidance. You may have to get a clearance from the prescribing doctor before you stop taking some of these drugs. On the day of the surgery, have someone transport you to the hospital. Bring all your medication in their original purchase bottles. Carry your insurance information. At the hospital, your friends or family will have to remain in the waiting room as you are taken in. You will first be seen by an anesthesiologist who will deliver anesthesia intravenously. From there, you will be transferred to the surgery room and sedated to help you go to sleep before the surgery commences.

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A Source of Unexplained Arm Pain

Ilyas Munshi, MD, has been a neurosurgeon in Lafayette, Louisiana, since 2001. He performs surgery at Lafayette General Medical Center, Our Lady of Lourdes Regional Medical Center, and Lafayette Surgical Hospital. Dr. Ilyas Munshi offers advice and treatment for a number of conditions, including for patients who come to him complaining of arm pain.

The source of unexplained arm pain is often not in the arm itself, but rather in the neck. The neck, or cervical spine, contains seven vertebrae, spinal nerves, and nerve roots. Problems that exist in the neck may manifest themselves as tingling, numbness, or pain in other parts of the body, including the arms and hands. The medical term for conditions that originate in the spine but which then radiate out to the extremities is radiculopathy, but these conditions are more commonly referred to as originating from pinched or trapped nerve. Pinched nerve does sometimes go away by itself, but anyone who is suffering from unexplained arm pain should seek medical advice as soon as possible.