We found 3 providers matching stereotactic radiosurgery and who accept HAP HMO near Detroit, MI.

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Dr. Eunwoo Eunwoo Kim, MD
Specializes in Radiation Oncology
4100 John R
Detroit, MI
 

Dr. Harold Kim practices radiation oncology. He is a graduate of Northwestern University, Feinberg School of Medicine and a graduate of Northwestern Memorial Hospital's residency program. Blue Cross/Blue Shield, Coventry, and United Healthcare Plans are among the insurance carriers that Dr. Kim honors. Dr. Kim speaks Korean. Dr. Kim is affiliated with DMC Detroit Receiving Hospital, Hutzel Women's Hospital, and Wayne State University Physician Group (WSUPG).

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Relevant Interests: , Gamma Knife radiosurgery

All Interests: Traumatic Brain Injury, Gamma Knife Radiosurgery, Head and Neck Cancer

Dr. Sandeep Mittal, MD
Specializes in Surgical Oncology, Neurosurgery
4100 John R
Detroit, MI
 

Dr. Sandeep Mittal sees patients in Detroit, MI. His medical specialties are neurosurgery and surgical oncology (cancer surgery). He is a graduate of McGill University Faculty of Medicine. Dr. Mittal's residency was performed at Montreal Neurological Institute and Hospital. His areas of expertise include stereotactic radiosurgery (SRS). Blue Cross/Blue Shield, Coventry, and United Healthcare Plans are among the insurance carriers that Dr. Mittal honors. Dr. Mittal (or staff) speaks French and Hindi. His professional affiliations include DMC Detroit Receiving Hospital, Wayne State University Physician Group (WSUPG), and St. Mary Mercy Livonia.

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Relevant Interests: , stereotactic radiosurgery (SRS), Gamma Knife radiosurgery

All Interests: Gamma Knife Radiosurgery, Cancer, Stereotactic Radiosurgery, Brain Tumor, Epilepsy Surgery, ... (Read more)

Dr. Murali Guthikonda, MD
Specializes in Neurosurgery
Harper Professional Building, Suite 925; 4160 John R
Detroit, MI
 

Dr. Murali Guthikonda is a physician who specializes in neurosurgery. The average patient rating for Dr. Guthikonda is 3.0 stars out of 5. Clinical interests for Dr. Guthikonda include cerebrovascular surgery, stereotactic radiosurgery (SRS), and skull base surgery. He is an in-network provider for several insurance carriers, including Blue Cross/Blue Shield, Coventry, and United Healthcare Plans. After attending Guntur Medical College for medical school, he completed his residency training at St. Elizabeth Medical Center, Youngstown and Medical Center Hospital of Vermont. Dr. Guthikonda has received professional recognition including the following: Detroit Super Doctors. He is affiliated with DMC Detroit Receiving Hospital, Wayne State University Physician Group (WSUPG), and St. Joseph Mercy Oakland.

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Relevant Interests: , stereotactic radiosurgery (SRS), Gamma Knife radiosurgery

All Interests: Endoscopic Surgery, Skull Base Surgery, Gamma Knife Radiosurgery, Aneurysm, Brain Surgery, Skull ... (Read more)

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What is Stereotactic Radiosurgery?

Stereotactic radiosurgery (SRS) is a type of radiation therapy used in the treatment of tumors, cancers, and other conditions. It uses precise beams to attack the DNA of affected cells in particular areas of the body, limiting the area that is exposed to radiation so that healthy cells can be avoided. With their DNA damaged, the diseased cells are unable to reproduce, and they shrink over time. Despite its name, stereotactic radiosurgery is nonsurgical: radiation beams are delivered from outside of the body, and no incisions are required. SRS can be done on the brain (cranial radiosurgery), the spine (spinal radiosurgery), and other areas of the body (stereotactic body radiation therapy, or SBRT).

SRS can be used alone or as a supplement to other treatments. Because it minimizes damage to healthy tissue, it is preferred over less specific radiation therapies when possible, such as conventional external beam radiation (EBRT), especially in sensitive regions like the brain. Whereas conventional EBRT would target the whole brain, cranial SRS could be performed with greater specificity, making it suitable for smaller tumors and those in difficult-to-reach locations.

In determining your treatment plan, your doctors will also need to consider the urgency of your condition. Radiation therapies take time before they are effective. Depending on what is being treated, it may be weeks (arteriovenous malformations, or tangled blood vessels), months (cancerous, or malignant, tumors), or even years (non-cancerous, or benign, tumors) before you experience the benefits from SRS. For situations that require more immediate care, open surgery may be the first option. SRS might then be performed to eliminate any remaining diseased cells.

SRS machines typically differ based on the type of beams they deliver. Two common brands of machines include the Gamma Knife and CyberKnife.

  • Gamma Knife machines are usually used to deliver gamma rays to small brain tumors and other brain lesions, although they can also target the neck and head. Gamma Knife radiosurgery requires that you wear a large head frame during treatment. Treatment is completed in a single session, and multiple areas can be targeted in one sitting.
  • CyberKnife radiosurgery can deliver X-rays to any part of the body, using a robotic arm, which allows this technique to accommodate for tumor or patient movement, such as breathing. You will receive your treatment lying down while the system moves around you. Treatment may occur in single or multiple sessions.

Cranial and spinal radiosurgery are usually completed in a single treatment session, while SBRT tends to require multiple. Each session can last anywhere from a few minutes to a few hours depending on the type of treatment and the target location. You may return home the same day that you receive your treatment and resume normal activities within 2-3 days.

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