'Like magic!' is how Rodney Blauer describes the results of his two endoscopic brain surgeries in less than a year

December 03, 2001

LOS ANGELES (Dec. 3, 2001) -- After undergoing two highly specialized types of minimally invasive skull base brain surgery in less than a year - one for an acoustic neuroma that was accidentally discovered and one for relief of the debilitating facial pain known as trigeminal neuralgia - 69-year-old Rodney Blauer says he is feeling great this holiday season. His brain tumor is gone, as is his facial pain.

Not many patients suffering from trigeminal neuralgia would consider themselves lucky. Universally acknowledged as the most painful affliction known to adult humans, trigeminal neuralgia (or severe facial pain) affects thousands of Americans every year, many of whom do not yet know that help is available. Rodney Blauer, of Marine del Rey, CA, counts himself fortunate for having had trigeminal neuralgia, though. The severe pain that developed in his left jaw in August, 2000, led to the diagnosis of not only trigeminal neuralgia, but also to the accidental discovery - on the opposite side of his brain - of a potentially life threatening type of brain tumor known as an acoustic neuroma.

Because of the seriousness of the acoustic neuroma, Blauer's doctors at the Skull Base Institute at Cedars-Sinai Medical Center decided to remove it immediately using an endoscopic procedure and leaving surgical treatment of the trigeminal neuralgia for a future time. The acoustic neuroma was removed in November, 2000, and this past October, less than a year later, Blauer returned to the Skull Base Institute to - at last - get relief from his facial pain through another endoscopic procedure known as an Endoscopic Vascular Decompression (EVD).

According to Hrayr K. Shahinian, M.D., Director of the Skull Base Institute, trigeminal neuralgia is a disabling disorder of the fifth cranial (trigeminal) nerve. Pressure on this nerve can cause episodes of intense, stabbing, electric shock-like pain in the face. "The pain we are talking about is excruciating - extremely intense, extremely severe," says Dr. Shahinian. "The shock of it can actually cause a sufferer's head to snap back, or it can immobilize the individual. The pain attacks viciously and without warning and left untreated, tends to worsen over time."

According to Dr. Shahinian, the severe facial pain of trigeminal neuralgia is caused when a blood vessel is in contact with the trigeminal nerve inside the head and is applying pressure to the nerve. Relieving that pressure is a delicate, time-consuming and highly specialized surgical procedure that can take up to four hours. During the minimally invasive endoscopic procedure, skull base surgeons meticulously separate the nerve and blood vessel, then insert a Teflon disk between them. Once that pressure has been relieved, patients often report immediate and complete relief from the pain that had become a part of their lives.

Rodney Blauer was such a patient. "The pain was gone instantly," he remembers. "From the minute I woke up after the operation, it was gone - completely."

Looking back, Blauer says if he had known how effective the EVD would be, and how short the recovery time would be, he would have had the procedure long ago. Although he had been on pain medication for the past year, he had reached the point where it was no longer effective.

"You sort of get used to the pain and you don't realize that it's taking a toll on you," he said. "This surgery was like magic. The operation was done on a Monday morning and I went home on Wednesday - pain free." If I had known how easy it was, I would have done it earlier."

"This is an extremely unusual situation," says Dr. Shahinian. "It is possible for a patient to get trigeminal neuralgia on the same side, caused by an acoustic neuroma pushing on the trigeminal nerve, but I have never seen anyone with neuralgia on one side and a tumor on the other."
For media information and to arrange an interview, please contact Sandy Van via e-mail at sandy@vancommunications.com or call 1-800-880-2397. You are welcome to use information from this release in news stories providing you attribute it appropriately.

Cedars-Sinai Medical Center

Related Brain Tumor Articles from Brightsurf:

New function for potential tumor suppressor in brain development
New research from the group of Simon Hippenmeyer, professor at the Institute of Science and Technology Austria (IST Austria), has now uncovered a novel, opposite role for Cdkn1c.

Peering into the genome of brain tumor
Scientists at Osaka University have created a machine learning method for classifying the mutations of glioma brain tumors based on MR images alone.

Ultrasound blasts potent glioblastoma drug into brain tumor
A potent drug for glioblastoma can't be used in patients.

Improving drug delivery for brain tumor treatment
Despite improvements in drug delivery mechanisms, treating brain tumors has remained challenging.

Neurons promote growth of brain tumor cells
In a current paper published in the journal 'Nature', Heidelberg-based researchers and physicians describe how neurons in the brain establish contact with aggressive glioblastomas and thus promote tumor growth / New tumor activation mechanism provides starting points for clinical trials.

Discovered a factor that predicts long survival in brain tumor
Researchers of the Josep Carreras Leukaemia Research Institute have discovered an epigenetic lesion that allows identifying those patients affected by brain tumors that have a longer life expectancy.

Scientists track brain tumor turncoats with advanced imaging
To better understand the cells that brain tumors recruit, scientists developed advanced imaging techniques to visualize macrophages.

Understanding how people respond to symptoms of a brain tumor
A recent study from King's College London and Cambridge University highlighted that people may experience multiple subtle changes before being diagnosed with a brain tumor.

A breakthrough for brain tumor drug development
Glioblastoma is a devastating disease with poor survival stats due in part to a lack of preclinical models for new drug testing.

Improving operations for the brain's most malignant tumor
Important research by Barrow Neurological Institute neurosurgeons and University of Washington (UW) scientists on novel imaging technology for malignant brain tumors was published in the August issue of the Nature journal, Scientific Reports.

Read More: Brain Tumor News and Brain Tumor Current Events
Brightsurf.com is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to Amazon.com.