- Residency - Parkland Memorial Hospital (1994-2000), Neurological Surgery
- Medical School - University of New Mexico School of Medicine (1989-1993)
Jon White, M.D.
- Birsner Family Professorship in Neurological Surgery
- Neurological Surgery
For Jonathan White, M.D., the road to neurosurgery started with an interest in psychology. Fascinated by how the mind works, he majored in psychology at the University of New Mexico, then decided to go to medical school to study psychiatry. In his third year as a medical student, he did a rotation in neurosurgery and was, he says, hooked, finding it a field in which one is “often able to make a difference in people’s lives by performing some surgery on them that alters their function and helps restore them. That is really quite unique and rewarding.”
Dr. White trained in neurosurgery at UT Southwestern and immediately joined the faculty, where he is a Professor in both the Neurosurgery and Radiology (Neuroradiology) Departments and holds the Birsner Family Professorship in Neurological Surgery. He specializes in blood-vessel problems occurring in the brain, such as brain aneurysms, arteriovenous malformations (AVMs), and stroke and mini-stroke. He also cares for patients with normal-pressure hydrocephalus, chronic facial pain, and other cranial nerve compression syndromes.
In addition to his medical role at UT Southwestern, Dr. White has been an administrative leader and a member of numerous hospital committees, assisting in emergency department planning, operating-room leadership, and stroke-treatment planning.
Research has also been an important part of Dr. White’s career. Some of his studies evaluate how post-operative neurosurgical patients do over time.
“We are constantly refining who's the right candidate for which procedure,” he says. “Are we actually beating the natural history of the disorder with surgery, or is it better just to leave it alone?” Through such research, for example, surgeons have learned that some AVMs are less dangerous than they seem and are best left untreated. Another group of research projects involves testing and refining devices in the endovascular field. “We’ve got smaller catheters, softer balloons, softer coils, and coils that detach more quickly,” he says. ”Because UT Southwestern treats so many patients with endovascular techniques, we participate in the development and testing of these devices.”
A leader in his field, Dr. White is Past President of the Rocky Mountain Neurosurgical Society and a member of the Cerebrovascular Section Executive Committee of the American Association of Neurological Surgeons. He was included in D Magazine's Best Doctors list for 2018.
Dr. White has delivered lectures to fellow neurosurgeons at Yale University, the European Society of Minimally Invasive Neurological Therapy, and the Society of Neurointerventional Surgery. He serves as a peer reviewer for the prestigious journals Neurosurgery and Journal of Neurosurgery and has published numerous book chapters and peer-reviewed articles on topics including endovascular coiling, aneurysm, stroke, and AVM.
Meet Dr. White
When a disease in the brain needs a neurosurgeon’s touch, there are several possible routes to the problem spot. The surgeon can cut through the skull and access the brain directly. Another way to get to the brain is to follow the same path blood does – through the arteries by threading a wire along an artery from the groin up to the brain (a minimally invasive approach known as endovascular surgery). Finally, when crucial blood vessels are blocked, neurosurgeons can create an alternate route for the blood using bypass techniques – just as cardiac surgeons do for patients with heart disease.
"I think the philosophy that’s important is that when it comes down to decision making, the most important thing is to put the patient’s needs first."
Jonathan White, M.D., is one of a few neurosurgeons who can do all three. After training in traditional open neurosurgical techniques and cerebral bypass, he completed a three-year fellowship in endovascular surgery (also known as interventional neuroradiology). This unusually broad training allows Dr. White plenty of flexibility in choosing the right course for his patients.
In his practice, Dr. White focuses on the treatment of brain aneurysms, arteriovenous malformations (AVMs), and cerebral ischemia. He also cares for patients with normal-pressure hydrocephalus and for patients with chronic facial pain, such as trigeminal neuralgia.
For a great many of these patients, Dr. White’s endovascular toolbox is just right. “For people who are having recurrent TIA [mini-stroke] or stroke symptoms, we have angioplasty and stenting for the intracranial vessels,” he explains. “We have catheters that can inject [the clot-busting drug] tPA when people have acute stroke. We have a microsuction vacuum cleaner to clean out the artery. The most recent generation is a stent that crushes the clot up against the vessel wall. As you pull the stent out, it pulls the clot out with it.” Dr. White also uses endovascular techniques to treat some AVMs and aneurysms.
Not content merely to operate, Dr. White holds a number of leadership roles at UT Southwestern. He has served as the Chief of Medical Staff at the University Hospital and is currently Medical Director of the operating room. As Director of Neurosurgery residency at UT Southwestern, he is in charge of training the next generation of neurosurgeons. In all these roles, Dr. White says, his goal has been “to help improve the patient experience, to improve the quality of care, to decrease complications – and just make that human experience a little better for everybody.”
- Texas Medical Association
- Rocky Mountain Neurosurgical Society
- Congress of Neurological Surgeons
- American Medical Association
- American Association of Neurological Surgeons
- The National Honor Society in Psychology 1986
- Alpha Omega Alpha 1992
- Faculty Award for Excellence 1993, The University of New Mexico School of Medicine
- Fellow, American College of Surgeons 2007
Intravenous Pereflubron Emulsion Administrator Improves the Recovery of Auditory Evoked Potentials After Temporary Brainstem Ischemia in Dogs
Guo J, White JA, Batjer HH Neurosurgery 1995 36(2) 350-6
Limited Protective Effects of Etomidate During Brainstem Ischemia
Guo J, White JA, Batjer HH J Neurosurgery 1995 82(2) 278-83
Surgical Treatment of Cerebral Arteriovenous Malformations
Kopitnik, T.A., White, J., Samson, Duke. Batjer and Loftus, Textbook of Neurosurgery 2003 Lippincott W and W, Phila
Management of Subarachnoid Hemorrhage
Kopitnik, T.A., Croft, C., Moore, S., White, J Hughes, R., Neurological Emergencies 2003 BMJ Books, London
Skull Base Approaches To Vascular Lesions
White, J. A., Coimbra, C. Batjer and Loftus, Textbook of Neurological Surgery 2003 Lippincott W and W, Phila
Management of Subarachnoid Hemorrhage
Kopitnik, T.A., Croft, C., Moore, S., White, J Hughes, R. 2003 BMJ Books, London
Complications of Preoperative Cerebral AVM Embolization
Taylor, C.L., Dutton, K., Rappard, G., Pride, G.L., Replogle, R., Purdy, P.D., White, J., Giller, C., Kopitnik, T.A. Jr., Samson, D.S. Journal of Neurosurgery 2004 100(5) 810-812
Posterio Fossa Arteriovenous Malformations
Kopitnik, T.A., Dorai, Z., White, J., Samson, D. Richard Winn, Youmans Neurological Surgery 2004 Elsevier, Philadelphia
Stent-coil Treatment of a Distal Internal Carotid Artery Dissecting Pseudoaneurysm on a Redundant Loop by use of a Flexible, Dedicated Nitinol Intracranial Stent.
Pride, G. L. Jr., Replogle, R.E., Rappar, G., Graybeal, C.L., White, J., Purdy, P. American Journal of Neuroradiology 2004 25(2) 333-337
Vertebral Artery-Posterioinferior Cerebellar Artery Aneurysms: Clinical and Lower Cranial Nerve Outcomes in 52 Patients
Al-Khayat, H., Beshay, J., Manner, D., White, J., Samson, D.s. Neurosurgery 2004 56 2-11
Spinal Intradural Vascular Malformations
White, J. A., Kopitnik, T.A., Batjer, H.H. Benzel, Spine Surgery 2005 Elsevier, Philadelphia
- Intravenous Pereflubron Emulsion Administrator Improves the Recovery of Auditory Evoked Potentials After Temporary Brainstem Ischemia in Dogs
- Clinical Outcomes
- Cerebral Blood Flow