Neurosurgery Commons^™

Anti-Inflammatory Effects Of Ppar-Gamma In Surgical Brain Injury (Sbi), Amy Hyong

Loma Linda University Electronic Theses, Dissertations & Projects

Introduction: Brain injury can be caused by neurosurgical procedures themselves, due to direct trauma, retractor stretch, intraoperative hemorrhage and electrocautery damage. As a result of this surgical brain injury (SBI) postoperative complications such as inflammation, brain edema, and cell death can occur in the susceptible brain areas. Cerebral inflammation is a known contributor to the pathophysiology of brain injury. Following brain injury, the release of inflammatory mediators facilitates the development of BBB breakdown, cerebral edema, oxidative stress and neuronal death, resulting in further tissue damage in the brain and poor neurological outcomes. This study evaluates whether the use of a …

Research Notebook, G. Austin

The Dr. George M. Austin Neurology Research Collection

Book cover inscription:

G. Austin M.D. Research Notebook, Oct. 1 1995-Aug. '96, Brash Aneurysm Research Sources Notebook, P1-20; Paris - P. 121

An 800-Year-Old Physician – Surgeon Researcher Who Fits The Neuro Mold, George M. Austin

The Dr. George M. Austin Neurology Research Collection

Dr. Austin's copy of the McGill Neurosurgical Reunion Book of Abstracts. The file contains the Authors Index and Dr. Austin's abstract. Presented May 1995 for the Aneurysm-Stroke Research Foundation. Dr. Austin's complete copy of the book is available for use at Loma Linda University, Department of Archives and Special Collections.

Descriptive Enlargement Of Intracranial Aneurysms To A Critical Thickness For Rupture, G. Austin, X. Gong, Z. Suo

The Dr. George M. Austin Neurology Research Collection

''lntracranial Aneurysm: A model of expansion to critical thinning," Poster Presentation Annual Meeting of Biophysical Society, Wash., D.C., 1993, 9 p.

Most intracranial aneurysms (IA) are thinner at the apex; and 84% rupture at the apex. (Weir, 1987, Crompton, 1966). Minimum thickness of an unruptured aneurysm is reported 20 microns (Suzuki, et al 1980). We have developed a computer model of aneurysm enlargement starting from a vascular wall using the membrane elasticity equations of Green and Adkins, 1960 and Bogen & McMahon, 1978, and a computer solution with a new Fortran program by X. Gong. The relatively homogeneous wall (Austin, …

Middle Cerebral Artery Aneurysm: A Computer Model, G. Austin, R. Gaskell

The Dr. George M. Austin Neurology Research Collection

Middle Cerebral Artery Aneurysm: A Computer Model, Program Abstract, 8th Int. Congress of Neurological Surgery - Toronto, Canada, July 7-11, 1985

Computer Model Of Anterior Communicating Artery Aneurysm And Vasospasm, G. Austin

The Dr. George M. Austin Neurology Research Collection

Computer Model of Anterior Communicating Artery Aneurysm and Vasospasm. G. Austin and R. Gaskell. Typed manuscript, 3 p. plus 4 pages of handwritten notes. See additional file. Poster boards used in the presentation are also held in the Department of Archives and Special Collections at Loma Linda University. Presentation date unknown.

Anterior Communicating Artery Aneurysm And Vasospasm - A Computer Model, G. Austin, R. Gaskell

The Dr. George M. Austin Neurology Research Collection

Anterior Communicating Artery Aneurysm and Vasospasm – A Computer Model. G. Austin, R. Gaskell. Poster presentation. Annual Meeting of American Association of Neurological Surgeons, Atlanta, CA. 1985. 8 pg

Anterior Communicating Artery Aneurysm And Vasospasm – A Computer Model., G. Austin, R. Gaskell

The Dr. George M. Austin Neurology Research Collection

Anterior Communicating Artery Aneurysm and Vasospasm – A Computer Model. G. Austin, R. Gaskell. Poster presentation. Annual Meeting of American Association of Neurological Surgeons, Atlanta, CA. 1985. 8 pg.

Technical Consideration Regarding Direction And Perfusion Of Blood Flow In Patients Undergoing Sta-Mca Anastomosis, G. Austin, J. Thompson, D. Laffin, W. Hayward

The Dr. George M. Austin Neurology Research Collection

Technical Consideration Regarding Direction and Perfusion of Blood Flow in Patients Undergoing STA-MCA Anastomosis. G. Austin, M.D., J. Thompson, M.D., D. Laffin, W. Hayward. Presented at Neurol. Surgeons International Association, St. Louis, Missouri, April 21-25, 197[4], 9 pg.

Effects Of Vasospasm On Cerebral Blood Flow Measured By An Intravenous Isotope Technique, G. Austin, S. Rouhe, L. Dayes, D. Laffin, W. Hayward

The Dr. George M. Austin Neurology Research Collection

Effects of Vasospasm on Cerebral Blood Flow Measured by an Intravenous Isotope Technique. G. Austin, S. Rouhe, L. Dayes, D. Laffin and W. Hayward. Conference presentation. American Association of Neurosurgeons, Boston, Massachusetts, April 16-20, 1972. Typewritten manuscript, 5 pg.

Early Detection And Follow-Up Measurement Of Rcbf In Vasospasm And Occlusive Disease By I.V. Radioisotope Method, George Austin, Niall Horn, Stan Rouhe, Wm. Hayward

The Dr. George M. Austin Neurology Research Collection

Early Detection and Follow-up Measurement of rCBF in Vasospasm and Occlusive Disease by I.V. Radioisotope Method. George Austin, Niall Horn, Stan Rouhe, and William Hayward. Conference presentation. International CBF Symposium. Roma-Siena. October 28-31, 1971. 1 typed manuscript., 3 pg. with author’s note on verso pg. 3

Production Of Convulsions In Rats By High Frequency Electrical Currents (Radar), George M. Austin, Steven M. Horvath

The Dr. George M. Austin Neurology Research Collection

Production of Convulsions in Rats by High Frequency Electrical Currents (Radar). George M. Austin and Steven M. Horvath. From the Harrison Dept. of Surgical Research, the Dept. of Neurosurgery, and the Dept. of Physical Medicine, Hospital of the University of Pennsylvania, Graduate School of Medicine, University of Pennsylvania, [1949?]. 1 original manuscript with handwritten notes, 3 plates, 17 [+ 8] pg.

Inherited Disorders, George Austin

The Dr. George M. Austin Neurology Research Collection

A manuscript outline of possible inherited disorders presumably created by Dr. Austin. No date.

Cerebral Co2 Reactivity And Autoregulation In Patients Undergoing Microanastomosis, David Zinke, William Hayward, Neil Poll, George Austin

The Dr. George M. Austin Neurology Research Collection

Cerebral CO₂ Reactivity and Autoregulation in Patients Undergoing Microanastomosis. David Zinke, M.D., William Hayward, BSc, Neil Poll, MSC, and George Austin, M.D., From the Section of Neurosurgery, Loma Linda University School of Medicine, Loma Linda, California. Typewritten manuscript with several handwritten notes, 3 pg.

Stereotaxic Surgery With Computer Tomography For Diagnosis And Treatment Of Brain Lesions, George M. Austin

The Dr. George M. Austin Neurology Research Collection

Stereotaxic Surgery with Computer Tomography for Diagnosis and Treatment of Brain Lesions. George Austin, M.D. N.d. 1 typewritten manuscript.