Jay Reidler is an
undergraduate student in Harvard College, concentrating in
Neurobiology. As a
research assistant in the Cognitive Neuroscience Lab since
the spring of 2005, he has studied the involvement of the
amygdala and hippocampus in memory recognition, amyloid
deposition and default network disruption in Alzheimer’s
disease patients, and changes in brain networks across
lifespan. His broader interests include understanding
spontaneous activity of the brain during its resting state
and disruption of this activity due to aging and
Alzheimer’s disease. He
has previously worked in the Hunterian Neurological Surgery Brain Tumor
Laboratory at Johns Hopkins School of Medicine, studying
the efficacy of various chemotherapeutic,
immunotherapeutic, and anti-angiogenic drugs.
Alia Hdeib, B.S., Jay Reidler, Betty
Tyler, B.A., Francesco DiMeco, M.D., Judith Vick, Justin
Caplan, B.S., Justin Hanes, Ph.D., and Henry Brem, M.D.
"Efficacy of controlled local delivery of IL-12 from
polymer microspheres in a metastatic melanoma intracranial
mouse model." American Association of Neurological
Surgeons, San Francisco, CA, April 22-27, 2006.
William Pennant, Justin Caplan, B.S., Jay Reidler, Alia
Hdeib, B.S., Gustavo Pradilla, M.D., Betty Tyler, B.A., and
George Jallo, M.D. "20Gy radiotherapy prolongs paresis-free
survival alone and in combination with locally delivered
paclitaxel (OncoGel®) in an experimental rat intramedullary
spinal cord tumor model." American Association of
Neurological Surgeons, San Francisco, CA, April 22-27,
2006.
Alia Hdeib, B.S., Betty
Tyler, B.A., Federico Legnani, M.D., Justin Caplan, B.S.,
Jay Reidler, Francesco DiMeco, M.D., Justin Hanes, Ph.D.,
and Henry Brem, M.D. "Efficacy of locally delivered IL-12
polymer microspheres in an experimental intracranial 9L
gliosarcoma rat model. American Association of Neurological
Surgeons, San Francisco, CA, April 22-27,
2006.
