FY2017 NIH awards · Principal investigators
Neurosurgery at Stanford University
Stanford, CA
- NIH names only the principal investigators on an award, so this page lists only them. The department is the award's: it is where ScienceDex counts the award, not a list of the department's members.
- These are the awards in the Neurosurgery row of the Stanford University page.
Leads a grant in this department
23 contact PIs of these awards, by the funding they lead. Other principal investigators on an award are listed with it and under Co-investigators.
Buzsaki, Gyorgy
Leads 1 award · $2,567,075
- 1U19NS104590-01Department: NIH department codeTowards a Complete Description of the Circuitry Underlying Sharp Wave-Mediated Memory Replay$2,567,075award amount
Palmer, Theo D
Leads 3 awards · $1,404,765
- 5R01MH108660-02Department: NIH department codeConvergence of genetic and gestational immune mechanisms in 16p11.2-related ASD$565,046award amount
- 5R01MH108659-02Department: NIH department codeConvergence of genetic and gestational immune mechanisms in CHD8-related ASD$564,969award amount
- 1R21NS096447-01A1Department: NIH department codeGABA Driven Depolarization in Early Human Cortical Development.$274,750award amount
Steinberg, Gary K
Leads 2 awards · $1,177,908
- 5P30NS069375-07Department: NIH department codeStanford Neuroscience Research Cores for Gene Vectors, Microscopy, and Behavios$625,169award amount
- 5R01NS093057-03Department: NIH department codeOptogenetic approaches to study post-stroke recovery mechanisms$552,739award amount
Ding, Jun
Leads 3 awards · $1,118,517
- 1R01NS103037-01A1Department: NIH department codeDopamine Degradation Pathway and Alpha-synuclein Aggregation$396,391award amount
- 5R01NS091144-03Department: NIH department codeDopamine modulation of synaptic plasticity and integration in the striatum$361,900award amount
- 1R01AA025721-01A1Department: NIH department codeAlcohol disrupts the balance between dopamine and GABA co-released by midbrain dopamine neurons$360,226award amount
Soltesz, Ivan
Leads 3 awards · $924,056
- 1R01NS099457-01A1Department: NIH department codeCannabinoid control of epilepsy$363,903award amount
- 5R01NS035915-21Department: NIH department codePlasticity of GABAergic inhibition following head injury$362,625award amount
- 1R21NS102908-01Department: NIH department codeTowards automated phenotyping in epilepsy$197,528award amount
Henderson, Jaimie M
Leads 1 award · $760,507
- 5R01DC014034-03Department: NIH department codeAdvanced neural decoders for the restoration of communication$760,507award amount
Sudhof, Thomas C.
Leads 1 award · $728,570
- 5R37MH052804-24Department: NIH department codeFunction of Neurexins$728,570award amount
Shamloo, Mehrdad
Leads 2 awards · $710,504
- 1R01AG054533-01A1Department: NIH department codeRole of beta-adrenergic receptors in modulation of cognition and central and peripheral immune systems in Alzheimer's disease$511,011award amount
- 5R21NS097945-02Department: NIH department codeRole of beta adrenergic receptors in modulation of cognition, pathology and neuroinflammation in Alzheimer's Disease$199,493award amount
Hayden Gephart, Melanie
Leads 3 awards · $709,854
- 1R01CA216054-01Department: NIH department code(PQ1) Identifying and targeting human glioblastoma migrating in the peritumoral niche$324,411award amount
- 5R21CA193046-03Department: NIH department codeCell-free tumor DNA in cerebral spinal fluid decodes tumors of the central nervous system$199,823award amount
- 5K08NS091527-02Department: NIH department codeTumor DNA in CSF and novel modeling decode breast cancer - brain metastases$185,620award amount
Chen, Lu
Leads 1 award · $660,805
- 5R01HD084215-04Department: NIH department codeDevelopmental Pathophysiology of Synapses in a Mouse Model of Fragile X Syndrome$660,805award amount
Losonczy, Attila
Leads 1 award · $472,815
- 5R01NS094668-03Department: NIH department codeClosed-loop intervention in epilepsy.$472,815award amount
Wang, Xinnan
Leads 1 award · $392,182
- 5R01NS089583-04Department: NIH department codeRegulation of mitochondrial motility and mitophagy by LRRK2.$392,182award amount
Lee, Jin Hyung
Leads 1 award · $376,008
- 5R01NS087159-04Department: NIH department codeDeconstructing Arousal Regulation Circuits for Optimal DBS Therapy Design$376,008award amount
Kaltschmidt, Julia Anna
Leads 1 award · $370,827
- 7R01NS083998-05Department: NIH department codeMolecular Mechanisms Regulating Inhibitory Circuitry in the Spinal Cord$370,827award amount
Chichilnisky, Eduardo
Leads 1 award · $362,874
- 2R01EY021271-07Department: NIH department codeLarge-Scale Patterned Electrical Stimulation for Design of Retinal Prostheses$362,874award amount
Zhao, Heng
Leads 1 award · $346,198
- 5R01NS064136-07Department: NIH department codeProtective mechanisms of ischemic postconditioning$346,198award amount
Ratliff, John
Leads 1 award · $246,106
- 5R01HS023800-03Department: NIH department codeDeveloping a patient-centered model of the risk of perioperative complications in spine surgery$246,106award amount
Buckwalter, Marion S
Leads 1 award · $204,531
- 5R21NS098716-02Department: NIH department codeSpleen glia in autonomic regulation of immunity$204,531award amount
Tharin, Suzanne Audrey
Leads 2 awards · $194,732
- 3K08NS091531-03S1Department: NIH department codemiR-409-3p controls corticospinal development: therapies for spinal cord injury.$141,156award amount
- 5K08NS091531-03Department: NIH department codemiR-409-3p controls corticospinal development: therapies for spinal cord injury.$53,576award amount
Li, Gordon
Leads 1 award · $179,664
- 5K08NS085333-05Department: NIH department codeStudying a novel regulator of GBM tumorigeneis: the role of CK2alpha in maintaini$179,664award amount
Lee, Wonjae
Leads 1 award · $157,167
- 1K25CA201545-01A1Department: NIH department codeDevelopment of microfluidic blood-brain tumor barrier model to screen chemotherapeutic strategies for breast cancer brain metastases$157,167award amount
Moon, Hyang Mi
Leads 1 award · $60,990
- 5F32HD085646-02Department: NIH department codeEffects of maternal immune activation on GABRB3-deficient neocortical progenitors$60,990award amount
Harsh, Griffith R.
Leads 1 award · $56,322
- 5R25NS065741-08Department: NIH department codeStanford Neurosurgery Resident Research Education Program$56,322award amount