FY2014 NIH awards · Principal investigators
Physiology at University of Maryland Baltimore
Baltimore, MD
Funding
$8.8M
$8,803,233
Awards
26
FY2014 NIH awards in Physiology
Principal investigators
18
18 lead a grant here, 0 co-investigators
- 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 Physiology row of the University of Maryland Baltimore page.
Leads a grant in this department
18 contact PIs of these awards, by the funding they lead. Other principal investigators on an award are listed with it and under Co-investigators.
Jafri, Mohsin Saleet
Leads 2 awards · $1,719,285
- 5R01HL105239-04Department: NIH department codeCalcium Entrained Arrhythmias$967,988award amount
- 1U01HL116321-01A1Department: NIH department codeMultiscale spatiotemporal modeling of cardiac mitochondria$751,297award amount
Antalis, Toni M
Leads 2 awards · $796,135
- 5T32CA154274-04Department: NIH department codeTraining Grant in Cancer Biology$412,385award amount
- 1R01HL118390-01A1Department: NIH department codeMembrane Serine Protease Activities in Protease Activated Receptor Signaling$383,750award amount
McCarthy, Margaret M.
Leads 2 awards · $755,000
- 5R01MH052716-18Department: NIH department codeAmino Acid Transmitters and Brain Sexual Differences$383,750award amount
- 5R01MH091424-05Department: NIH department codeProstaglandins and Cerebellum Development$371,250award amount
Bloch, Robert J
Leads 2 awards · $721,450
- 1R21NS086902-01A1Department: NIH department codeA Novel Xenograft Model of FSHD$383,750award amount
- 1R01AR064268-01A1Department: NIH department codeRole of Dysferlin in T-Tubules of Skeletal Muscle$337,700award amount
Welling, Paul A
Leads 2 awards · $642,001
- 5R01DK063049-12Department: NIH department codeMolecular Basis of Potassium Channels in the Kidney$333,863award amount
- 5R01DK054231-15Department: NIH department codeMolecular Mechanism of ROMK Channel Function$308,138award amount
Trudeau, Matthew C
Leads 2 awards · $578,226
- 5R01HL083121-05Department: NIH department codeMolecular Physiology of HERG (KCNH2) Pottasium Channels$367,500award amount
- 5T32GM008181-27Department: NIH department codeTraining Program in Integrative Membrane Biology$210,726award amount
Rizzo, Megan A
Leads 2 awards · $556,438
- 2R01DK077140-06A1Department: NIH department codeRegulatory Mechanisms of Insulin Secretion$364,563award amount
- 1R21OD018315-01Department: NIH department codeDevelopment of RhoA Optical Sensor Mice for Novel Vascular Smooth Muscle Studies$191,875award amount
Lederer, William Jonathan
Leads 2 awards · $421,277
- 5R01HL106059-04Department: NIH department codeStretch-Dependent Calcium Signaling in Heart$367,500award amount
- 5R03TW008425-03Department: NIH department codeDecreased Cholinergic Tone and Mitochondrial Dysfunction in Heart$53,777award amount
Blaustein, Mordecai P
Leads 1 award · $376,075
- 5R01HL107555-03Department: NIH department codeAlpha-2 Na+ Pumps, [Ca2+], Arterial Contraction & Hypertension$376,075award amount
Cai, Xiang
Leads 1 award · $371,982
- 5R01MH086828-05Department: NIH department codeStress, Depression, Serotonin, and Plasticity of Excitatory Transmission$371,982award amount
Meredith, Andrea L
Leads 1 award · $367,500
- 5R01HL102758-05Department: NIH department codeDaily Regulation of Ionic Currents$367,500award amount
Zhang, Jin
Leads 1 award · $367,500
- 5R01HL107654-04Department: NIH department codeNa+/Ca2+ Exchanger type-1 in Arterial Contraction and Salt-induced Hypertension$367,500award amount
Zhang, Li
Leads 1 award · $332,422
- 5R01NS082607-02Department: NIH department codeMac-1 coordinates PDGF-CC activation by microglia and promotes BBB opening$332,422award amount
Krueger, Bruce K
Leads 1 award · $309,594
- 5R01HD067135-03Department: NIH department codeMechanisms of Valproic Acid-Induced Neurodevelopmental and Behavioral Defects$309,594award amount
Martin, Stuart S
Leads 1 award · $308,957
- 5R01CA154624-03Department: NIH department codeTargeting microtubule stabilization to reduce breast tumor metastasis$308,957award amount
Vitolo, Michele I
Leads 1 award · $104,830
- 5K01CA166576-02Department: NIH department codePTEN loss increases efficiency of breast tumor metastasis$104,830award amount
Metzbower, Sarah Wein Ransom
Leads 1 award · $37,292
- 1F31MH105105-01Department: NIH department codeRegulation of NMDA receptor activation by postsynaptic nanostructure$37,292award amount
Li, Tuo Peter
Leads 1 award · $37,269
- 5F30MH102891-02Department: NIH department codeThe Influence of Binding and Crowding on Synaptic Protein Mobility$37,269award amount