FY2002 NIH awards · Principal investigators
Physiology at Medical College of Wisconsin
Milwaukee, WI
Funding
$15.4M
$15,399,584
Awards
25
FY2002 NIH awards in Physiology
Principal investigators
14
14 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 Medical College of Wisconsin page.
Leads a grant in this department
14 contact PIs of these awards, by the funding they lead. Other principal investigators on an award are listed with it and under Co-investigators.
Jacob, Howard J
Leads 3 awards · $4,816,300
- 5U01HL066579-03Department: NIH department codePHYSIOGENOMICS OF STRESSORS IN DERIVED CONSOMIC RATS$3,567,780award amount
- 5R01HL069321-02Department: NIH department codePhysioligical Genomics of Hypertensive Renal Disease$711,375award amount
- 5U01HL054508-09Department: NIH department codeGENETIC DETERMINATES OF HIGH BLOOD PRESSURE$537,145award amount
Cowley, Allen W
Leads 6 awards · $3,631,405
- 5P01HL029587-20Department: NIH department codeBLOOD PRESSURE--DETERMINANTS AND CONTROLLERS$1,863,831award amount
- 5P50HL054998-07Department: NIH department codeSCOR--MOLECULAR GENETICS OF HYPERTENSION$1,198,417award amount
- 5R37HL049219-10Department: NIH department codeRENAL V1 VASOPRESSIN AND HYPERTENSION$261,625award amount
- 5T32HL007792-09Department: NIH department codeHYPERTENSION TRAINING GRANT$217,504award amount
- 3R37HL049219-10S1Department: NIH department codeRENAL V1 VASOPRESSIN AND HYPERTENSION$45,153award amount
- 3P01HL029587-20S1Department: NIH department codeBLOOD PRESSURE--DETERMINANTS AND CONTROLLERS$44,875award amount
Harder, David R
Leads 4 awards · $3,154,178
- 5P01HL059996-04Department: NIH department codeMECHANISMS REGULATING NUTRITIVE CEREBRAL BLOOD FLOW$1,407,666award amount
- 1P01HL068769-01Department: NIH department codeVascular Signaling by Free Radicals$1,405,512award amount
- 5R01HL033833-18Department: NIH department codeREGULATING CEREBRAL MICROCIRCULATION BY ASTROCYTES$299,000award amount
- 3R01NS032321-08S1Department: NIH department codeAUTOREGULATION AND HYPOXIC DILATION IN THE BRAIN$42,000award amount
Tonellato, Peter J.
Leads 1 award · $1,962,424
- 5R01HL064541-04Department: NIH department codeRAT GENOME DATABASE$1,962,424award amount
Forster, Hubert V
Leads 2 awards · $357,714
- 5R01HL025739-20Department: NIH department codeControl of Breathing During Physiologic Conditions$185,152award amount
- 5T32HL007852-07Department: NIH department codeINTEGRATED PHYSIOLOGY TRAINING-- MOLECULE TO ORGANISM$172,562award amount
Lombard, Julian H
Leads 1 award · $261,625
- 5R01HL065289-03Department: NIH department codeHIGH SALT DIET, ANGIOTENSIN II, AND MICROVESSEL DILATION$261,625award amount
Roman, Richard J
Leads 1 award · $261,625
- 5R01HL036279-16Department: NIH department codeP450 EICOSANOIDS AND RENAL FUNCTION IN HYPERTENSION$261,625award amount
Rusch, Nancy J
Leads 1 award · $261,625
- 5R01HL064806-03Department: NIH department codeRENOVASCULAR CA2+ CHANNEL EXPRESSION IN HYPERTENSION$261,625award amount
Michalkiewicz, Mieczyslaw Michael
Leads 1 award · $217,623
- 5R01HL057921-05Department: NIH department codeTRANSGENIC STUDY VASCULAR ROLE OF NEUROPEPTIDE Y$217,623award amount
Basile, David P.
Leads 1 award · $191,671
- 5R01DK054350-04Department: NIH department codeTGF BETA EXPRESSION FOLLOWING ISCHEMIC ACUTE RENAL FAIL$191,671award amount
Zou, Ai-Ping
Leads 1 award · $160,562
- 5R01DK054927-05Department: NIH department codeADENOSINE IN HYPERTENSIVE GLOMERULAR INJURY$160,562award amount
Hoagland, Kimberly M
Leads 1 award · $46,192
- 5F32HL010364-03Department: NIH department codeCYTOCHROME P450 EICOSANOIDS AND HYPERTENSION$46,192award amount
Jensen-Seaman, Michael Ignatius
Leads 1 award · $38,320
- 1F32HL070527-01Department: NIH department codeSearch for a Hypertensive Renal Failure Gene$38,320award amount
Maier, Kristopher G
Leads 1 award · $38,320
- 5F32HL010407-02Department: NIH department codeMODULATION OF VASCULAR TONE BY 20-HETE: CELL SIGNALING$38,320award amount