FY2022 NIH awards · Principal investigators
Physiology at University of Oregon
Eugene, OR
Funding
$2.2M
$2,172,319
Awards
11
FY2022 NIH awards in Physiology
Principal investigators
6
6 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 Oregon page.
Leads a grant in this department
6 contact PIs of these awards, by the funding they lead. Other principal investigators on an award are listed with it and under Co-investigators.
Huxtable, Adrianne Genest
Leads 3 awards · $612,674
- 5R01HL141249-05Department: NIH department codeNeonatal inflammation impairs control of breathing$362,208award amount
- 1R21DA054295-01A1Department: NIH department codePerinatal opioids impair maturation of vital respiratory networks$174,581award amount
- 3R01HL141249-05S1Department: NIH department codeNeonatal inflammation impairs control of breathing$75,885award amount
Greenhouse, Ian
Leads 2 awards · $557,230
- 1R01NS123115-01A1Department: NIH department codeComputational roles of inhibition in human action control$483,480award amount
- 1R03TR004103-01Department: NIH department codeReliability and regional specificity of glutathione and gamma-aminobutyric acid edited magnetic resonance spectroscopy in the human subcortex$73,750award amount
Walker, Ashley Elizabeth
Leads 3 awards · $457,577
- 5R01AG064016-03Department: NIH department codeLarge artery stiffness and cerebrovascular dysfunction: Implications for cognitive impairment and neuropathology$432,966award amount
- 3R01AG064016-03S1Department: NIH department codeLarge artery stiffness and cerebrovascular dysfunction: Implications for cognitive impairment and neuropathology$20,367award amount
- 3R01AG064016-02S1Department: NIH department codeLarge artery stiffness and cerebrovascular dysfunction: Implications for cognitive impairment and neuropathology$4,244award amount
Halliwill, John R.
Leads 1 award · $433,460
- 5R01AG072805-02Department: NIH department codeHistamine as a Molecular Transducer of Adaptation to Exercise$433,460award amount
Chapman, Christopher L
Leads 1 award · $70,082
- 1F32HL164021-01Department: NIH department codeExercise vs. Heat Therapy Effects on Kidney Function in Adults with Untreated Hypertension$70,082award amount
Larson, Emily A
Leads 1 award · $41,296
- 5F31HL158087-02Department: NIH department codeSympathetic Vascular Regulation following Heat Stress in Young and Aged Humans$41,296award amount