FY2022 NIH awards · Principal investigators
Anatomy & Cell Biology at Yale University
New Haven, CT
Funding
$7.2M
$7,246,042
Awards
24
FY2022 NIH awards in Anatomy & Cell Biology
Principal investigators
21
21 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 Anatomy & Cell Biology row of the Yale University page.
Leads a grant in this department
21 contact PIs of these awards, by the funding they lead. Other principal investigators on an award are listed with it and under Co-investigators.
Melia, Thomas James
Leads 2 awards · $832,477
- 5R01GM100930-10Department: NIH department codeRegulation of Autophagosome Membrane Dynamics by the Atg8 Family of Proteins$497,477award amount
- 5R01GM135290-03Department: NIH department codeLipid flux during autophagosome membrane biogenesis$335,000award amount
Reinisch, Karin M
Leads 1 award · $819,181
- 5R35GM131715-04Department: NIH department codeMolecular Basis for Membrane Lipid Homeostasis$819,181award amount
Ferguson, Shawn
Leads 2 awards · $762,125
- 5R01AG062210-05Department: NIH department codeAxonal endo-lysosome transport mechanisms that regulate APP processing$418,750award amount
- 5R01GM105718-09Department: NIH department codeMolecular mechanisms that match lysosome function to cellular demand$343,375award amount
Lusk, Charles Patrick
Leads 2 awards · $696,886
- 2R01GM105672-10Department: NIH department codeThe mechanism of ESCRT-mediated surveillance of the nuclear envelope barrier$353,677award amount
- 1R56AG071201-01A1Department: NIH department codeThe mechanism of nuclear autophagy$343,209award amount
Zhang, Yongli
Leads 1 award · $601,113
- 5R35GM131714-04Department: NIH department codeSingle-molecule manipulation of proteins involved in membrane fusion, lipid exchange, and mechanosensation$601,113award amount
Burd, Christopher G
Leads 1 award · $508,513
- 1R35GM144096-01Department: NIH department codeLipid Dynamics in the Golgi Apparatus$508,513award amount
Qi, Hongying
Leads 1 award · $418,991
- 5R01HD042012-20Department: NIH department codeFunction of PIW1/Argonuate Proteins in Spermatogenesis$418,991award amount
Su, Xiaolei
Leads 1 award · $418,750
- 5R35GM138299-03Department: NIH department codeSpatial Organization of Membrane Signaling$418,750award amount
Gupta, Kallol
Leads 1 award · $351,750
- 5R01GM141192-02Department: NIH department codeUnderstanding organization of membrane proteins and lipids through lipid vesicle native mass spectrometry$351,750award amount
Mariappan, Malaiyalam
Leads 1 award · $345,050
- 5R01GM117386-07Department: NIH department codeThe interplay between the UPR and protein biogenesis at the ER$345,050award amount
Lin, Chenxiang
Leads 1 award · $335,000
- 5R01GM132114-04Department: NIH department codeA Nanomechanical Toolkit to Guide Membrane Structure and Dynamics$335,000award amount
Von Blume, Julia
Leads 1 award · $334,270
- 5R01GM134083-04Department: NIH department codeMechanism of secretory cargo export from the TGN$334,270award amount
Guo, Shangqin
Leads 1 award · $251,250
- 5R21DK128680-02Department: NIH department codeTiming live cell cycle length in diverse tissues$251,250award amount
Bewersdorf, Joerg
Leads 1 award · $221,100
- 1R21AR081661-01Department: NIH department codeDevelopment of pan-Expansion Microscopy to reveal mechanisms underlying epidermal differentiation$221,100award amount
Ader, Nicholas Ryan
Leads 1 award · $69,802
- 5F32GM139285-03Department: NIH department codeThe paradox of 'closed mitosis': using fission yeast to decipher a molecular model of ESCRT activity at the nuclear envelope$69,802award amount
McCarthy, Megan R
Leads 1 award · $54,902
- 1F32GM145087-01Department: NIH department codeModulation of nuclear pore complex structure and function by nuclear envelope tension$54,902award amount
Carley, Emma
Leads 1 award · $46,752
- 1F31HL158119-01A1Department: NIH department codeDefining the role of the nuclear lamina in the mechanical regulation of lung fibrosis$46,752award amount
Fuller, Devin
Leads 1 award · $46,752
- 1F31AG079606-01Department: NIH department codeATG2 transfers lipids from ER exit site membranes to directly expand the growing autophagosome$46,752award amount
Mannino, Philip
Leads 1 award · $46,752
- 5F31AG069490-02Department: NIH department codeEstablishing a Mechanism for the Autophagic Degradation of Nuclear Components and its Relationship to Aging$46,752award amount
Chen, Jiaying
Leads 1 award · $44,462
- 1F31HD104415-01A1Department: NIH department codeDeciphering the Function of Piwi in Selecting Transcription Start Sites$44,462award amount
Olivas, Taryn
Leads 1 award · $40,164
- 5F31GM142294-02Department: NIH department codeATG9 scrambles lipids in concert with ATG2 lipid delivery to directly grow the autophagosome$40,164award amount