|
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Macrophage inflammasome activation and the mechanism of lipolysis resistance in aged adipose |
| 3R00AG058800-03S1 |
CAMELL, CHRISTINA |
NIA |
2020 |
|
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Non-Autonomous control of aging in Drosophila |
| 3R01AG059586-03S1 |
ROGINA, BLANKA |
NIA |
2020 |
|
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Discovering causal genes, brain regions and other risk factors for Alzheimers Disease |
| 3R01AG065636-01S1 |
PAN, WEI |
NIA |
2020 |
|
|
Mechanism of BET Proteins in Th17 Cell Differentiation |
| 3R01AI124465-05S2 |
ZHOU, MING-MING |
NIA |
2020 |
|
|
Multiscale Resolution and Deep Network Approaches for Deconvolving Different Cell Types in Bulk Tumor using Single-cell Sequencing Data (scDEC) |
| 3R01CA241930-02S1 |
ZHOU, XIAOBO |
NIA |
2020 |
|
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Nrf1-dependent Proteotoxic Stress Response |
| 3R01GM132396-02S1 |
RADHAKRISHNAN, SENTHIL KUMAR |
NIA |
2020 |
|
|
Exploring the genetic basis of AD progression |
| 4R00AG054573-03 |
GE, TIAN |
NIA |
2020 |
|
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Uncovering how serotonergic signaling non-autonomously regulates protein homeostasis |
| 5R01AG050653-05 |
PRAHLAD, VEENA |
NIA |
2020 |
|
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Pathogenic role for formin mediated microtubule stabilization pathways in Alzheimers disease |
| 5R01AG050658-05 |
BARTOLINI, FRANCESCA |
NIA |
2020 |
|
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A multi-scale data-driven model of the Abeta pore function and Ca2+ toxicity in Alzheimers disease |
| 5R01AG053988-05 |
ULLAH, GHANIM |
NIA |
2020 |
