- Citations, last 5 years
- 1 635
- Works, last 5 years
- 124
- h-index
- 89
- Scientists listed
- 0
- Grants since 2016
- 52
Grants received
2025–2027 · research · R61
Intersection of Neuro-Immune-Vascular Dynamics in Preclinical NeuroHIV Model
Irene Munk Pedersen · Scintillon Institute · funded by National Institutes of Health
2024–2026 · research · R03
Deciphering the dichotomy of oxygen metabolism in renal cancer using a novel genetically encoded oxygen biosensor
Valentin Cracan · Scintillon Institute · funded by National Institutes of Health
2024–2029 · research · R01
Cerebellar-striatal circuits for control of dopamine activity and food intake
John Nicholas Betley · Scintillon Institute · funded by National Institutes of Health
2024–2026 · research · R21
Testing energy expenditures as biomarkers of aging using thermal imaging in a controlled environment
Alexey V Terskikh · Scintillon Institute · funded by National Institutes of Health
2024–2029 · research · R01
Cerebellar-striatal circuits for control of dopamine activity and food intake
John Nicholas Betley · Scintillon Institute · funded by National Institutes of Health
2024–2026 · research · R03
Deciphering the dichotomy of oxygen metabolism in renal cancer using a novel genetically encoded oxygen biosensor
Valentin Cracan · Scintillon Institute · funded by National Institutes of Health
2023 · fellowship · Young Investigator
BBRF Young Investigator (2023) - Rose E. Presby
Rose E. Presby · Scintillon Institute · funded by Brain and Behavior Research Foundation
2023–2025 · research · R21
NAD(P)H quinone oxidoreductase 1 (NQO1)-mediated bypass of mitochondrial electron transport chain with artificial and endogenous substrates
Valentin Cracan · Scintillon Institute · funded by National Institutes of Health
2023–2025 · research · R21
Testing the utility of miBioAge as a personalized aging biomarker
Alexey V Terskikh · Scintillon Institute · funded by National Institutes of Health
2023–2025 · research · R21
Testing the utility of miBioAge as a personalized aging biomarker
Alexey V Terskikh · Scintillon Institute · funded by National Institutes of Health
2022–2027 · research · R01
Central thermoregulatory mechanisms during heat stress
Albert Chen · Scintillon Institute · funded by National Institutes of Health
2022–2027 · research · R01
Central thermoregulatory mechanisms during heat stress
Albert Chen · Scintillon Institute · funded by National Institutes of Health
2022–2027 · research · R01
Central thermoregulatory mechanisms during heat stress
Albert Chen · Scintillon Institute · funded by National Institutes of Health
2022–2027 · research · R01
Augmented Notch signaling as a therapeutic approach for Alagille Syndrome
P. Duc Si Dong · Scintillon Institute · funded by National Institutes of Health
2022–2027 · research · R01
Central thermoregulatory mechanisms during heat stress
Albert Chen · Scintillon Institute · funded by National Institutes of Health
2021–2026 · research · R01
Defining the functional organization of cerebellar output circuits that control feeding behavior
John Nicholas Betley · Scintillon Institute · funded by National Institutes of Health
2021–2025 · research · R01
Defining the functional organization of cerebellar output circuits that control feeding behavior
John Nicholas Betley · Scintillon Institute · funded by National Institutes of Health
2021–2026 · research · R35
Expanding the set of genetically encoded tools for compartment-specific manipulation of redox metabolism in living cells
Valentin Cracan · Scintillon Institute · funded by National Institutes of Health
2021–2025 · research · R01
Repurposing an FDA approved Drug, B-Raf Kinase Inhibitor Dabrafenib for Protection from Cisplatin- and Noise- induced Hearing Loss
Tal Teitz · Scintillon Institute · funded by National Institutes of Health
2021–2026 · research · R35
Expanding the set of genetically encoded tools for compartment-specific manipulation of redox metabolism in living cells
Valentin Cracan · Scintillon Institute · funded by National Institutes of Health
2021–2026 · research · R35
Expanding the set of genetically encoded tools for compartment-specific manipulation of redox metabolism in living cells
Valentin Cracan · Scintillon Institute · funded by National Institutes of Health
2021–2025 · research · R01
Defining the functional organization of cerebellar output circuits that control feeding behavior
John Nicholas Betley · Scintillon Institute · funded by National Institutes of Health
2021–2025 · research · R01
Defining the functional organization of cerebellar output circuits that control feeding behavior
John Nicholas Betley · Scintillon Institute · funded by National Institutes of Health
2021–2025 · research · R01
Defining the functional organization of cerebellar output circuits that control feeding behavior
John Nicholas Betley · Scintillon Institute · funded by National Institutes of Health
2021–2026 · research · R35
Expanding the set of genetically encoded tools for compartment-specific manipulation of redox metabolism in living cells
Valentin Cracan · Scintillon Institute · funded by National Institutes of Health
2021–2026 · research · R35
Expanding the set of genetically encoded tools for compartment-specific manipulation of redox metabolism in living cells
Valentin Cracan · Scintillon Institute · funded by National Institutes of Health
2021–2026 · research · R35
Expanding the set of genetically encoded tools for compartment-specific manipulation of redox metabolism in living cells
Valentin Cracan · Scintillon Institute · funded by National Institutes of Health
2021–2026 · research · R01
Repurposing an FDA approved Drug, B-Raf Kinase Inhibitor Dabrafenib for Protection from Cisplatin- and Noise- induced Hearing Loss
Tal Teitz · Scintillon Institute · funded by National Institutes of Health
2020–2025 · research · R01
CAR T CELLS ENGINEERED TO KILL HIV-INFECTED CELLS WHILE SECRETING BROADLY NEUTRALIZING ANTIBODIES
Brian Lawson · Scintillon Institute · funded by National Institutes of Health
2020–2025 · research · R01
CAR T CELLS ENGINEERED TO KILL HIV-INFECTED CELLS WHILE SECRETING BROADLY NEUTRALIZING ANTIBODIES
Brian Lawson · Scintillon Institute · funded by National Institutes of Health
2020–2025 · research · R01
CAR T CELLS ENGINEERED TO KILL HIV-INFECTED CELLS WHILE SECRETING BROADLY NEUTRALIZING ANTIBODIES
Brian Lawson · Scintillon Institute · funded by National Institutes of Health
2020–2025 · research · R01
CAR T CELLS ENGINEERED TO KILL HIV-INFECTED CELLS WHILE SECRETING BROADLY NEUTRALIZING ANTIBODIES
Brian Lawson · Scintillon Institute · funded by National Institutes of Health
2020–2021 · research · R21
Car T Cells Encoding alpha-chain-anchored and soluble bnAbs for HIV latency
Brian Lawson · Scintillon Institute · funded by National Institutes of Health
2020–2022 · research · R03
Defining and targeting the compartmentalization of redox metabolism in aging using novel genetically encoded tools
Valentin Cracan · Scintillon Institute · funded by National Institutes of Health
2020–2026 · research · R01
CAR T CELLS ENGINEERED TO KILL HIV-INFECTED CELLS WHILE SECRETING BROADLY NEUTRALIZING ANTIBODIES
Brian Lawson · Scintillon Institute · funded by National Institutes of Health
2020–2022 · research · R03
Defining and targeting the compartmentalization of redox metabolism in aging using novel genetically encoded tools
Valentin Cracan · Scintillon Institute · funded by National Institutes of Health
2018–2022 · research · R01
miR regulation of the neurovasculature function in health and disease
Irene Munk Pedersen · Scintillon Institute · funded by National Institutes of Health
2018–2022 · research · R01
miR regulation of the neurovasculature function in health and disease
Irene Munk Pedersen · Scintillon Institute · funded by National Institutes of Health
2018–2023 · research · R01
miR regulation of the neurovasculature function in health and disease
Irene Munk Pedersen · Scintillon Institute · funded by National Institutes of Health
2017–2022 · research · R00
Engineered flavin-dependent enzymes for probing redox environment and regulation
Valentin Cracan · Scintillon Institute · funded by National Institutes of Health