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Education & Training
University of ToledoPharmD
Grant Support
- Computational approaches for the analyses of spatial profiling technologiesDIVISION OF BASIC SCIENCES - NCI2022–2027
- Cerebral organoid and IPSC derived microglia: Modeling of HIV and methamphetamine co-morbidityUNIVERSITY OF NEBRASKA MEDICAL CENTER2022–2027
- Cerebral organoid and IPSC derived microglia: Modeling of HIV and methamphetamine co-morbidityUNIVERSITY OF NEBRASKA MEDICAL CENTER2022–2027
- Cerebral organoid and IPSC derived microglia: Modeling of HIV and methamphetamine co-morbidityUNIVERSITY OF NEBRASKA MEDICAL CENTER2022–2027
- Computational approaches for the analyses of spatial profiling technologiesDIVISION OF BASIC SCIENCES - NCI2022–2027
- Data-driven inference of regulators for cytokine-mediated tumor killingDIVISION OF BASIC SCIENCES - NCI2022–2027
- Cerebral organoid and IPSC derived microglia: Modeling of HIV and methamphetamine co-morbidityUNIVERSITY OF NEBRASKA MEDICAL CENTER2022–2027
- Data-driven inference of regulators for cytokine-mediated tumor killingDIVISION OF BASIC SCIENCES - NCI2022–2027
- Computational approaches for the analyses of spatial profiling technologiesDIVISION OF BASIC SCIENCES - NCI2022–2027
- Cerebral organoid and IPSC derived microglia: Modeling of HIV and methamphetamine co-morbidityUNIVERSITY OF NEBRASKA MEDICAL CENTER2022–2027
- Cerebral organoid and IPSC derived microglia: Modeling of HIV and methamphetamine co-morbidityUNIVERSITY OF NEBRASKA MEDICAL CENTER2022–2027
- Cerebral organoid and IPSC derived microglia: Modeling of HIV and methamphetamine co-morbidityUNIVERSITY OF NEBRASKA MEDICAL CENTER2022–2027
- Computational approaches for the analyses of spatial profiling technologiesDIVISION OF BASIC SCIENCES - NCI2022–2027
- Cerebral organoid and IPSC derived microglia: Modeling of HIV and methamphetamine co-morbidityUNIVERSITY OF NEBRASKA MEDICAL CENTER2022–2027
- Data-driven inference of regulators for cytokine-mediated tumor killingDIVISION OF BASIC SCIENCES - NCI2022–2027
- A Human iPSC-Based Chimeric Mouse Model of Alzheimers Disease in Down SyndromeRUTGERS, THE STATE UNIV OF N.J.2021–2026
- A Human iPSC-Based Chimeric Mouse Model of Alzheimers Disease in Down SyndromeRUTGERS, THE STATE UNIV OF N.J.2021–2026
- A Human iPSC-Based Chimeric Mouse Model of Alzheimers Disease in Down SyndromeRUTGERS, THE STATE UNIV OF N.J.2021–2026
- A Human iPSC-Based Chimeric Mouse Model of Alzheimers Disease in Down SyndromeRUTGERS, THE STATE UNIV OF N.J.2021–2026
- A Human iPSC-Based Chimeric Mouse Model of Alzheimers Disease in Down SyndromeRUTGERS, THE STATE UNIV OF N.J.2021–2026
- A Human iPSC-Based Chimeric Mouse Model of Alzheimers Disease in Down SyndromeRUTGERS, THE STATE UNIV OF N.J.2021–2026
- A Human iPSC-Based Chimeric Mouse Model of Alzheimers Disease in Down SyndromeRUTGERS, THE STATE UNIV OF N.J.2021–2026
- A Human iPSC-Based Chimeric Mouse Model of Alzheimers Disease in Down SyndromeRUTGERS, THE STATE UNIV OF N.J.2021–2026
- Data-driven inference of regulators for cytokine-mediated tumor killingDIVISION OF BASIC SCIENCES - NCI2023–2025
- Computational approaches for the analyses of spatial profiling technologiesDIVISION OF BASIC SCIENCES - NCI2023–2025
- Data-driven inference of regulators for cytokine-mediated tumor killingDIVISION OF BASIC SCIENCES - NCI2023–2025
- Computational approaches for the analyses of spatial profiling technologiesDIVISION OF BASIC SCIENCES - NCI2023–2025
- Data-driven inference of regulators for cytokine-mediated tumor killingDIVISION OF BASIC SCIENCES - NCI2023–2025
- Data-driven inference of regulators for cytokine-mediated tumor killingDIVISION OF BASIC SCIENCES - NCI2023–2025
- Cytokine Regulation of Secondary Neural ProgenitorsRUTGERS BIOMEDICAL AND HEALTH SCIENCES2023–2025
- Computational approaches for the analyses of spatial profiling technologiesDIVISION OF BASIC SCIENCES - NCI2023–2025
- Computational approaches for the analyses of spatial profiling technologiesDIVISION OF BASIC SCIENCES - NCI2023–2025
- Computational approaches for the analyses of spatial profiling technologiesDIVISION OF BASIC SCIENCES - NCI2021–2025
- Computational approaches for the analyses of spatial profiling technologiesDIVISION OF BASIC SCIENCES - NCI2021–2025
- Computational approaches for the analyses of spatial profiling technologiesDIVISION OF BASIC SCIENCES - NCI2021–2025
- Data-driven inference of regulators for cytokine-mediated tumor killingDIVISION OF BASIC SCIENCES - NCI2021–2025
- Computational approaches for the analyses of spatial profiling technologiesDIVISION OF BASIC SCIENCES - NCI2021–2025
- Understanding Down Syndrome Brain Development Using Human iPSC-Based Mouse ChimerasRUTGERS, THE STATE UNIV OF N.J.2021–2025
- Computational approaches for the analyses of spatial profiling technologiesDIVISION OF BASIC SCIENCES - NCI2021–2025
- Data-driven inference of regulators for cytokine-mediated tumor killingDIVISION OF BASIC SCIENCES - NCI2018–2025
- Data-driven inference of regulators for cytokine-mediated tumor killingDIVISION OF BASIC SCIENCES - NCI2018–2025
- Data-driven inference of regulators for cytokine-mediated tumor killingDIVISION OF BASIC SCIENCES - NCI2018–2025
- Novel Functions of OLIG2 in Regulating Human Interneuron Production in Health and DiseaseRUTGERS, THE STATE UNIV OF N.J.2018–2025
- Novel Functions of OLIG2 in Regulating Human Interneuron Production in Health and DiseaseRUTGERS, THE STATE UNIV OF N.J.2018–2025
- Data-driven inference of regulators for cytokine-mediated tumor killingDIVISION OF BASIC SCIENCES - NCIPresent
