Natasha Jaiswal
- Assistant Professor, Department of Health and Kinesiology
Office and Contact
Education
PhD Central Drug Research Institute, India Biochemistry 2015
PhD Central Drug Research Institute, India Biochemistry 2015
Research Interests
Skeletal muscle and NMJ plasticity in physiological and pathological conditions, glucose homeostasis, body composition, obesity and sarcopenia
Skeletal muscle and NMJ plasticity in physiological and pathological conditions, glucose homeostasis, body composition, obesity and sarcopenia
Teaching Interests
Physiology, metabolism and biochemistry
Physiology, metabolism and biochemistry
Grants
2023 - NIA P30 mentorship award, Oklahoma Nathan Shock Center
2021 - Pilot Career Development Grant, San Antonio Nathan Shock Center
2023 - NIA P30 mentorship award, Oklahoma Nathan Shock Center
2021 - Pilot Career Development Grant, San Antonio Nathan Shock Center
Selected Publications
E Nunn, N Jaiswal, M Gavin, K Uehara, M Stefkovich, K Drareni, R Calhoun, M Lee, C Holman, J Baur, S Patrick, P. Titchenell. Antibody Blockade of Activin Type II Receptors Preserves Skeletal Muscle Mass and Enhances Fat Loss During GLP-1 Receptor Agonism. Molecular metabolism (Accepted, January, 2024). Impact 7.4
N Jaiswal, M Gavin, E Loro, J Sostre-Coln, PA Roberson, K Uehara, N R Fuentes, M Neinast, Z Arany, S R Kimball, T S Khurana, P M Titchenell. AKT controls protein synthesis and oxidative metabolism via combined mTORC1 and FOXO1 signaling to govern muscle physiology. Journal of Cachexia, Sarcopenia and Muscle (2021). Impact 12.9
E Nunn, N Jaiswal, M Gavin, K Uehara, M Stefkovich, K Drareni, R Calhoun, M Lee, C Holman, J Baur, S Patrick, P. Titchenell. Antibody Blockade of Activin Type II Receptors Preserves Skeletal Muscle Mass and Enhances Fat Loss During GLP-1 Receptor Agonism. Molecular metabolism (Accepted, January, 2024). Impact 7.4
N Jaiswal, M Gavin, E Loro, J Sostre-Coln, PA Roberson, K Uehara, N R Fuentes, M Neinast, Z Arany, S R Kimball, T S Khurana, P M Titchenell. AKT controls protein synthesis and oxidative metabolism via combined mTORC1 and FOXO1 signaling to govern muscle physiology. Journal of Cachexia, Sarcopenia and Muscle (2021). Impact 12.9