Jacqueline A Palmer

• University of Minnesota

  Assistant professor

• University of Kansas Medical Center

Sources: reporter.nih.gov

• National Institute on Aging

  R21, Cerebello-cortical connectivity as an adaptive mechanism for balance control with aging, R21AG101558, 2026–2028, 16 Sept 2026

• National Institute on Aging

  R00, Investigating cerebrovascular regulation during exercise as a factor influencing cortical resource engagement for balance control with aging, R00AG075255, 2024–2027, 27 Feb 2026

• National Institute on Aging

  DP2, Neuroplasticity and cerebral blood flow as key resilience mechanisms in the brains of fast-moving SuperAgers, DP2AG101104, 2025–2028, 15 Sept 2025

• National Institute on Aging

  K99, Investigating cerebrovascular regulation during exercise as a factor influencing cortical resource engagement for balance control with aging, K99AG075255, 2022–2024, 21 Aug 2023

Sources: reporter.nih.gov