Researchers identify protein with DYRK1A-inhibiting effect that may have implications for Down syndrome
by Kyoto UniversityDYRK1A bound to FAM53C in the cytoplasm is less active. DYRK1A not bound to FAM53C in the nucleus is highly active. Functional abnormalities cause various neuropsychiatric deve
Updated on: February 20,2024
Researchers identify protein with DYRK1A-inhibiting effect that may have implications for Down syndrome
by Kyoto UniversityDYRK1A bound to FAM53C in the cytoplasm is less active. DYRK1A not bound to FAM53C in the nucleus is highly active. Functional abnormalities cause various neuropsychiatric deve
Updated on:February 20,2024
