New in ACS Omega!
Integrating human substantia nigra single-nucleus data with phosphatome rewiring, structural modelling and LRRK2 phosphoproteomics identifies PFKFB2 as an LRRK2-linked metabolic node in Parkinson’s disease.

New in ACS Omega!
Integrating human substantia nigra single-nucleus data with phosphatome rewiring, structural modelling and LRRK2 phosphoproteomics identifies PFKFB2 as an LRRK2-linked metabolic node in Parkinson’s disease.