The HUWE1-HAPSTR1-USP7 complex is established as a key ubiquitin code modifier, providing a molecular rationale for HUWE1 dysregulation in neurodevelopmental disorders and cancer.
S. Yatskevich, Jugal Mohapatra, R. Mroue et al.· Molecules and Cells· 0 citations
The development of scalable iPSC-neuron models enables tauopathy drug discovery and reconstructs progressive Tau seeding, fibrillization and synaptic dysfunction, and establishes a physiologically relevant, scalable platform for therapeutic screening that connects Tau seed uptake, site-specific phosphorylation, fibril...
J. Lipka, Xiwei Shan, Qiao Zhang et al.· bioRxiv· 0 citations
SynActive-PSD95-FLAG, a genetically encoded probe consisting of FLAG-tagged PSD- 95 endowed with activity-dependent local translation and expression enrichment at potentiating dendritic spines, provides new insight into the molecular substrates of hippocampal learning and a novel tool to study the proteome of potentiat...
A. Jacob, M. Di Caprio, I. Arisi et al.· bioRxiv· 0 citations
This work identifies LMOD1 as a new regulator that might be targeted to improve muscle regeneration in aging and disease and demonstrates that LMOD1 influences SIRT1 localization and the expression of its target genes.
Ellen Späth, S. Schüler, I. Heinze et al.· eLife· 1 citation
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