A Bioinformatic Approach to scRNAseq Analysis Uncovers New Aspects of Neurophysiology

Our understanding of cellular diversity and nervous system function has been revolutionized by advances in single-cell RNA sequencing (scRNAseq) technology. In this reappraisal essay, we delve into the exercises of scRNAseq in neurophysiology, involving the identification of new cell types, the analysis of cell signaling pathways, and the study of gene statement dynamics. We also argue the bioinformatic difficulties and opportunities in scRNAseq analysis, similar to the want for grade controller and standardization forms. Likewise, we point to the integration of scRNAseq in different ways, similar to spatial transcriptomics and electrophysiology Eventually, we argue the coming directions of scRNAseq in neurophysiology, involving the eventuality for the identification of new cure marks and the evolution of individualized medicine. This review highlights the import of scRNAseq technology in advancing our understanding of the nervous system and its implicit to chip into the evolution of new remedial programs for neurological disorders