
1028-VIS-seq: Multidimensional Mapping of Variant Effects
This study introduces variant in situ sequencing (VIS-seq), a high-scale platform designed to map how genetic mutations alter the physical and functional characteristics of human cells. By combining pooled protein variant libraries with high-content fluorescent imaging, the method connects specific genotypes to complex cellular phenotypes, such as protein localization and organelle shape. Researchers applied this tool to thousands of mutations in the LMNA and PTEN genes, discovering how individual variants disrupt molecular structures to cause diverse diseases like autism and laminopathies…
The skinny
The skinny isn't ready yet — notes appear once the transcript is processed.