Noninvasive technique reveals how cells' gene expression cha

A new method can track changes in live cell gene expression over extended periods of time. Based on Raman spectroscopy, the method doesn’t harm cells and can be performed repeatedly.

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Japan , Tommaso Biancalani , Koseki Kobayashi Kirschvink , Jian Shu , Aviv Regev , Jeon Woong Kang , Broad Institute Of Harvard , Genentech Research , Us National Institute Of Biomedical Imaging , Helen Hay Whitney Foundation , Harvard Medical School , Naito Foundation Overseas Postdoctoral Fellowship , Us National Institutes Of Health , Department Of Biology , Broad Institute , Early Development , Laser Biomedical Research Center , Howard Hughes Medical Institute , Biomedical Research Center , Japan Society , Science Postdoctoral Fellowship , Overseas Researchers , Mathworks Fellowship , Biomedical Imaging , Klarman Cell , Raman Microscopy , Genomics , Single Cell Rna Sequencing , Computational Modeling , Cell Differentiation , Peter So , Osekij Kobayashi Kirschvink ,