This study demonstrates how perturbations in a single gene affect genome-wide gene expression from the perspective of the conservation of expression level ratios between genes.
https://t.co/m1xOdE4xkR
We have published a paper on single-cell analysis of antibiotic persistence in E. coli. The movies show amazing survival dynamics of single cells.
https://t.co/yhApI5UipH
Our new preprint on Raman spectroscopy for identifying antibiotic resistance and phenotypic heterogeneity of pathogenic bacteria (MRSA):
https://t.co/fBqcKGnzTr
Super-amazing work by Takanori Nishino, Hiromi Mukai, Minoru Moriyama and other colleagues on a novel insect-microbe symbiosis is now available as preprint
Defensive fungal symbiosis on insect hindlegs https://t.co/VSmvB8OFa1
We had a 2-day meeting on basic (micro)biology organized by Yuichi @WakamotoYuichi at UTokyo. It was a fantastic time to discuss microbial growth, death, tolerance, evolution, VBNC state, L-form, and minimal cell.
Thanks for all and looking forward to the next meeting!
Ver. 2 is online. Here we show that proteome profiles can be inferred from Raman spectra of cells and describe the stoichiometry conservation constraint in omics, revealed by analyzing the Raman-omics correspondence in detail. We thank many comments & advice received since Ver1.