Our work on host-generated tRNA fragments in inhibiting oral pathobiont Fusobacterium nucleatum just came on line @putingdong@ISMEJournal . The chemical modification improves efficacy at nM range. Works against clinical isolates from colorectal cancer. https://t.co/UfcxJ2XZFv
Out today from the Shi lab @StimulatedRaman Adam optimization-based pointillism deconvolution (A-PoD) is a broadly applicable super-resolution deconvolution algorithm that enables super-res SRS microscopy! https://t.co/zmjmrNFVJq
Our paper with @JMarkWelch, @MBLScience Revealing the microhabitat taxon specificity in corncobs structures of dental plaque is out! Here the link https://t.co/33B1GpGeXn
In press. our paper with @JMcLean_UW, @BatbilegBor@JunLiuLab demonstrated the Exploitation of a Bacterium-Encoded Lytic Transglycosylase by a Human Oral Lytic Phage To Facilitate Infection @ageofthephage | Journal of Virology https://t.co/o3Q9tD9IoT
With some new additions, the Forsyth dentech CEO panel is all set. This star-studded panel includes some of the biggest names in oral health academia, industry, and venture capital. Join us for a riveting discussion on oral health innovation. @Sherlock_Bio https://t.co/EUVgmfXKpR
Must read -- a comprehensive review of spatial profiling technologies, by three awesome friends and our previous #spatialomics seminar speakers @Prof_Lundberg, @hoheyn and Jeff Moffitt! https://t.co/tGZsfWY7nA
Photolysis of staphyloxanthin (golden pigment in the cell membrane of S. aureus) severely traumatizes S. aureus/MRSA. We then uncovered that photoinactivqtion of catalase sensitizes a wide range of pathogenic bacteria and fungi to ROS-producing agents!:):). @JieHui12
@AndreaGiometto’s talk was amazing. He described mechanical interaction and crowding effect on natural selection with extremely superb fluorescent colony imaging @HarvardMSI