COFFEE doesn't help β Read about work from high school students supported & mentored by @DunhamLab that identified multiple evolved yeast populations with mutations in multidrug resistance family and mTOR pathway genes contributing to #caffeine tolerance: https://t.co/B2vrFc1hh0
Latest from our lab, on human cytomegalovirus in breast milk and its impact on the infant gut microbiome
Work by @kelsey_EJ, excellent collab with @DemerathE, @frankwalbert, @mschleiss, & Cheryl Gale
https://t.co/xhEbYwQyfY
One reason why conferences are so cool: Getting to hear the person whose lab developed the tool I am using in my PhD work talk about it. #TAGC24 Shout out to Michael Knop and Tandem Fluorescent protein Timers! π΄π’π§¬
Peep this preview of GxE effects on protein degradation that Iβll be talking about at my poster later today at #TAGC24! Please come to 959T to hear more! Tonight, March 7, ~7:30 pm (after my professional headshot slot lol). PS. I am actively searching for a postdoc!
New preprintπ§΅! We're excited to share the 1st release of the Human Microbiome Compendium, a dataset of publicly available 16S sequencing data from 168,000 human gut microbiome samples, processed using a single pipeline and integrated into one big table. https://t.co/poRVuRXt1L
We just posted a new preprint investigating the impact of cytomegalovirus (CMV) on human milk composition and full-term infant development! (https://t.co/cUtlWv9dP0, thread below):
So proud of @SolChoi330 and @jsharon_18 and many other friends who walked today to celebrate their graduation! Canβt wait to see what amazing work you do next! π
My tandem fluorescent protein timer-themed nails for #BoG23! They represent a slowly maturing mCherry fused to a quickly maturing sfGFP. See https://t.co/PBjUEGieML from the Knop lab to learn more about tFTs - reporters for protein degradation!