A young lab at Harvard Medical School that uses chemical biology to study the human microbiome 🧪🔬🦠🧫 **student- & postdoc-run account**
Boston, MA
Joined July 2018
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Devlin Lab retweeted
Snehal initiated the collaboration between @DevlinLab and @BWHSurgMetab , organized my interview two years ago, and has been an excellent collaborator for the past two years. Best wishes on her new journey!
Earlier this week we said ~see you later~ to one of the OG Devlin lab postdocs, Snehal Chaudhari, as she embarks on her journey as an Assistant Professor at @UWBiochem! We are so proud of her but we’ll miss her big time 😭
Devlin Lab retweeted
On Monday July 24, the Keio University Human Biology-Microbiome-Quantum Research Center (WPI-Bio2Q) held its Gut Microbiome Seminar.
“Causal links between human gut bacterial metabolites and host functions”
Sloan Devlin, Ph.D.
Associate Professor,
Harvard Medical School, USA
Devlin Lab retweeted
Oh btw I defended my dissertation last week? Here’s me being a silly goose trying to open the bottle of champagne
Devlin Lab retweeted
Save the date! Sloan Devlin (@DevlinLab) at @harvardmed is #ASBMBDeuel's Journal of Clinical Investigation (@jclinicalinvest) Lecturer. Register for the conference to attend her talk, "Bacterial modification of bile acids alters host physiology," on 3/ 8: asbmb.org/meetings-events/de….
ALT Graphic about Sloan Devlin's lecture at the 2023 Deuel Conference. Includes a photo of Devlin and a coastline.
Devlin Lab retweeted
Excited to be part of this ACS Chem Biol virtual event next Tuesday highlighting young #chembio investigators — registration is free! go.acs.org/28s @FFriscourt @IfthihaMohideen @DevlinLab @HuangMia @WangXiaoLab @EllenSletten @Linlab_ZJU & Samira Musah & Kabirul Islam
Join us for the ACS Chemical Biology Young Investigators Webinar on Tuesday Sept 13th! The event will feature 10 exciting speakers and takes place in two live sessions at 10 am EST and 8 pm EST. You can register and find more information here: go.acs.org/28s
Devlin Lab retweeted
Gut bacterial modifications characterized so far involve hydrolytic & reductive pathways. @DevlinLab & colleagues have discovered a mechanism by which gut bacteria sulfonate steroidal metabolites that can modulate immune cell trafficking @NatureMicrobiol nature.com/articles/s41564-0…
Devlin Lab retweeted
Today's #shoutout to #womenInSTEM goes to Lina Yao @DevlinLab for her @NatureMicrobiol paper on a biosynthetic pathway for selective sulfonation of steroidal metabolites by human #gut #bacteria.
nature.com/articles/s41564-0…
Devlin Lab retweeted
Two labs (@lizljohnson @DevlinLab) independently stumbling upon the same microbiome mediated cholesterol transformation at the same time. Congrats both labs!
OUT NOW👉Characterization of interactions of dietary cholesterol with the murine and human gut microbiome
By Elizabeth Johnson, Henry Le, Min-Ting Lee & colleagues @henrychembio @MinTingLee2 –
@lizljohnson @CornellCALS
nature.com/articles/s41564-0…
Devlin Lab retweeted
OUT NOW👉Characterization of interactions of dietary cholesterol with the murine and human gut microbiome
By Elizabeth Johnson, Henry Le, Min-Ting Lee & colleagues @henrychembio @MinTingLee2 –
@lizljohnson @CornellCALS
nature.com/articles/s41564-0…
Devlin Lab retweeted
In our final installment of Science on Tap 2022, @microbe_megan will be sharing her research on steroid metabolism in gut microbiota. Join us this Thursday at 4pm, Higgins 310! – at Newton, MA
Devlin Lab retweeted
Lessons learned by an organic chemist entering the microbiome field
@DevlinLab
cell.com/cell-host-microbe/f…
Devlin Lab retweeted
ICYMI: Great study in @Nature from @DevlinLab and Jun Huh’s lab at @harvardmed identifying gut bacteria and enzymes that produce two anti-inflammatory bile acid metabolites, 3-oxoLCA and isoLCA. (1/3)
doi.org/10.1038/s41586-022-0…
Devlin Lab retweeted
Bile acids have immunomodulatory properties. @DevlinLab & colleagues have found new clues into how human gut bacteria produce ΤΗ17-modulating bile acid metabolites with potential relevance for inflammatory disorders ow.ly/5EuH30seZ2F
Devlin Lab retweeted
It's interesting to learn more about the underling mechanisms of liver damage prevention. @DevlinLab shows recent data on the role of unconjugated bile acids in inducing leaky gut while conjugated bile acids protect the gut barrier #GMFH2022
Devlin Lab retweeted
Sloan Devlin @DevlinLab: BSH inhibition improves metabolic phenotypes through increasing abundance of conjugated bile acids and is not toxic in vivo #GMFH2022
Devlin Lab retweeted
Sloan Devlin from @DevlinLab explains how genetic deletion in bile acids metabolism can affect health outcomes relevant in the context of liver diseases #GMFH2022
Devlin Lab retweeted
Bile acids act as candidate molecules in order to understand the causal involvement of the gut microbiota in affecting host metabolism and immune function explains @DevlinLab #GMFH2022
Devlin Lab retweeted
.@DevlinLab kicks off her talk highlighting the relevance of focusing into microbial metabolites/molecules as means of moving from association to causation in microbiome research #GMFH2022
Devlin Lab retweeted
Now it's time for the last talk from Sloan Devlin @DevlinLab on microbiota-derived small molecules as probiotics #GMFH2022
Devlin Lab retweeted
In pandemic times microbes might seem to only be 'bad news.' They can be good news, too. Among others, @DevlinLab explains why microbiome chemistry matters. Bile acids in the gut are the material basis of molecular messages from the microbiome...to us.
nature.com/articles/s41592-0…
