CMMC

Collaborative Microbial Metabolite Center

[CMMC @MicrobialCMMC]

Super exciting study linking diet to Colibactin producing bacteria and its impact on CRC. Check out our MOTM highlight on this at https://t.co/sNGeJPKvA1 or https://t.co/7Lo4zpe2IW

[GutMicrobiota Health @GMFHx]

Diets high in meat and low in fiber have been linked with a boost of colibactin-producing E. coli, damaging DNA, and leading to colorectal cancer

Could the microbiome drive the current rise in colorectal cancer?

https://t.co/n4d9zDUWo6

[Cameron Thrash @jcamthrash]

antiSMASH 8.0: extended gene cluster detection capabilities and analyses of chemistry, enzymology, and regulation https://t.co/oVfL2y1Neb

[CMMC @MicrobialCMMC]

Thanks to all our lovely collaborators for this accomplishment!

[CMMC @MicrobialCMMC]

We are back again with the April Molecule of the month featuring Colibactin! Check out more at https://t.co/sNGeJPJXKt

[Robert Quinn @Quinn_Labs]

I went on a podcast again!! This time talking #cysticfibrosis, #coralreefs and all things science! Science is cool! @EddieBarstool and @BarstoolChief know this. So should you! @DogWalkBarstool https://t.co/w490gkrxvC

[Daniel Starczynowski @dstarczynowski]

Thrilled to share our latest research out today in @Nature: “Microbial metabolite drives ageing-related clonal hematopoiesis via ALPK1” https://t.co/xlcrZxKRU8

[Robert Quinn @Quinn_Labs]

It's out! It's out!! Our new paper on how conjugated bile acids affect gut inflammation is out in @NatureComms https://t.co/HGFn2K9NST

[BERTRAND Samuel @SamBertrand44]

One new article about #MicrobialCoCulture: "Vibralactone derivatives isolated from co-cultures of the basidiomycetes #Stereum hirsutum and #Boreostereum vibrans" https://t.co/9tnmNkRJaS

[CMMC @MicrobialCMMC]

Happy March! While there’s so much to say about our friendly neighborhood Riboflavin, here we show some highlights. It’s amazing how we can engineer bacteria for commercial production!

Check out more at https://t.co/sNGeJPKvA1

[John Damianos, M.D. @john_damianosMD]

Have we finally discovered what a “normal” gut #microbiome looks like?

Analysis of 45,454 microbiomes from 42 countries identified the Health-Associated Core Keystone (HACK) index, linking certain microbial profiles to lifestyle, disease, and health.

https://t.co/jx5na9aWWo

[Simone Zuffa @simonezuffa]

Human Untargeted Metabolomics in High-Throughput Gut Microbiome Research: Ethanol vs Methanol | Analytical Chemistry https://t.co/pC84EkTkSA

[Simone Zuffa @simonezuffa]

The International Space Station has a unique and extreme microbial and chemical environment driven by use patterns: Cell https://t.co/ltRLMolZvP

[CMMC @MicrobialCMMC]

got microbial metabolites? Add to the public knowledgebase available through GNPS2!

https://t.co/sNGeJPJXKt

[CMI @ UC San Diego @CMIdigest]

#CIMM2025 Speaker Spotlight: @lizljohnson’s research program focuses on understanding how lipids mediate diet-microbiome-host interactions with the goal of manipulating these interactions for the benefit of host health. Catch her presentation on Day 1!

[Katie Guzzetta 🌻 @ktguzz]

"Metagenomic estimation of dietary intake from human stool"
#GutMicrobiome
https://t.co/kNslhuqB6a

[GutMicrobiota Health @GMFHx]

What if the gut microbiome drives sugar cravings?

New research found the bacterium Bacteroides vulgatus was causally linked to intake of sugar, with pantothenic acid being the key metabolite involved:

https://t.co/fxqFg2XAdT

[Dirk H. Trauner @DirkTrauner]

Check out our approach toward disciformycin and gulmirecin, spearheaded by @PeterRuehmann. @nyuchemistry @PennChemistry
https://t.co/REnDeKDS9v

[iMeta @iMetaScience]

EasyMetagenome: A user‐friendly and flexible pipeline for shotgun #metagenomic analysis in #microbiome research https://t.co/LX3U4Y03SJ
#Bioinformatics #pipeline @wileymicrobio @WileyBiomedical

[GutMicrobiota Health @GMFHx]

Akkermansia muciniphila is a promising target for managing obesity and type 2 diabetes

However, this randomized trial reveals that the metabolic benefits of A. muciniphila supplementation could depend on its baseline intestinal levels:

https://t.co/EyWHJDHvLP

[CMMC @MicrobialCMMC]

https://t.co/qSFuv1vEfe

https://t.co/vgKnLzEgpe

https://t.co/QZu0vAMdHz

https://t.co/fl1s6UBSML

[CMMC @MicrobialCMMC]

Was great to see this AMAZING talk by Robert Quinn of @Quinn_Labs here at UCSD. This talk included a history of the discovery of amine conjugated bile acids, the enzymology behind them, and their impact on health and disease.
Some featured papers in his talk shared below: