Jingyuan Fu

Multi-dimensional metagenomics - Nature Reviews Bioengineering High-throughput sequencing and artificial intelligence-driven structural biology have vastly expanded our understanding of the human metagenome, yet microbial functions remain largely elusive. In this...

Thrilled to share our recent review on multidimensional metagenomics analysis, in which we highlight cutting edge technologies and AI applications at 1D to 4D levels. Congrats @hpeng.bsky.social and Angel Ruiz-Moreno.
www.nature.com/articles/s44...

Unveiling horizontal gene transfer in the gut microbiome: bioinformatic strategies and challenges in metagenomics analysis Microorganisms can inhabit diverse environments, including the human gut [1]. Gut bacteria can continuously evolve in response to changes in the intestinal

Out now in National Science Review! Our recent perspective on horizontal gene transfer in metagenomics analysis. Congrats @hpeng.bsky.social! academic.oup.com/nsr/article/...

Thank you, Isa!

Thrilled to be elected as a new member of @knaw-nl.bsky.social. It comes with honor and responsibility. @umcgroningen.bsky.social @rug.nl

Congrats to all of us. Great collaboration!

Also thanks my colleagues @sashazhernakova.bsky.social Rinse Weerma, and many others from @umcgroningen.bsky.social

This is the third milestone study on microbial genetic variation supported by my nwo-vici grant, after a Cell 2021 publication on microbial temporal genetic stability and a Nature 2024 publication in host genetic regulation on microbial structural variation.

Global genetic structure of human gut microbiome species is related to geographic location and host health The human gut harbors thousands of microbial species, each exhibiting significant inter-individual genetic variability. Although many studies have ass…

Out now in Cell! Thrilled to share our recent study on global analysis of microbial genetic diversity in geography and human health. Congrats @seandreu.bsky.social and all other co-authors. Special thanks go to @cibiocm.bsky.social and lifelines.

Congrats Sergio for the fantastic job. Thank Nicola for the fruitful collaboration. Also congrats all co-authors and the Groningen microbiome hub. @umcgroningen.bsky.social

Global genetic structure of human gut microbiome species is related to geographic location and host health The human gut harbors thousands of microbial species, each exhibiting significant inter-individual genetic variability. Although many studies have ass…

Thrilled to share that our manuscript on strain-level gut microbiome variation across diverse populations and human phenotypes is out today in @cellpress.bsky.social
Curious about how strain diversity relates to human traits? Follow this thread! 🌍 (1/n)
www.sciencedirect.com/science/arti...

It is an amazing experience in giving a TEDx talk. I shared a story on the riffle effect of poop, driving by the latest microbiota research. Thank all of my colleagues at @umcgroningen.bsky.social, the great TEDx organizing team, amazing moderator, and inspiring talks of all other speakers.

Microbiota-derived bile acids antagonize the host androgen receptor and drive anti-tumor immunity Microbiota-derived bile acids (BAs) are associated with host biology/disease, yet their causal effects remain largely undefined. Herein, we speculate …

Happy to share our collaborative project with Cornell university on BA’s role in tumor immunity is online today in Cell. Thank Dr Chun-Jun Guo for involving us in this exciting project.

www.sciencedirect.com/science/arti...

TEDxUniversityOfGroningen Discover the excitement of TEDx University of Groningen 2024! Join us for an unforgettable evening filled with captivating TED talks from inspiring speakers. Spark conversations and dive into thought-...

One more week to go. My TEDx talk on the ripple effect of microbiome research.

Join the bluesky family from our 2025 group retreat.