New paper out in eLife

Our paper just came out in eLife last week: https://elifesciences.org/articles/74987! Only the abstract is up right now, but the full paper should be published soon. This paper, titled “Interactions between strains govern the eco-evolutionary dynamics of microbial communities” examines bacteria from pitcher plant communities at the strain level and finds that strains with very little genomic separation (~100 SNPs) can have different growth dynamics. Furthermore, most of the interactions (correlations) among taxa occur at the strain, and not the ASV, level. The analysis and writing for this paper was led by Dr. Akshit Goyal, a Physics of Living Systems Fellow at MIT.

New paper out today in mSystems

A new perspective paper was published today in mSystems! This paper came out of our lab’s NSF MTM collaboration with a great group of people, and is titled: “Exploring Microbiome Functional Dynamics through Space and Time with Trait-Based Theory.” It’s open access and you can find it here: https://doi.org/10.1128/mSystems.00530-21. It is part of a special series called “Deciphering the Microbiome.”

NSF Microbiome Theory and Mechanisms grant!

We are super thrilled to have been awarded an NSF Understanding the Rules of Life: Microbiome Theory and Mechanisms grant!! It is a collaborative grant together with Ben Baiser at University of Florida, Erica Young at University of Wisconsin-Milwaukee, and Zac Freedman at University of Wisconsin-Madison. Sarah Gray from the University of Fribourg and Dominique Gravel from Université de Sherbrooke are international collaborators. Our project is titled: Using successional dynamics, biogeography, and experimental communities to examine mechanisms of plant-microbiome functional interactions (more info here). We will be using Sarracenia purpurea pitcher plant microcosms as our study system.