It's that time of year again--we are saying goodbye to more of our youngest and brightest lab members as they transition to the next steps of their careers, either in grad school or in other institutions. This week, we are saying goodbye to Anna, Regan, and Tanvi.
New website launch for the World Diet Initiative—an international effort to map global dietary patterns and their impacts on human health.
The site is now accepting heritage diet submissions to build the open-access World Diet Atlas.
worlddietinitiative.org/
What the nose knows of cystic fibrosis microbes and hypertonic saline
Bouzek Previews work by @TheXavierLab presenting microbial gene atlas of nasopharyngeal swabs in infants w/cystic fibrosis & healthy controls & IDing impacts of clinical interventions
cell.com/cell-host-microbe/a…
Excited to share our new @ImmunityCP review, discussing how advances in functional genomics and chemical biology are enabling the translation of IBD genetics into mechanistic understanding and new therapeutic hypotheses.
cell.com/immunity/fulltext/S…#IBD#inflammatoryboweldisease
Out now @cellhostmicrobe! In collaboration with @RuthSteinbaer and Swiss clinicians, we built the largest nasal microbial gene atlas in infants w/ and w/o cystic fibrosis to date (cont.)
New study, in collaboration with @Honda1Kenya, out now in @Nature. We show how a low protein diet drives a microbiota-dependent induction of thermogenic brown adipocytes via FXR & FGF21 pathways.
nature.com/articles/s41586-0…
Excited to share our new study defining the multicellular ecosystem of atopic dermatitis. Integrating >700k single cells from healthy and inflamed skin, we uncover disease-specific immune circuits linked to disrupted keratinocyte differentiation.
nature.com/articles/s41467-0…
Check out this great write-up of a recent study between the @broadinstitute, University of Helsinki, and other institutions which has found more than 400 genetic markers that are linked to autoimmune hypothyroidism (AIHT). (1/4)
broadinstitute.org/news/stud…
This paper charts a clear path to understanding how genetics can not only find the genetic variants linked to a disease, but also dissect them into clearly distinct groups that represent independent components of the disease. (3/4)
nature.com/articles/s41588-0…