Eachan Johnson
@eachanjohnson.bsky.social
130 followers
150 following
7 posts
Group leader at The Francis Crick Institute in London. Opinions are my own. he/him
🦠 M. tuberculosis, K. pneumoniae, other pathogenic bacteria
🧫 antimicrobial resistance
🧬 molecular genetics
⚗️ chemical biology
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Reposted by Eachan Johnson
Reposted by Eachan Johnson
Reposted by Eachan Johnson
Reposted by Eachan Johnson
Reposted by Eachan Johnson
Reposted by Eachan Johnson
Reposted by Eachan Johnson
Reposted by Eachan Johnson
Matthew Saunders
@mjsaunder.bsky.social
· Sep 10
Global, regional, and national estimates of tuberculosis incidence averted by eliminating undernutrition in adults: a modelling study
Background Current efforts to reduce global tuberculosis incidence have proved insufficient, highlighting that urgent action is needed to address underlying modifiable risk factors such as undernutrit...
doi.org
Reposted by Eachan Johnson
pen(Taka)
@iwatobipen.bsky.social
· Aug 25
Reposted by Eachan Johnson
Reposted by Eachan Johnson
Henrik Strahl
@henrikstrahl.bsky.social
· Aug 22
Monitoring single cell bioenergetic status and cell lysis in dense and differentiating Bacillus subtilis cultures
Bacillus subtilis is a major model organism for studying population heterogeneity in clonal bacterial cultures due to its high genetic tractability and ability to differentiate into subpopulations wit...
www.biorxiv.org
Reposted by Eachan Johnson
Sateriale Lab
@saterialelab.bsky.social
· Aug 20
Targeted CRISPR screens reveal genes essential for Cryptosporidium survival in the host intestine - Nature Communications
Cryptosporidium is an important threat to public health, yet it lacks a robust genetic toolkit. Here, Watson et al. introduce a targeted CRISPR-based screening method to identify parasite genes that a...
www.nature.com
Reposted by Eachan Johnson
Jen Herman
@jukebarosh.bsky.social
· Aug 16
Reposted by Eachan Johnson
Sean Gibbons 🦠💩
@gibbological.bsky.social
· Jul 24
Identification of gut bacteria reductases that biotransform steroid hormones - Nature Communications
Here, the authors identify and characterize three gut bacterial enzyme families that metabolize endogenous and synthetic steroid hormones, showing to act on diverse substrates, to exhibit gene fusions...
www.nature.com
Reposted by Eachan Johnson
Mireille Kamariza
@kamariza.bsky.social
· Jun 25