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Joe Dillard
@sacculus.bsky.social
Bacteriologist. We study Nesseria, Gardnerella, and all things related to peptidoglycan. Professor at UW-Madison.
103 followers152 following14 posts
JDsacculus.bsky.social

🧪 In PID, peptidoglycan fragments and other soluble molecules released by Neisseria gonorrhoeae lead to tissue damage. Our latest article describes the transcriptomic responses in human Fallopian tube tissue to these molecules or gonococcal infection. rdcu.be/dGR5W

Ciliated Fallopian tube cells slough from the epithelium in response to purified tripeptide peptidoglycan monomer (GlcNAc-anhydro-MurNAc-Ala-iGlu-Dap).
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Profile banner
JD
Joe Dillard
@sacculus.bsky.social
Bacteriologist. We study Nesseria, Gardnerella, and all things related to peptidoglycan. Professor at UW-Madison.
103 followers152 following14 posts