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Check it out! We found that immune cell activation in the sputum identifies severe asthma patients. Massive thanks to the patients for agreeing to give sputum and blood samples.
Check it out! We found that immune cell activation in the sputum identifies severe asthma patients. Massive thanks to the patients for agreeing to give sputum and blood samples.
Over £33,000 has been awarded to 8 outstanding members, supporting innovative research across #immunology. Congratulations to all!
See the projects we're supporting here: bit.ly/4ptQwMx
@riddmj.bsky.social
@nihrspcr.bsky.social
@capcbristol.bsky.social
caesar.blogs.bristol.ac.uk/2025/08/13/h...
@riddmj.bsky.social
@nihrspcr.bsky.social
@capcbristol.bsky.social
caesar.blogs.bristol.ac.uk/2025/08/13/h...
📸 by @orlandorosss.bsky.social
#science #research #health #phd
📸 by @orlandorosss.bsky.social
#science #research #health #phd
📸 @orlandorosss.bsky.social & @seanaduggan.bsky.social
#AMR #fungi #research
📸 @orlandorosss.bsky.social & @seanaduggan.bsky.social
#AMR #fungi #research
Grants of up to £250k available for innovative research tackling fungal antimicrobial resistance and advancing global health.
Learn more and apply here: cmm-failsafe.com/failsafe-rou...
#GlobalHealth #FAILSAFE
Grants of up to £250k available for innovative research tackling fungal antimicrobial resistance and advancing global health.
Learn more and apply here: cmm-failsafe.com/failsafe-rou...
#GlobalHealth #FAILSAFE
bsky.app/starter-pack...
Subscribe to this list to keep up to date with all of the incredible research coming out of the CMM 🍄🔬👩🔬
bsky.app/starter-pack...
Subscribe to this list to keep up to date with all of the incredible research coming out of the CMM 🍄🔬👩🔬
Earlier in the year, we published a paper where we found that HPLM (human plasma-like media) induces Cryptococcus neoformans growth that closely represents those morphologies found in vivo 🧫🦠
doi.org/10.1128/msph...
Earlier in the year, we published a paper where we found that HPLM (human plasma-like media) induces Cryptococcus neoformans growth that closely represents those morphologies found in vivo 🧫🦠
doi.org/10.1128/msph...