The September issue is now online!
Read about:
🔧Microbial engineering
📚FAIR microbial collections
🔄Crossfeeding in soil
🍄Candida virulence
🛡️Antiviral defenses in bacteria
🦠Giant virus catalogue
🦟Plasmodium surviellance
💉Measles
and much more!
nature.com/nmicrobiol/volume…
The final version of our manuscript on TnSeq in bacteriophages (“HIDEN-SEQ”) is out today – if you have an interesting phage phenotype and want to know the underlying genetic basis, this one is for you! 1/3
🦟 When conditions become unfavourable, the malaria parasite can change strategy.
An #ISGlobal-led study uncovers the molecular mechanism that allows Plasmodium falciparum to respond to stress by increasing the production of forms needed for mosquito transmission.
Published in @NatureMicrobiol, the study identifies AP2-HS as a key regulator of this response.
🔗 Read more: isglobal.org/en/-/un-nuevo-e…@CaixaResearch#Malaria#GlobalHealth
ALT
The malaria parasite is able to detect changes in its host’s environment and respond by increasing the production of sexual forms capable of being transmitted to mosquitoes.
Pseudomonas aeruginosa induces the generation of pathogenic IFNγ+Th17 cells that promote lung damage and chronic inflammation in cystic fibrosis dlvr.it/TVd1lT#MicroSky