#archaeal — Public Fediverse posts

Announcement of #BactoGre 27 May - #bacteriology in #Grenoble meeting of #microbiologists focusing on #bacterial and #archaeal organisms and communities.

Registration is free but mandatory
https://forms.gle/nDi25ogQbdBP3yvQ7

submissions close 25 April,
registration 16 May

Invited speakers:
#CatherineLarose, "Institut des Géosciences de l’Environnement", Grenoble
#SamMeyer, "Microbiologie, Adaptation et Pathogénie", Lyon

Organisers: Sylvie Elsen, Pierre Marcoux and Sophie Abby

Announcement of #BactoGre 27 May - #bacteriology in #Grenoble meeting of #microbiologists focusing on #bacterial and #archaeal organisms and communities.

Registration is free but mandatory
https://forms.gle/nDi25ogQbdBP3yvQ7

submissions close 25 April,
registration 16 May

Invited speakers:
#CatherineLarose, "Institut des Géosciences de l’Environnement", Grenoble
#SamMeyer, "Microbiologie, Adaptation et Pathogénie", Lyon

Organisers: Sylvie Elsen, Pierre Marcoux and Sophie Abby

Contrary to current orthodoxy, #archaeal #membrane mimics are more permeable to core metabolites than #bacterial #lipid membrane mimics, informing some of the earliest transitions in cell evolution @Ula_Lapinska @AncestralState @PagliaraExeter #PLOSBiology https://plos.io/3Kxa15c

Contrary to current orthodoxy, #archaeal #membrane mimics are more permeable to core metabolites than #bacterial #lipid membrane mimics, informing some of the earliest transitions in cell evolution @Ula_Lapinska @AncestralState @PagliaraExeter #PLOSBiology https://plos.io/3Kxa15c

Contrary to current orthodoxy, #archaeal #membrane mimics are more permeable to core metabolites than #bacterial #lipid membrane mimics, informing some of the earliest transitions in cell evolution @Ula_Lapinska @AncestralState @PagliaraExeter #PLOSBiology https://plos.io/3Kxa15c

Contrary to current orthodoxy, #archaeal #membrane mimics are more permeable to core metabolites than #bacterial #lipid membrane mimics, informing some of the earliest transitions in cell evolution @Ula_Lapinska @AncestralState @PagliaraExeter #PLOSBiology https://plos.io/3Kxa15c

Contrary to current orthodoxy, #archaeal #membrane mimics are more permeable to core metabolites than #bacterial #lipid membrane mimics, informing some of the earliest transitions in cell evolution @Ula_Lapinska @AncestralState @PagliaraExeter #PLOSBiology https://plos.io/3Kxa15c

Contrary to current orthodoxy, #archaeal #membrane mimics are more permeable to core metabolites than #bacterial #lipid membrane mimics, informing some of the earliest transitions in cell evolution @Ula_Lapinska @AncestralState @PagliaraExeter #PLOSBiology https://plos.io/3Kxa15c

#eukaryotes Story of its #Archaeal Ancestry |. The traditional grouping of life forms into #prokaryotes and eukaryotes was revised in 1977 when rRNA sequence characterisation revealed that #archaea (then called ‘archaebacteria’) are ‘‘as distantly related to #bacteria as bacteria are to eukaryotes.‘’ T....

https://www.scientificeuropean.co.uk/sciences/biology/eukaryotes-story-of-its-archaeal-ancestry/

#eukaryotes Story of its #Archaeal Ancestry |. The traditional grouping of life forms into #prokaryotes and eukaryotes was revised in 1977 when rRNA sequence characterisation revealed that #archaea (then called ‘archaebacteria’) are ‘‘as distantly related to #bacteria as bacteria are to eukaryotes.‘’ T....

https://www.scientificeuropean.co.uk/sciences/biology/eukaryotes-story-of-its-archaeal-ancestry/

#Metagenomics exploration of the diversity of #archaeal #viruses in the human gut.

New research in Nature Communication on:

https://www.nature.com/articles/s41467-022-35735-y

#archaea #microbiology #microbiomes #biodiversity

#Metagenomics exploration of the diversity of #archaeal #viruses in the human gut.

New research in Nature Communication on:

https://www.nature.com/articles/s41467-022-35735-y

#archaea #microbiology #microbiomes #biodiversity

New #cryoET structure from LSI Exeter colleagues Matthew Gaines et al. Bertram Daum lab, this time of the enigmatic #archaeal filament called 'thread'.

What I find cool about this work is that first they had the structure, then found the sequence based on glycosylation sites and bulky residues.
This #protein was also so ultra-stable, that resisted trypsinisation, so mass spec was not an option to identify it.
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9715654/