AIRE-TEAM
@aire-team.bsky.social
The AIRE team seeks to consolidate and to generalize evolutionary explanations beyond their traditional approaches and objects of study.
We study #evolutionary_biology #networks #aging #evolution #philosophy_of_sciences
We study #evolutionary_biology #networks #aging #evolution #philosophy_of_sciences
Publicité pour une nouvelle collection de vulgarisation de science pour enfants: les petits Darwin.
Elle présente des notions de biologie de pointe avec des mots de tous les jours.
Elle présente des notions de biologie de pointe avec des mots de tous les jours.
December 4, 2025 at 9:48 AM
Publicité pour une nouvelle collection de vulgarisation de science pour enfants: les petits Darwin.
Elle présente des notions de biologie de pointe avec des mots de tous les jours.
Elle présente des notions de biologie de pointe avec des mots de tous les jours.
Advertisement for a new collection of popular science books for children.
The “Little Darwins” collection presents cutting-edge concepts using everyday language.
The “Little Darwins” collection presents cutting-edge concepts using everyday language.
December 4, 2025 at 9:46 AM
Advertisement for a new collection of popular science books for children.
The “Little Darwins” collection presents cutting-edge concepts using everyday language.
The “Little Darwins” collection presents cutting-edge concepts using everyday language.
Transcription gets more noisy and co-expression more heterogeneous when S. islandicus cells age (in G2)
#aging #archaea #transcriptomes #networks
Thanks to Miguel Gomez Raya Vilanova :) and all great co-authors: Annette Baudisch, Claudio Franceschi, Yuping Dai, @jerometeu.bsky.social
#aging #archaea #transcriptomes #networks
Thanks to Miguel Gomez Raya Vilanova :) and all great co-authors: Annette Baudisch, Claudio Franceschi, Yuping Dai, @jerometeu.bsky.social
July 7, 2025 at 6:19 PM
Transcription gets more noisy and co-expression more heterogeneous when S. islandicus cells age (in G2)
#aging #archaea #transcriptomes #networks
Thanks to Miguel Gomez Raya Vilanova :) and all great co-authors: Annette Baudisch, Claudio Franceschi, Yuping Dai, @jerometeu.bsky.social
#aging #archaea #transcriptomes #networks
Thanks to Miguel Gomez Raya Vilanova :) and all great co-authors: Annette Baudisch, Claudio Franceschi, Yuping Dai, @jerometeu.bsky.social
Archaeal cell have a hard start in life, dying in excess around cell division, and then, their risk of dying decreases.
Is it aging? Is it #ontogenescence?
Do archaeal cells age?
Can archaeal cells rejuvenate by asymetric cell division?
#archaea #aging #rejuvenation Thanks @mkrupovic.bsky.social
Is it aging? Is it #ontogenescence?
Do archaeal cells age?
Can archaeal cells rejuvenate by asymetric cell division?
#archaea #aging #rejuvenation Thanks @mkrupovic.bsky.social
July 7, 2025 at 6:14 PM
Archaeal cell have a hard start in life, dying in excess around cell division, and then, their risk of dying decreases.
Is it aging? Is it #ontogenescence?
Do archaeal cells age?
Can archaeal cells rejuvenate by asymetric cell division?
#archaea #aging #rejuvenation Thanks @mkrupovic.bsky.social
Is it aging? Is it #ontogenescence?
Do archaeal cells age?
Can archaeal cells rejuvenate by asymetric cell division?
#archaea #aging #rejuvenation Thanks @mkrupovic.bsky.social
congratulations to Yuping Dai, who has found gerogenic bacteria, i.e., bacteria with some gene coding proteins that may interefere with proteins associated with human aging: bacteria that may get us to age faster!
July 7, 2025 at 6:08 PM
congratulations to Yuping Dai, who has found gerogenic bacteria, i.e., bacteria with some gene coding proteins that may interefere with proteins associated with human aging: bacteria that may get us to age faster!
Reposted by AIRE-TEAM
Elated to have our pre-print now published in @natcomms.nature.com #ArchaeaSky #Microbiology #MEvoSky
rdcu.be/euila
Our main results stay the same: S. islandicus follows a cell cycle akin to that of some eukaryotes, like the budding yeast, with cellular processes cycling similarly.
old🧵cited below👇
rdcu.be/euila
Our main results stay the same: S. islandicus follows a cell cycle akin to that of some eukaryotes, like the budding yeast, with cellular processes cycling similarly.
old🧵cited below👇
July 1, 2025 at 1:01 PM
Elated to have our pre-print now published in @natcomms.nature.com #ArchaeaSky #Microbiology #MEvoSky
rdcu.be/euila
Our main results stay the same: S. islandicus follows a cell cycle akin to that of some eukaryotes, like the budding yeast, with cellular processes cycling similarly.
old🧵cited below👇
rdcu.be/euila
Our main results stay the same: S. islandicus follows a cell cycle akin to that of some eukaryotes, like the budding yeast, with cellular processes cycling similarly.
old🧵cited below👇
Reposted by AIRE-TEAM
Our results show that even the most conserved genes have significant variants in natural biomes. These could be indicative of novel taxonomic groups and divergent biologies at play in the global ocean.
We hope that these results can guide future targeted searches into microbial dark matter! 🕵️🔬
We hope that these results can guide future targeted searches into microbial dark matter! 🕵️🔬
June 11, 2025 at 8:30 PM
Our results show that even the most conserved genes have significant variants in natural biomes. These could be indicative of novel taxonomic groups and divergent biologies at play in the global ocean.
We hope that these results can guide future targeted searches into microbial dark matter! 🕵️🔬
We hope that these results can guide future targeted searches into microbial dark matter! 🕵️🔬
Reposted by AIRE-TEAM
📣 So excited to share the latest paper from my PhD with @aire-team.bsky.social, out now in Environmental Microbiome! 🥳
We mined a large ocean microbiome for remote homologues of core gene families in uncultured lineages.
Key points below ⤵️
environmentalmicrobiome.biomedcentral.com/articles/10....
We mined a large ocean microbiome for remote homologues of core gene families in uncultured lineages.
Key points below ⤵️
environmentalmicrobiome.biomedcentral.com/articles/10....
New groups of highly divergent proteins in families as old as cellular life with important biological functions in the ocean - Environmental Microbiome
Background Metagenomics has considerably broadened our knowledge of microbial diversity, unravelling fascinating adaptations and characterising multiple novel major taxonomic groups, e.g. CPR bacteria...
environmentalmicrobiome.biomedcentral.com
June 11, 2025 at 8:30 PM
📣 So excited to share the latest paper from my PhD with @aire-team.bsky.social, out now in Environmental Microbiome! 🥳
We mined a large ocean microbiome for remote homologues of core gene families in uncultured lineages.
Key points below ⤵️
environmentalmicrobiome.biomedcentral.com/articles/10....
We mined a large ocean microbiome for remote homologues of core gene families in uncultured lineages.
Key points below ⤵️
environmentalmicrobiome.biomedcentral.com/articles/10....
December 5, 2024 at 5:01 PM