Chrysante Iliakis
@CIliakis
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PhD student in the Immunoregulation (Andreas Wack) Lab @TheCrick 🔬🇬🇷🇩🇪 Now migrated to Bluesky Social
Joined March 2021
Influenza-induced lasting changes to lung immunity: Emergence of reactive bone marrow monocyte-derived AMs or training of embryonically-derived AMs? Check out our discussion with the Yao lab on the identification and distinction of these phenomena here! https://t.co/HiXDLOIOeR
nature.com
Nature Immunology - The role of recruitment versus training in influenza-induced lasting changes to alveolar macrophage function
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Celebrating PhD thesis submission and (almost!) end of an era 🥳 thank you @CarlosMMinutti for the incredible 💯🇲🇽 tequila to host our lab girls margarita night 🍹
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The recorded video of Dr. Andreas Wack seminar entitled Lung infections, interferons, macrophages: The good, the bad and the unexpected is now available at “Global Immunotalks” YouTube Channel https://t.co/ckkdgO3MuX Hope you enjoy it! #globalimmuno #immunology
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Never trust a single myeloid marker: Ly6G on repair-promoting lung macrophages💥 Really enjoyed reading & summarizing the wonderful new study by Cecilia Ruscitti, Thomas Marichal @gigaipl & colleagues! Article: https://t.co/JhOcwwJWEy Focus commentary:
science.org
Short-lived perilesional Ly6G+ macrophages license alveolar epithelial regeneration after viral-triggered lung injury.
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💥 Publication Alert 💥 I am thrilled to announce the publication of our latest research , which characterizes novel Ly6G+ repair-promoting lung macrophages post-injury. @frsFNRS @ERC_Research @WELRI_asbl @UniversiteLiege @ULiegeRecherche @GIGA_ULiege
https://t.co/X2XAiiL54S
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Short-lived repair-promoting macrophages are recruited to foci of lung damage during influenza infection—and they are Ly6G positive @SciImmunology
https://t.co/oznTDAkYNo
https://t.co/tZUnF7rKgw
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Never trust a single myeloid marker: Ly6G on repair-promoting lung macrophages | Science Immunology
science.org
Short-lived repair-promoting macrophages are recruited to foci of lung damage during influenza infection—and they are Ly6G positive (see related Research Article by Ruscitti et al.).
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Thx @ReiseSousaLab for hosting me @TheCrick: I caught up with friends from LRI @CRUKresearch & discussed our data w/ the audience & your superb science w/ Caetano, Gitta Stockinger, @carovinuesa @CIliakis @DinisCalado @HaydayLab @RajM968 & PhD students & postdocs! Inspiring!!!
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Delighted to share our latest work, out in @NatImmunol, tackling the seemingly inordinate complexity of #cDC2s. @ReiseSousaLab @TheCrick, we found that distinct ontogenetic lineages dictate cDC2 heterogeneity, rather than cell states imposed by the tissue microenvironment 🧵(1/x)
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I'm excited to share our new pre-print addressing how molecular chaperones coordinate during cotranslational protein folding. @balchin_david @SarahMaz76 @funtoshs @GrantPellowe @SkehelJM @TheCrick
biorxiv.org
Protein folding is assisted by molecular chaperones that bind nascent polypeptides during mRNA translation. Several structurally-distinct classes of chaperone promote de novo folding, suggesting that...
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💥 We're looking for a postdoc to embrace our research program studying #neuroimmunology and #DCs in #immunity against #infection and #cancer
#Postdocs 👉Apply here: https://t.co/w2VpQzxsyZ
@Neuro_CF @ChampalimaudF @ERC_Research Please RT
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🏁And that’s it for #EMDS2023. 3 days flew by, packed with inspiring presentations, passionate discussions, and lots of new connections. Thank you to all attendees, speakers, & sponsors for making this an amazing #VIBConf. We hope to see you again soon! 👋 https://t.co/w0kOc6SkB1
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The CCR2 chemokine receptor helps recruit essential “backup” to lung dendritic cells mounting lungs’ immune response against #influenza, according to a 2021 study in mice: https://t.co/aFBaaCD2US
#WeekendReads
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@bart_lambrecht on Alveolar Macrophages, showing brand new mouse tools called the Clodronator 😎 #emds2023. Finally AM-specific tools! Studying the alveolar macrophage niche with these brand new tools will be superb! Superb work from @StijnVerwaerde 👏🏻👏🏻👏🏻👏🏻
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I spent the last 3 days at the #CrickDataChallenge @Crick_DC ! I had the chance to try new things with team @elias_copin and meet cool people The atmosphere as well was so friendly and made everyone feel at home (we need more teamwork in science!)
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❗️BREAKING❗️ ‼️new class of interferons‼️ 🏃🏽♂️The Sprinter-ferons🏃🏽♀️ 5 family members identified! Fighting cancer but also very much engaged in host-pathogen interactions! @BenWiggins_093 @CIliakis @kfibu @VSamelis Get the scoop?! @CellCellPress @ScienceMagazine @Nature
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https://t.co/gXq31Jww2O This month, the Sprinter-ferons (@BenWiggins_093 , @CIliakis , @kfibu , @sandpiper_89 and I) are running 60 miles (~96km) to help raise money for Cancer Research UK! Visit the link to donate!
fundraise.cancerresearchuk.org
Cancer is happening right now, which is why we're fundraising right now for Cancer Research UK. There’s no time to lose! Donate today and help bring forward the day when all cancers are cured....
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Tissue-specific macrophages: how they develop and choreograph tissue biology
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“To train or not to train, this is the question”. Interesting discussion @NatImmunol between Wack’s & Yao’s groups on the contribution of newly recruited or trained alveolar macrophages during influenza virus #IAV infections! 👇 https://t.co/VixxoJhmTu &
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Fantastic discussion if interested in #lung biology Wack’s and Yao’s labs || The role of recruitment versus training in influenza-induced lasting changes to alveolar macrophage function | @NatImmunol
nature.com
Nature Immunology - The role of recruitment versus training in influenza-induced lasting changes to alveolar macrophage function
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