Thomas Marichal (@gigaipl) 's Twitter Profile
Thomas Marichal

@gigaipl

Scientist, Myeloid cell fan, Mountain & road trip lover, Happy father & husband

ID: 490996600

linkhttp://www.gigaimmunophysiology.uliege.be calendar_today13-02-2012 04:20:04

28 Tweet

40 Followers

109 Following

GIGA-ULiège (@giga_uliege) 's Twitter Profile Photo

Thomas Marichal, winner of the first Baillet Latour Biomedical Award. He receives 1.000.000€ for his research project in the field of respiratory viral infections. Congratulations ! Université de Liège F.R.S.-FNRS giga.uliege.be/cms/c_9152645/…

Thomas Marichal (@gigaipl) 's Twitter Profile Photo

Three pages of the fnrs.news dedicated to our research on lung myeloid cells - hugely grateful to the Baillet Latour Funds and to McKinsey & Company for their support!!! F.R.S.-FNRS ULiège Research & Innovation @Welbio_asbl GIGA-ULiège

Three pages of the fnrs.news dedicated to our research on lung myeloid cells - hugely grateful to the Baillet Latour Funds and to McKinsey &amp; Company for their support!!! <a href="/frsFNRS/">F.R.S.-FNRS</a> <a href="/ULiegeRecherche/">ULiège Research & Innovation</a> @Welbio_asbl <a href="/GIGA_ULiege/">GIGA-ULiège</a>
CIML (@ciml_immunology) 's Twitter Profile Photo

We are thrilled to announce that CIML team leader Eric Vivier just received an European Research Council (ERC) Synergy Grant to harness innate immunity against liver metastasis partnered with @realFlorentGinhoux, Georg Gasteiger and Valeria Fumagalli. This is the 4th ERC grant for Eric's team.

We are thrilled to announce that <a href="/CIML_Immunology/">CIML</a> team leader <a href="/EricVivier1/">Eric Vivier</a> just received an <a href="/ERC_Research/">European Research Council (ERC)</a> Synergy Grant to harness innate immunity against liver metastasis partnered with <a href="/FGinhoux/">@realFlorentGinhoux</a>, <a href="/GeorgGasteiger/">Georg Gasteiger</a> and Valeria Fumagalli. This is the 4th ERC grant for Eric's team.
@realFlorentGinhoux (@fginhoux) 's Twitter Profile Photo

Just before the summer break! Very proud and excited to share our latest work on tumor macrophage ontogeny ! Spatial temporal regulation of TAM development revealed using time stamping approaches! Ms4a3 Creert2 is a gem! science.org/doi/10.1126/sc…, congratulations to the team!

Science Immunology (@sciimmunology) 's Twitter Profile Photo

Short-lived Ly6G+ #macrophages help repair lung damage after #flu infections in mice. Learn more in Science #Immunology: scim.ag/7TC

Short-lived Ly6G+ #macrophages help repair lung damage after #flu infections in mice.

Learn more in Science #Immunology: scim.ag/7TC
Université de Liège (@universiteliege) 's Twitter Profile Photo

Des chercheurs de l'ULiège ont identifié une nouvelle population de macrophages qui arrivent dans le poumon suite à des dommages causés par des virus respiratoires et qui jouent un rôle bénéfique dans la réparation des alvéoles pulmonaires. news.uliege.be/cms/c_19843153…

F.R.S.-FNRS (@frsfnrs) 's Twitter Profile Photo

Découverte majeure d'une équipe de Université de Liège en Une de Science Immunology. Etude dirigée par Coraline Radermecker et Thomas Marichal. Financée notamment par le Fonds Baillet Latour et le WEL Research Institute news.uliege.be/cms/c_19843153… via Université de Liège

Science Immunology (@sciimmunology) 's Twitter Profile Photo

A new Science #Immunology study identifies a transient population of Ly6G+ #macrophages that promote alveolar regeneration after #influenza infection in mice. scim.ag/7VS

A new Science #Immunology study identifies a transient population of Ly6G+ #macrophages that promote alveolar regeneration after #influenza infection in mice. scim.ag/7VS
Chrysante Iliakis (@ciliakis) 's Twitter Profile Photo

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 Thomas Marichal & colleagues! Article: science.org/doi/10.1126/sc… Focus commentary: science.org/doi/10.1126/sc…

The Scientist (@thescientistllc) 's Twitter Profile Photo

A newly discovered population of cells that appear in the lungs after severe viral infections like influenza and COVID-19 help repair the damage, then disappear. Thomas Marichal Université de Liège revealed how these atypical macrophages orchestrate tissue repair. bit.ly/3Ygonha

Science Immunology (@sciimmunology) 's Twitter Profile Photo

A new Science #Immunology study in mice describes how disrupting #TGFβ receptor signaling in lung #InterstitialMacrophages causes premature age-associated defects such as increased fibrosis and loss of elasticity. Qiang BAI scim.ag/3Enz9LF

A new Science #Immunology study in mice describes how disrupting #TGFβ receptor signaling in lung #InterstitialMacrophages causes premature age-associated defects such as increased fibrosis and loss of elasticity. <a href="/qunich/">Qiang BAI</a>
scim.ag/3Enz9LF