
Smed-Sörensen Lab
@smedsorensenlab
Our lab @karolinskainst studies the function/dysfunction of respiratory MNPs in the airways and lungs in different pulmonary disease conditions.
ID: 839767005393793024
http://ki.se/en/meds/research-group-anna-smed-sorensen 09-03-2017 09:17:11
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Really happy to welcome Camilla Engblom as assistant professor in our division! Camilla just started her own lab as SciLifeLab fellow. We couldn’t have a better recruitment Karolinska Institutet !






Exciting reading on mucosal and systemic antibody responses to influenza in humans! Congratulations Ryan Thwaites & Peter Openshaw!


Few days left for abstract submission for #ICMI2024 organized by Society for Mucosal Immunology! ⌛abstract+ travel grant deadline: 31.1 🗓️6-10.7.24 🌎Copenhagen🇩🇰 Great speaker lineup, including Tim Willinger lab from Karolinska Institutet, Bengt Johansson Lindbom from Lund University 🇸🇪 #mucosalimmunology


Activation of #interferon responses following #SARSCoV2 infection are detectable in peripheral blood before in nasal fluid, indicates findings from a human challenge study involving previously unexposed volunteers. scim.ag/5Q5 Imperial College London Chris Chiu


Check out our new paper Nature Immunology on trying to make sense of the complexity of the dendritic cell family from an ontogenetic perspective. Spearheaded by Carlos Minutti who has posted a helpful thread. Thanks to all our collaborators and helpful reviewers.



Location matters!! From Camilla Engblom Lab 👇🏾👇🏾👇🏾👇🏾👇🏾 Location matters: mapping antigen receptors within tissues | Nature Reviews Immunology nature.com/articles/s4157…


Monocyte research reveals “doppelgänger” populations that resemble classical monocytes but differ in origin, function, or migration Science Immunology Simon Yona science.org/doi/10.1126/sc…


"Protective effect and molecular mechanisms of human non-neutralizing cross-reactive spike antibodies elicited by SARS-CoV-2 mRNA vaccination" with Jordan Clark, Goran Bajic, Ph.D., Simon Lab (ISMMS) and Ali Ellebedy lab cell.com/cell-reports/f…


Lower dendritic cell levels in blood and airways predict severe COVID19, while monocytes accumulate in the lower airways. DC depletion persists in severe cases, but most immune responses recover post-infection Australian and New Zealand Society for Immunology Wiley onlinelibrary.wiley.com/doi/full/10.10…