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Researchers Identify Flu-Fighting Pathways and Genes Essential for Influenza A Immune Defense

New York, NY (PRWEB) October 05, 2022 Researchers have identified the gene TDRD7 as a key regulator against influenza A virus (IAV), which causes

New yorkUnited statesEast harlemNew providenceElodie ghedinChristian forstShashank tripathiLaura martin sanchoArthurm fishbergAdolfo garcResearch on influenza pathogenesisIndian institute of scienceNational institute of allergyMerck coPathogens institute at icahn mount sinaiGenomic sciences

UW-Madison: COVID-19 subvariants compared

UW-Madison: COVID-19 subvariants compared
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New yorkUnited statesYoshihiro kawaokaPeter halfmannResearch on influenza pathogenesisUw school of veterinary medicineNational centerNational institutes of healthNational institutes of allergyUniversity of wisconsinJapanese ministry of healthUniversity of tokyoGlobal healthCollaborative influenza vaccine innovation centerJapan agency for medical researchJapan program for infectious diseases research

Scientists identify antibodies that can neutralize omicron

An international team of scientists have identified antibodies that neutralize omicron and other SARS-CoV-2 variants. These antibodies target areas of the

David veeslerChristian saliba humabsJohne bowenDavide cortiLaura rosen virResearch on influenza pathogenesisBurroughs wellcome fundNational institute of allergySwiss kidney foundationUniversity of washington school medicineJapan agency for medical researchNational instituteHoward hughes medical instituteWashington schoolHumabs biomedVir biotechnology

Scientists identify antibodies that can neutralize omicron

Getty Images The omicron variant has 37 mutations in the spike protein, which it uses to latch onto and invade cells. An international team of

David veeslerChristian saliba humabsDavide cortiLaura rosen virResearch on influenza pathogenesisBurroughs wellcome fundPew charitableNational institute of allergySwiss kidney foundationUniversity of washington school medicineJapan agency for medical researchNational instituteHoward hughes medical instituteWashington schoolHumabs biomedVir biotechnology

Longitudinal antibody repertoire in mild versus severe COVID-19 patients reveals immune markers associated with disease severity and resolution

( A to K) Viral load in upper respiratory tract of the 11 patients with COVID-19 at various time points as measured by RT–quantitative PCR (qPCR) (blue symbols). SARS-CoV-2–neutralizing antibody titers in serum/plasma for six severe (A to F; red symbols) and five mild (G to K; green symbols) COVID-19 patients at various time points as determined by PRNT50. ( L to O) Cytokine levels (L, IL-6; M, IL-8; N, MCP-1; and O, MIP-1β) of fourfold diluted plasma/serum samples at various time points in the 11 patients with COVID-19 as analyzed via a Bio-Plex Pro Human Cytokine Panel 17-Plex assay. (

San diegoUnited statesBio rad proteonResearch on influenza pathogenesisNational institute of infectious diseaseInstitute of medical scienceDepartment of healthDrug administration research involving human subjects committeeJapan agency for medical researchB graham vaccine research centerGraphpad software incNational institutes of healthHuman servicesNational institutes of allergyPlex pro human cytokine panelUniversity of tokyo

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