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Gut Bacterium Protective in Flu, RSV, SARS-CoV-2 Models

Gut Bacterium Protective in Flu, RSV, SARS-CoV-2 Models
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Georgia state universityUnited statesAndrew gewirtzRichard plemperInstitute for biomedical sciences at georgiaGeorgia state university institute for biomedical sciencesTranslational antiviral research at georgia state universityTranslational antiviral research at georgiaMarcin klapczynskiGeorgia state university instituteBiomedical sciencesRegent professorGeorgia stateTranslational antiviral researchCell host

Novel Nanomedicine Strategy to Treat Ulcerative Colitis

In a recent study, scientists at Georgia State University’s Institute for Biomedical Sciences discovered a potential therapeutic approach for treating ulcerative colitis: oral delivery of lipid nanoparticles that target the colon with nucleic acids.

United statesGeorgia state universityChunhua yangZahra alghoulMegan craigDidier merlinInstitute for biomedical sciencesNational institute of diabetesAtlanta veterans affairs medical centerNational institutes of healthDepartment of chemistry at georgiaGeorgia state university institute for biomedical sciencesDepartment of veterans affairsInstitute for biomedical sciences at georgiaBiomedical sciencesNanomedicine strategy

Nanoparticle Vaccine Induces Immune Response Against SARS-CoV-2

According to scientists at Georgia State University’s Institute for Biomedical Sciences, a nanoparticle vaccine that incorporates two proteins that stimulate immune responses against severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2), the virus that prompted the disease outbreak, has the chance of growing into broader and safer SARS-CoV-2 vaccines.

Baozhong wangLuyao maInstitute for biomedical sciencesNational institutes of healthNational institute of allergyBiomedical sciencesGeorgia state university institute for biomedical sciencesPostdoctoral researchUniversity professorGeorgia state universityImage creditGeorgia stateStudy senior authorDistinguished university professorStudy first authorPostdoctoral research fellow

Study: Common food additive found to disturb beneficial bacteria in the gut

Carboxymethylcellulose, a widely-used emulsifying and thickening food additive ingredient, can alter the intestinal environment of gut microbiome, disturbing levels of beneficial bacteria, suggests new clinical research.

France generalBenoit chassaingJames lewisAndrew gewirtzMax planck institute germanyUniversity of parisUniversity of pennsylvaniaGeorgia state universityPenn state universityGeorgia state university institute for biomedical sciencesBiomedical sciencesMax planck instituteGeorgia stateFood additives

Ubiquitous Food Additive Alters Human Microbiota and Intestinal Environment - Georgia State University News - Faculty, Institute for Biomedical Sciences, Press Releases, Research, University Research

Ubiquitous Food Additive Alters Human Microbiota and Intestinal Environment - Georgia State University News - Faculty, Institute for Biomedical Sciences, Press Releases, Research, University Research
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France generalBenoit chassaingJames lewisAndrew gewirtzMax planck institute germanyGeorgia state university drNational institutes of healthGeorgia state university institute for biomedical sciencesUniversity of pennsylvaniaUniversity of parisKenneth rainin foundationEuropean research councilMax planck societyPenn state universityGeorgia state universityBiomedical sciences