Check out our latest paper https://t.co/093sh0UUVF. Congratulations to @giampazolias who led the work. Thanks to very many who helped. Great collaboration with Tine Jess and @RominaGoldszmid labs. Tweetorial will follow soon.
We are looking for post-docs interested in studying T cell responses to M. tuberculosis infection. The NIH intramural program is an amazing place to train! Check us out.
📢 Bacterial-induced or passively administered IFNg protects against #COVID19 in 🐭 by arming the 🫁 epithelium with viral restriction factors.
Check out our new paper in @NatureComms here: https://t.co/E4WO4wBljN
Summary from @NIAIDNews below 👇
We are looking for young (18-35) healthy adults in Adelaide to join this unique NHMRC-funded vaccine study. If you’re in Adelaide, or know people there, please share widely through your networks @sahmriAU@FlindersHMRI@Flinders@SA_genomics
We're looking for healthy, young (18-35yo) participants in Adelaide for our new study!
Participants must be willing to take a course of antibiotics 💊 + undergo vaccination 💉and multiple blood draws 🩸+ self-collect stool samples 💩
➡️Find out more here https://t.co/sJW9lJopIQ
Our article "No evidence of durable trained immunity after two doses of adenovirus-vectored or mRNA COVID-19 vaccines" is out now as an online preview in @jclinicalinvest. Thanks to @FlindersFound and @BioplatformsAus for funding
https://t.co/wq8P36e4h3
New research shows naïve lymphocytes can enter lung-draining lymph nodes through an alternative pathway during Mycobacterium tuberculosis infection. Read the study from researchers at @syd_health: https://t.co/Ik7zOUeMNy
#Immunology#Tuberculosis#LymphocyteTrafficking
📢 Excited to share our latest pre-print from the Sher lab on @biorxiv_immuno ⬇️
We show IFNγ (due to concurrent bacterial infection or recombinant cytokine treatment) conditions the non-hematopoietic compartment in the🫁 to *protect* against #COVID19 in mice 🐭
Delighted to share our recent @NatImmunol study led by @YuanyuanGao6, @ywangCB, and @dchauss, showing that transcription factor EGR2 controls tissue- and disease-specific functions in pathogenic Th17 cells in the CNS. Many thanks to our collaborators!!!
https://t.co/OPx25oseSi
Tuberculosis on the rise for first time in decades after COVID-19 interrupted public health interventions and increased inequality https://t.co/j1SO5ZP0a9
Spatial mapping reveals granuloma diversity and histopathological superstructure in human #tuberculosis. From @Andrew46306004@Fenglab_usyd & colleagues: https://t.co/UtoA7lrici
Featured in our Clinical #Immunology Collection: https://t.co/UU7Tab4jQ2
#FOCIS2023