Daniel Barber, PhD
@danielleobarber
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Immunologist at the NIH/NIAID/Intramural Research Program.
Maryland, USA
Joined February 2012
We are looking to hire post-docs to work on T cell responses to M. tuberculosis infection using murine and NHP models. If you know T cells and wanna work on the top infectious killer check us out. The NIH intramural program is an amazing place!
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We are looking for post-docs! If you are interested in T cell responses to M. tuberculosis infection check us out. The NIH Intramural program is a great place to train!
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Happy to share https://t.co/GlMBJdKgml
@CellPress Immunity. CD4 T cells contribute to protection against #TB in a reinfection macaque model by interacting with CD8s to generate an anti-inflammatory granuloma environment. Kudos to first authors Sharie Ganchua and @joshuabromley21
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Scientists at @NIAIDNews examined the roles of the prototypic pro- and anti-🌡️ #inflammatory cytokines IFNγ and IL-10 using the rhesus macaque model of mild #COVID19. 👇 Check out their discovery on the role of IFNγ in lung lesions. @PLOSPathogens | https://t.co/ezoR1aDin0
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We are looking for a technician to join our team working on immune responses to tuberculosis in NHP models. The NIH is a super fun place to do research. Have a look!
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Incredible study from @LionakisLab !!!
1/n Proud to share our latest work @NEJM. A long journey of integrated basic research and clinical care revealed a central role for IFN-g in driving mulitorgan autoimmunity in APECED and devised a personalized, life-transformative intervention for patients https://t.co/cvV2D7LP9f
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Check out the new paper from Kat Mayer-Barber’s lab. Heterogeneity in outcomes of SARS-CoV-2 may be in part due to the recent pulmonary immune history of the host.
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Next article in the lead up to #WorldTBDay 🫁 on March 24: @TaylorForeman19, @danielleobarber et al. show that, in mice, CD30 drives T cell differentiation and is required for host survival of Mycobacterium #tuberculosis infection ➡️ https://t.co/2mwKvUdlEx
#endTB
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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.
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🚨PAPER ALERT: So excited and proud to share my latest work in @NatureMicrobiology about the molecular regulation of lipid peroxidation-mediated #necrosis #ferroptosis in #TB. Please check it out here: https://t.co/xqq8bLakhg
nature.com
Nature Microbiology - The host transcription factor, Bach1, promotes Mycobacterium tuberculosis pathogenesis by inhibiting protective glutathione metabolism and antioxidant responses that prevent...
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Don't miss the latest Insight from @danielleobarber on the recent paper from @joanneflynn19 & collaborators ( https://t.co/JxBCWw02Rh) regarding the role of CD8+ lymphocytes in early control of tuberculosis in macaques. https://t.co/jiWxhVDpDm
Early innate role for CD8αα+ cells in #tuberculosis. Daniel L. Barber (@danielleobarber) provides Insights on the recent study ( https://t.co/q2dcv5J0sF) by @CaylinWinchell, @snyquist2, Lin, @joanneflynn19 et al. https://t.co/9DmaHb2o8O
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Daniel L. Barber discusses the study by @CaylinWinchell, @snyquist2, Lin, @joanneflynn19 et al. ( https://t.co/q2dcv5J0sF) showing that CD8αα+ lymphocytes have a major role in the innate suppression of Mycobacterium #tuberculosis growth in macaques' lungs https://t.co/9DmaHb2o8O
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#TB granuloma: CD30 co-stimulation for CD4+ T cell co-operation. Abigail Gress and Tyler Bold @CFI_UMN discuss recent work from @TaylorForeman19, @danielleobarber et al. ( https://t.co/u7NqhV6rtP) in new Insights: https://t.co/JIdOaiahwr
#Immunodeficiency #InfectiousDisease
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Gress & Bold @CFI_UMN discuss work from @TaylorForeman19, @danielleobarber et al. ( https://t.co/u7NqhV6rtP) reporting that, in #tuberculosis granuloma, CD4 T effector cells require signals thru CD30 to completely differentiate & protect against disease. https://t.co/JIdOaiahwr
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