This 🌟 #PillarsofImmunology 🌟 by Lindsey E. Fox & Deborah J. Lenschow discusses a 1994 paper that put IFNs at center stage & demonstrated their role in orchestrating #antiviral responses. #ReadtheJI#DYK#ICYMI
https://t.co/GQHyyceaQS
Today is #ProfessionalEngineersDay! Be sure to read @locke_marissa's ASBMB Today article about the programs that the @NIH and the Society of Women Engineers (@SWEtalk) have to support returning scientists after a career break: https://t.co/e3sQIB5qt8.
Drummer Greg Barton will attempt to drum through every song from Foo Fighters’ studio discography, all in one take. 128 songs, 9.5 hours. 12 albums. Nonstop. Proceeds will go to the Cancer Research Institute -> https://t.co/SrX0y1yH85
A CTCF-binding site in the Mdm1-Il22-Ifng locus shapes cytokine expression profiles and plays a critical role in early Th1 cell fate specification but not NK Cells @ImmunityCP@ShihNih@ShihLab_NIH
https://t.co/rGiJxBMlQA
Ikzf3 deficiency in mice enhanced susceptibility to colitis, underscoring the relevance of Aiolos in regulating the effector function in intestinal intraepithelial lymphocytes @TheColonnaLab@Yomogidalab@NatImmunol
https://t.co/F4rVibfEf2
Immunity researchers, submit your abstract to share your latest research by this Sunday for this long-standing conference. This is the only meeting this year that focuses on these specific mechanisms within the immune system. #ICDFSRC
Register: https://t.co/TuIOwtP9QI
Please join us next week on Tuesday, Nov. 15, 12pm ET/ 9am PT. Dr. Han-Yu Shih(@ShihNih) a Stadtman Tenure Track Investigator at @NIH will present a lecture about “The dynamic chromatin landscapes in lymphocyte development and activation”.
Link is below:
https://t.co/xhvINjMlnk
1/3 #StephenAnderson#AharonFreud reveal digital component to cell differentiation mediated by binary promoter switches in lineage-determining TFs (AHR, GAT3, RORC). Vs 6% of hu genes, 33% of hu TFs possess stable divergent transcripts (potential binary switches) in TFs.
Check out our new paper on @NatImmunol by @TheVincentPeng in collaboration with @twang5 on the epigenetic landscape of the innate lymphoid cells!
https://t.co/EGl1NwPSRQ
Here is an alternative to BioRender that is TRULY FREE and actively maintained. Over 1500 vectorized images sorted by license type (all creative commons or MIT). Fully editable icons and soon they will launch an Inkscape library. Please RT.
https://t.co/8GFCa5p3A0
We are excited to share our new study in collaboration with @IdoAmitLab examining the gene expression programs that regulate tissue-resident and circulating #NKcells and #ILC1s. @ImmunityCP
https://t.co/moYjaHMWNl
The origin of this story is one of my colleagues asked for an immunity explainer, and I said, "GOD NO, have you any idea how complicated immunology is, that would kill me," but then I realized that I am already dead inside, and wrote the piece.
https://t.co/Cg6i6Mj17k
Congrats to Julia! Just published the inducible Ncr1 Cre model with new observations about Eomes in mature NK cells! #CellPressNews#WUSTLmed#NKcell#SitemanCancerCenter
Stage-Specific Requirement for Eomes in Mature NK Cell Homeostasis and Cytotoxicity https://t.co/enchmRztAL
“This is not the time to suggest, even jokingly, that this is an opportunity to churn out our best work. Working from home during a pandemic is neither an extended sabbatical nor ‘business as usual,’” writes @daph_ling. https://t.co/qMUtOCqUh7
Stark facts in this email I just received regarding the full shut-down at my day job @HarvardMed: “The outbreak of COVID-19 is the single most threatening pandemic to arise in the last century.” We will get through this together, and we must take this advice seriously.
Very inspiring article by Luis Batista about pursuing a career in research while managing the challenges presented by an unexpected epilepsy diagnosis. Adapt and overcome! @WUSTLdbbs
https://t.co/NIdazBIeFj