Depletion of extracellular asparagine impairs self-reactive T cells and ameliorates autoimmunity in a murine model of multiple sclerosis
https://t.co/oI7FHyVf0A
Check out our preprint focusing on asparagine metabolism in the control of autoreative CD4+ T cell responses.
Depletion of extracellular asparagine impairs self-reactive T cells and ameliorates autoimmunity in a murine model of multiple sclerosis https://t.co/xzeB6nfAmp
Depletion of extracellular asparagine impairs self-reactive T cells and ameliorates autoimmunity in a murine model of multiple sclerosis https://t.co/dFbdCYy6cZ #biorxiv_immuno
.@ragoninstitute's @alisoneringel has uncovered how aging impairs the immune system’s ability to fight cancer.
She showed that as the body ages, a type of immune cells called CD8+ T cells become less effective.
📝 @CIR_AACR: https://t.co/W6ngR3aUmp
📰 https://t.co/CHTE4Kn5vL
Super excited for @lynchielydia talk at the inaugural I&I seminar series at @nyulangone. One of my favorite #GdTcell Rockstars, though today teaching us about diets:: TME.
Nice little digest of our recent work with @jameshan_sj@alisoneringel @HaigisLab
Age is more than just a number in cancer immunotherapy https://t.co/8WoUk2DrDL
Georgiev and Han et al. recently identified age-related changes in the immune system that contribute to increased cancer progression and reduced responsiveness to immunotherapy https://t.co/ffxUBISiY1 @_petergeorgiev_@alisoneringel@ragoninstitute
Excited to announce I am starting as an Assistant Professor of Molecular and Cellular Pharmacology at the University of Miami Miller School of Medicine @umiamimedicine Honored to join the amazing teams @SylvesterCancer and the Frost Institute for Chemistry and Molecular Science
Excited to share our manuscript outlining the impact of aging on anti-tumor CD8+ T cell response @CIR_AACR! Special thanks to my partner-in-bench @_petergeorgiev_, @alisoneringel for guidance and collaboration, Arlene and @HaigisLab for mentorship and all the co-authors!
Thrilled to share our study on anti-tumor immunity during aging with @jameshan_sj@alisoneringel @HaigisLab. Here we demonstrate that the loss of tumor-reactive CD8+ T cells is a cardinal feature that accelerates tumor outgrowth in aged mice and promotes resistance to immune checkpoint blockade therapy. Our results suggest that by failing to consider antigen specificity, age-associated dysfunction of CD8+ T cells may be inadvertently conflated with bystander responses within the aged TME and resolve a long standing mystery as to why mice beyond a certain age are recalcitrant to immune checkpoint blockade therapy.
Age-associated contraction of tumor-specific T cells impairs antitumor immunity https://t.co/4naEa8eCd9
Check out our collaborative Treg review now in print @jacionline. @MehdiBenamar18@jameshan_sj @HaigisLab
Regulatory T cells in dominant immunologic tolerance - Journal of Allergy and Clinical Immunology https://t.co/It0mZHJ4UJ
I am excited to share our collaborative regulatory T cell review between the @HaigisLab, Sharpe and Chatila laboratories now out @jacionline. I feel fortunate to have worked with @MehdiBenamar18@jameshan_sj and a terrific mentoring team for this piece.
https://t.co/It0mZHIx5b
A new Review summarizes current challenges facing CAR T cell immunotherapy, examines #cancer cells’ metabolic adaptations, and identifies potential metabolic interventions to enhance CAR T cell efficacy. @OncoUNILCHUV@unil
Learn more: https://t.co/BVDHHLyeyb
Recruiting postdocs interested in immune evasion and #breastcancer . Experience in cloning/cell engineering and in vivo mouse work are a plus! See the type of work we do😊 https://t.co/2MZMLeq101