Booki Min Laboratory

#immunology #regulatorytcells #Lag3 #inflammation

Northwestern University, @NUFeinbergMed

[Booki Min Laboratory @minlabFSM]

introducing our latest lab breakthrough 😉

[Science Translational Medicine @ScienceTM]

Peptidoglycans from the #LymeDisease pathogen #Bburgdorefi may act as antigens that trigger long-term complications such as Lyme arthritis by accumulating and persisting in the liver, according to a new study involving mice. @jutraslab @MecailaM https://t.co/FzWrbfJMa1

[Booki Min Laboratory @minlabFSM]

Take Action: Contact Congress About Ending the Freeze on Federal Grants https://t.co/enJR9ISD3O

[Mark Kaplan @statfourwork]

Update you must.

[The Postdoctoral @thepostdoctoral]

Uncovering Regulatory Mechanisms of T-cells in Chronic Inflammation - News Center - Dongkyun Kim, PhD, research assistant professor of Microbiology-Immunology, was lead author of the study. Co-authors of the study include Giha Kim, a ... - https://t.co/fI9m4unHTk

[Northwestern Feinberg School of Medicine @NUFeinbergMed]

#NorthwesternMedicine scientists have discovered an underlying mechanism that controls a specialized group of #TCells that could enhance treatment for inflammatory diseases and #cancer, per @jclinicalinvest. @minlabFSM

https://t.co/dV6Efa5xpB

[Northwestern Basic Sciences @NU_BSA]

Join the talented scientific community @NUFeinbergMed!

The Department of #Microbiology-#Immunology seeks a full-time #TenureTrack investigator in the field of #virology. Learn more and apply: https://t.co/DQSK5VPQeR

Please RT.
#sciencecareers #facultyjobs #sciencetwitter

[Booki Min Laboratory @minlabFSM]

a lab that boats together, discovers together

[Booki Min Laboratory @minlabFSM]

@vipulshukla08 @LurieCancer @jaehyukchoimd @NorthwesternMed @ImmunityCP @NUFeinbergMed thank you Vipul!

[Lurie Cancer Center @LurieCancer]

.@LurieCancer scientists at @NorthwesternMed have discovered a new mechanism that controls regulatory T-cells and may serve as potential therapeutic targets to treat inflammatory diseases and cancer, per a recent study in @ImmunityCP from @minlabFSM. https://t.co/xykXVO0kRu

[Center for Human Immunobiology @immunology_nu]

Congrats @minlabFSM on this publication in @CellPressNews "Inhibitory co-receptor Lag3 supports Foxp3+ regulatory T cell function by restraining Myc-dependent metabolic programming: Immunity" https://t.co/RgrU9WPAGF

[Caroline Sokol MDPhD @sokol_mdphd]

This paper (https://t.co/Uz73i6Da5K) took a village! Thanks to collaborators (@villanilab @SwirskiLab @cam_phd @VHIT_Mckimmie), the Sokol lab (@PeriMatatia @XuepingZhu), and reviewers (@itchdoctor among anonymous others) for making this story what it is today. (10/11)

[Waggoner Lab @LabWaggoner]

Treg-specific Lag3 mutant mice reveal that Lag3 supports Treg cell function by inhibiting Myc expression and altering metabolic profiles through the PI3K-Akt-Rictor pathway @ImmunityCP @minlabFSM
https://t.co/dQXWAM7TLm

[Booki Min Laboratory @minlabFSM]

celebrating published papers the Min Lab way- a delicious lunch! 🎉

[Immunity @ImmunityCP]

Online now: Inhibitory co-receptor Lag3 supports Foxp3+ regulatory T cell function by restraining Myc-dependent metabolic programming https://t.co/O6mtugcnFj

[Center for Human Immunobiology @immunology_nu]

Congrats to the Min Lab and all involved with this publication!

[Booki Min Laboratory @minlabFSM]

@J_Immunol @immunology_nu 👏 👏👏

[The Journal of Immunology @J_Immunol]

🎉#JI_TopRead ➡️ This study by Iamsawat & Yu et al. @immunology_nu uses single-cell technology to characterize #Tregs infiltrating the #lungs during allergic airway #inflammation. Check it out now! #ReadTheJI #immunology #eosinophils #neutrophils
https://t.co/TMfeyUbzaA

[Booki Min Laboratory @minlabFSM]

Min Lab at AAI2024.

[Center for Human Immunobiology @immunology_nu]

#AAI2024 What a fun long weekend in our hometown! Some poster session highlights and other events over the last few days.