Dr. Mariah Hassert(@WildTypeMariah) 's Twitter Profile Photo

Super happy to share our new review on CD8 T cells and malaria! And to celebrate my foray back into mosquito borne diseases 🎉 John T. Harty Lab Sahaana Arumugam
onlinelibrary.wiley.com/doi/10.1111/im…

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Zhijuan Qiu(@Zhijuan_JExpMed) 's Twitter Profile Photo

How are lung Trm affected by thorax-targeted radiation? Are there ways to regenerate them? Find out the answers from this 3-min video summay from Dr. Mariah Hassert John T. Harty Lab

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Waggoner Lab(@LabWaggoner) 's Twitter Profile Photo

Thorax-targeted irradiation depletes lung TRM and diminishes protection, but spares circulating memory CD8+ T cells that can be boosted to regenerate lung TRM JExpMed John T. Harty Lab
doi.org/10.1084/jem.20…

Thorax-targeted irradiation depletes lung TRM and diminishes protection, but spares circulating memory CD8+ T cells that can be boosted to regenerate lung TRM @JExpMed @HartyLab
doi.org/10.1084/jem.20…
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Immune Regulation News(@Immune_News) 's Twitter Profile Photo

The John T. Harty Lab from Carver College of Medicine found that sublethal thorax-targeted radiation resulted in the rapid and prolonged numerical decline of influenza A virus–specific lung tissue-resident memory T cells in mice. 🐁

🖨️ JExpMed
Learn more: bit.ly/49EY8nF

The @HartyLab from @IowaMed found that sublethal thorax-targeted radiation resulted in the rapid and prolonged numerical decline of influenza A virus–specific lung tissue-resident memory T cells in mice. 🐁 

🖨️ @JExpMed 
Learn more: bit.ly/49EY8nF
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JExpMed(@JExpMed) 's Twitter Profile Photo

Hassert et al. John T. Harty Lab UIowa Research show that thorax-targeted irradiation depletes lung resident memory CD8+ T cells (TRM) & diminishes protection, but spares circulating memory CD8+ T cells that can be boosted to regenerate lung TRM. hubs.la/Q02llkpJ0

Aliasger Salem

Hassert et al. @HartyLab @UIowaResearch show that thorax-targeted irradiation depletes lung resident memory CD8+ T cells (TRM) & diminishes protection, but spares circulating memory CD8+ T cells that can be boosted to regenerate lung TRM. hubs.la/Q02llkpJ0

@AliasgerSalem
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J Immunol(@J_Immunol) 's Twitter Profile Photo

from John T. Harty Lab University of Iowa | Simultaneous detection of both airway and interstitial -induced CD8+ tissue-resident memory in mice shows compromised -γ production upon challenge
👉 ow.ly/jVBe50NEp8X

#CuttingEdge from @HartyLab @uiowa | Simultaneous detection of both airway and interstitial #influenza-induced CD8+ tissue-resident memory #Tcells in mice shows compromised #IFN-γ production upon challenge
👉 ow.ly/jVBe50NEp8X
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Rockefeller U. Press(@RockUPress) 's Twitter Profile Photo

In JExpMed, Hassert et al. John T. Harty Lab UIowa Research show that thorax-targeted irradiation depletes lung resident memory CD8+ T cells (TRM) & diminishes protection, but spares circulating memory CD8+ T cells that can be boosted to regenerate lung TRM. hubs.la/Q02llFMG0

In @JExpMed, Hassert et al. @HartyLab @UIowaResearch show that thorax-targeted irradiation depletes lung resident memory CD8+ T cells (TRM) & diminishes protection, but spares circulating memory CD8+ T cells that can be boosted to regenerate lung TRM. hubs.la/Q02llFMG0
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JExpMed(@JExpMed) 's Twitter Profile Photo

Regenerating murine CD8+ lung tissue resident memory T cells after targeted radiation exposure. A new study by Mariah Hassert, John T. Harty John T. Harty Lab and colleagues UIowa Research: hubs.la/Q02llb1f0

Aliasger Salem

Regenerating murine CD8+ lung tissue resident memory T cells after targeted radiation exposure. A new study by Mariah Hassert, John T. Harty @HartyLab and colleagues @UIowaResearch: hubs.la/Q02llb1f0

@AliasgerSalem
#InfectiousDisease #HostDefense
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JExpMed(@JExpMed) 's Twitter Profile Photo

In this report, Hassert et al. John T. Harty Lab UIowa Research suggest that designing effective vaccination strategies to regenerate TRM will be important in combating the immunological effects of radiation exposure. hubs.la/Q02mqVnK0

🎥 See video summary: hubs.la/Q02mqW1T0

In this report, Hassert et al. @HartyLab @UIowaResearch suggest that designing effective vaccination strategies to regenerate TRM will be important in combating the immunological effects of radiation exposure. hubs.la/Q02mqVnK0

🎥 See video summary: hubs.la/Q02mqW1T0
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Cell Press(@CellPressNews) 's Twitter Profile Photo

Keeping T cell memories in mind.

Check out this Trends in Immunology review of emerging literature on the generation, localization, maintenance, and function of tissue-resident memory T cells in the central nervous system, from John T. Harty Lab hubs.li/Q028x3xJ0

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John T. Harty Lab(@HartyLab) 's Twitter Profile Photo

We are no longer updating or interacting on this platform. Please find us at our website, and contact us via email! Thanks, it's been fun.

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John T. Harty Lab(@HartyLab) 's Twitter Profile Photo

Dr. John Harty was awarded a grant entitled “Regulating Pathogen-induced Protective and Pathogenic CD8 T cells in the CNS” from NIAID Funding

medicine.uiowa.edu/pathology/cont…

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