Feske lab at NYU (@feskelab) 's Twitter Profile
Feske lab at NYU

@feskelab

The Feske lab studies how ion channels transporting calcium and other ions regulate immunity to infection, tumors and cause autoimmunity in humans and mice.

ID: 997416872592183296

linkhttps://feskelab.org/ calendar_today18-05-2018 10:01:28

116 Tweet

285 Followers

94 Following

The BioCalendar (@thebiocalendar) 's Twitter Profile Photo

Two in one! Visit FASEB's inaugural conference on Channels and Transporters in Immunity, taking place June 16-20 in St. Paul, MN, where you can also attend concurrent sessions on Immunoreceptors and Immunotherapy. cvent.me/7b7L9D #CTISRC #IMMSRC

Two in one! Visit <a href="/FASEBorg/">FASEB</a>'s inaugural conference on Channels and Transporters in Immunity, taking place June 16-20 in St. Paul, MN, where you can also attend concurrent sessions on Immunoreceptors and Immunotherapy. cvent.me/7b7L9D
#CTISRC #IMMSRC
Feske lab at NYU (@feskelab) 's Twitter Profile Photo

Here we go, Channels and Transporters in Immunity FASEB conference! Our keynote speaker, Dr. Michael Cahalan, is presenting an incredible overview on ion channels and calcium signaling in T lymphocytes. #CTISRC #FASEBconference #ICTImmunityConference Bimal Desai

Here we go, Channels and Transporters in Immunity FASEB conference! Our keynote speaker, Dr. Michael Cahalan, is presenting an incredible overview on ion channels and calcium signaling in T lymphocytes. #CTISRC #FASEBconference #ICTImmunityConference 
<a href="/bimald/">Bimal Desai</a>
Feske lab at NYU (@feskelab) 's Twitter Profile Photo

The Feske Lab is on fire at the Channels and Transporters in Immunity FASEB conference! #CTISRC #FASEBconference #ICTImmunityConference

The Feske Lab is on fire at the Channels and Transporters in Immunity FASEB conference! #CTISRC #FASEBconference #ICTImmunityConference
Feske lab at NYU (@feskelab) 's Twitter Profile Photo

The IonLab at NYU GSOM Pathology has received the NIH S10 grant for the Sophion Bioscience A/S Automated Patch-Clamp System! Join us for an Open House on August 2nd, 2-5 PM to learn more about the new QPatch II system and explore potential collaborations. See you there!

The IonLab at <a href="/NYUGSOM_Path/">NYU GSOM Pathology</a> has received the NIH S10 grant for the <a href="/sophionbio/">Sophion Bioscience A/S</a> Automated Patch-Clamp System! Join us for an Open House on August 2nd, 2-5 PM to learn more about the new QPatch II system and explore potential collaborations. See you there!
Feske lab at NYU (@feskelab) 's Twitter Profile Photo

Thanks to everyone who attended the IonLab Open House at NYU GSOM Pathology! The event was a huge success! We're excited to start using the QPatch II system from Sophion Bioscience A/S and explore new collaborations with the IonLab. More updates coming soon! #IonLab #NYUGSOM

Thanks to everyone who attended the IonLab Open House at <a href="/NYUGSOM_Path/">NYU GSOM Pathology</a>! The event was a huge success! We're excited to start using the QPatch II system from <a href="/sophionbio/">Sophion Bioscience A/S</a> and explore new collaborations with the IonLab. More updates coming soon! #IonLab #NYUGSOM
Feske lab at NYU (@feskelab) 's Twitter Profile Photo

We are pleased to host Prof. Susanna Zierler at NYU GSOM Pathology for our next ICTI webinar on "The TRPM7 channel-kinase in immune cell function & inflammatory diseases". Join us tomorrow, December 11th, 2024, at 11am EST, zoom link upon request!

We are pleased to host Prof. Susanna Zierler at <a href="/NYUGSOM_Path/">NYU GSOM Pathology</a> for our next ICTI webinar on "The TRPM7 channel-kinase in immune cell function &amp; inflammatory diseases". Join us tomorrow, December 11th, 2024, at 11am EST, zoom link upon request!
Feske lab at NYU (@feskelab) 's Twitter Profile Photo

Prof. Isaac Chiu Chiu Lab will be presenting at our next ICTI Seminar on "Nociceptor neurons in host defense and barrier immunity" at NYU GSOM Pathology. Join us on February 27th, 2025, at 11 AM EST. Zoom link available upon request!

Prof. Isaac Chiu <a href="/IsaacChiuLab/">Chiu Lab</a> will be presenting at our next ICTI Seminar on "Nociceptor neurons in host defense and barrier immunity" at <a href="/NYUGSOM_Path/">NYU GSOM Pathology</a>. Join us on February 27th, 2025, at 11 AM EST. Zoom link available upon request!
Feske lab at NYU (@feskelab) 's Twitter Profile Photo

Dr. Chiu Chiu Lab gave a brilliant talk on the role of TRPV1+ nociceptor neurons in host defense and barrier immunity. Read the full publication here: chiulab.med.harvard.edu/sites/projects… A huge thank you to Dr. Chiu for sharing his insights with our NYU GSOM Pathology community!

Dr. Chiu <a href="/IsaacChiuLab/">Chiu Lab</a> gave a brilliant talk on the role of TRPV1+ nociceptor neurons in host defense and barrier immunity. Read the full publication here:
chiulab.med.harvard.edu/sites/projects…
A huge thank you to Dr. Chiu for sharing his insights with our <a href="/NYUGSOM_Path/">NYU GSOM Pathology</a> community!
Feske lab at NYU (@feskelab) 's Twitter Profile Photo

Join us on April 3, 2025, for the next ICTI Research Seminar at NYU GSOM Pathology! Dr. Bimal Desai will discuss “Ion channel TRPM7 in Endolysosomal Physiology of Macrophages”, focusing on the critical role of TRPM7 in immune cell function and its implications for immunomodulation. #ICTI

Join us on April 3, 2025, for the next ICTI Research Seminar at <a href="/NYUGSOM_Path/">NYU GSOM Pathology</a>! Dr. <a href="/bimald/">Bimal Desai</a> will discuss “Ion channel TRPM7 in Endolysosomal Physiology of Macrophages”, focusing on the critical role of TRPM7 in immune cell function and its implications for immunomodulation. #ICTI
Feske lab at NYU (@feskelab) 's Twitter Profile Photo

Thank you, Bimal Desai, for the lecture on TRPM7 channels in Endolysosomal Physiology of Macrophages. It was an incredibly insightful presentation. As we plan for the next academic year, we welcome speaker suggestions! If you have any recommendations, please feel free to share them!

Thank you, <a href="/bimald/">Bimal Desai</a>, for the lecture on TRPM7 channels in Endolysosomal Physiology of Macrophages. It was an incredibly insightful presentation.
As we plan for the next academic year, we welcome speaker suggestions! If you have any recommendations, please feel free to share them!
Feske lab at NYU (@feskelab) 's Twitter Profile Photo

Join us on May 15, 2025, from 11 AM to 12 PM for the next ICTI seminar at NYU GSOM Pathology featuring Dr. Nicolas Demaurex. He will discuss the regulation and function of store-operated and mechanosensitive Ca²⁺ channels in immune cells, with a focus on neutrophils #ICTI #CTISRC

Join us on May 15, 2025, from 11 AM to 12 PM for the next ICTI seminar at <a href="/NYUGSOM_Path/">NYU GSOM Pathology</a> featuring Dr. Nicolas Demaurex. He will discuss the regulation and function of store-operated and mechanosensitive Ca²⁺ channels in immune cells, with a focus on neutrophils #ICTI #CTISRC
Feske lab at NYU (@feskelab) 's Twitter Profile Photo

Looking forward to hosting Dr. Min Peng tomorrow, June 18 at 11AM ET, for our next ICTI webinar at NYU GSOM Pathology! He’ll share new insights into ER calcium channels in T cells and how they might unlock new therapeutic strategies. Don’t miss it! #ICTI #CTISRC #ImmunoChannels

Looking forward to hosting Dr. Min Peng tomorrow, June 18 at 11AM ET, for our next ICTI webinar at <a href="/NYUGSOM_Path/">NYU GSOM Pathology</a>! He’ll share new insights into ER calcium channels in T cells and how they might unlock new therapeutic strategies. Don’t miss it!
#ICTI #CTISRC #ImmunoChannels
Science Immunology (@sciimmunology) 's Twitter Profile Photo

New research from Feske lab at NYU suggests that chloride nucleotide-sensitive channel 1A (CLNS1A) is a key transcriptional and epigenetic regulator of pathogenic #CD4 #Tcells in mouse models of #autoimmune and inflammatory diseases. scim.ag/3HHrOYJ

New research from <a href="/Feskelab/">Feske lab at NYU</a> suggests that chloride nucleotide-sensitive channel 1A (CLNS1A) is a key transcriptional and epigenetic regulator of pathogenic #CD4 #Tcells in mouse models of #autoimmune and inflammatory diseases. scim.ag/3HHrOYJ
Lucile Noyer (@noyerlucile) 's Twitter Profile Photo

I’m excited to share our new paper published in Science Immunology ! Together with Liwei Wang, we show that CLNS1A is essential for T cells and autoimmunity. 1/3 doi.org/10.1126/sciimm…