Nicholas Huntington (@dr_nick_bikes) 's Twitter Profile
Nicholas Huntington

@dr_nick_bikes

Cancer Immunologist Monash Uni. CSO oNKo-Innate. Entrepreneur. Cyclist. Dad.

ID: 524823769

linkhttp://www.monash.edu/diacovery-institute/huntington-lab calendar_today14-03-2012 23:14:56

2,2K Tweet

1,1K Followers

801 Following

oNKo-innate (@onko_innate) 's Twitter Profile Photo

Our CSO Nicholas Huntington penned an expert preview for 𝘊𝘢𝘯𝘤𝘦𝘳 𝘊𝘦𝘭𝘭 summarizing the significance of a recent Katy Rezvani, M.D., Ph.D study creating 'armored' natural killer cell therapies for #glioblastoma & the power of IL-21: sciencedirect.com/science/articl… #Cancer #Immunotherapy #nkcells

oNKo-innate (@onko_innate) 's Twitter Profile Photo

Our CSO, Nicholas Huntington shares his expert perspective on a recent Nature publication involving IL-15 armored CAR-T cell therapy... 🧵1/7 nature.com/articles/s4158… #immunooncology #CARTcelltherapy #interleukin15 #cancer #cancerresearch

Nicholas Huntington (@dr_nick_bikes) 's Twitter Profile Photo

NK cells are not T cells. How we target them in immunotherapy strategies must respect this. Some fresh thoughts on this from our team 👇

Hind Rafei (@hindrafei) 's Twitter Profile Photo

🧵13/ In summary, we identify🔎CREM as a key🔑transcriptional checkpoint that limits CAR-NK cell function and persistence. Induced by CAR/CD3ζ ITAM and IL-15 signaling via the PKA–CREB axis, CREM promotes an exhaustion-like state. CREM KO enhances cytotoxicity, cytokine

🧵13/
In summary, we identify🔎CREM as a key🔑transcriptional checkpoint that limits CAR-NK cell function and persistence. Induced by CAR/CD3ζ ITAM and IL-15 signaling via the PKA–CREB axis, CREM promotes an exhaustion-like state. CREM KO enhances cytotoxicity, cytokine
Cell Therapy News (@celltherapynews) 's Twitter Profile Photo

Researchers including Dr. Nicholas Huntington (Nicholas Huntington) at Monash Biomedicine Discovery Institute reveal the complete IL-15R signaling mechanism in NK cells and discover that ubiquitin-dependent IL-15R degradation is the dominant mechanism restraining IL-15R signaling. 💡 bit.ly/3TphMxE

Researchers including Dr. Nicholas Huntington (<a href="/Dr_Nick_Bikes/">Nicholas Huntington</a>) at <a href="/MonashBDI/">Monash Biomedicine Discovery Institute</a> reveal the complete IL-15R signaling mechanism in NK cells and discover that ubiquitin-dependent IL-15R degradation is the dominant mechanism restraining IL-15R signaling.

💡 bit.ly/3TphMxE
Nicholas Huntington (@dr_nick_bikes) 's Twitter Profile Photo

Congrats A/Prof Paul Beavis et al. Huge biology and underscores the key role of IL-12 in solid tumor immunity and validates our oNKo-innate oNKo-044 IL-12 biologic. These approaches should be prioritised by Biopharma looking to get a signal with cell therapies in solid tumors