Physician scientist at MD Anderson Cancer Center with focus on cellular therapy, gene editing and immunometabolism to treat cancer patients. Tweets are my own.
The future of medicine will be built at the intersection of engineering, biology, medicine, and AI. Please join us at the inaugural International Society for Engineering Health (ISEH) Summit on Engineering the Elimination of Diseases (Sept. 10โ11, Houston), bringing together an outstanding lineup including Phillip Sharp, Francis Collins, David Liu, Huda Zoghbi, Walter Koroshetz, and many more to explore bold new approaches to eliminating disease.
Learn more: https://t.co/gTMuU3FvtB
#ISEH #EngineeringHealth #Bioengineering #CellTherapy #Innovation
Are CAR-NK cells the next evolution of cellular immunotherapy?
While CAR T-cell therapy has transformed the treatment of hematologic malignancies, CAR-natural killer (CAR-NK) cells are emerging as a promising next-generation platform with several potential advantages.
Unlike CAR T cells, CAR-NK cells offer:
๐น A favorable safety profile with lower rates of severe CRS and neurotoxicity
๐น Off-the-shelf, allogeneic manufacturing that may improve access and scalability
๐น Innate anti-tumor activity without prior antigen sensitization
Early clinical trials have demonstrated encouraging responses in hematologic malignancies with minimal severe toxicities.
Challenges remain, including limited in vivo persistence, metabolic constraints, and tumor-induced NK cell exhaustion. However, advances in genetic engineering, cytokine support, and metabolic reprogramming are driving the development of more durable and potent CAR-NK therapies.
As the field continues to evolve, CAR-NK cells have the potential to complementโor in some settings, even expand uponโthe success of CAR T-cell therapy, bringing safer and more accessible cellular immunotherapies to patients with blood cancers.
Thank you to Dr Daher & team for a compelling review.
#CARNK #CART #CellTherapy #Hematology #Immunotherapy #Oncology #CancerResearch @may_daher
https://t.co/WhkQ8dIcmh
Exciting paper showing safety and promising efficacy (69% response rate) using IL-15 secreting CD19 CAR NK cells in advanced lymphoma. Their extended 25 day culture (vs 14d) using their prop freezing may have negatively impacted in vivo persistence. https://t.co/uDFcGWAV2F
At #AACR26, our Dr. Katy Rezvani presented an overview of the past and the future of next-generation cell therapy trials, including nine upcoming studies in collaboration with researchers across UT MD Anderson. Learn more: https://t.co/3iVOR2PCWJ #EndCancer@lab_rezvani
It was such an exciting session! I had the privilege of presenting some of the work we are doing in my group at the Cell Therapy Institute of @UTMDAnderson led by my super talented postdoctoral fellows @tiberti_silvia and Madison Moore. The session featured outstanding talks by leaders in the field @DelgoffeLab and Owen Sansom. So glad the #immunometabolism field is blooming. Many exciting developments and promising approaches with translational potential. #AACR26 #NK #metabolism
At #AACR26, our Dr. May Daher shared how to improve NK cell metabolic fitness and make them more effective cell therapies. Learn more about her research in the Institute for Cell Therapy Discovery & Innovation: https://t.co/4FC3KKrEP9 @may_daher#EndCancer
Congratulations to @rftbsr9 for delivering an outstanding talk showcasing the power of TCR engineered NK cells in a major session at #AACR26. Packed ballroom, many questions and lots of interest in this platform and the promising clinical impact. @UTMDAnderson#NK#TCR #celltherapy
It was an honor to present our work in this immunometabolism session chaired by @DelgoffeLab loved the wonderful talks by Owen Sasom and @DelgoffeLab such exciting work and so much promise for the field! @UTMDAnderson
This was an incredible Immunometabolism session. Iโm honored to chair and very happy that the @AACR continues to value giving immune metabolism a platform at the annual meeting.
Our researchers have a robust offering of poster presentations at #AACR26. From dissecting the mechanisms of drug resistance, to the application of bioinformatics to cancer biology, there is a wide variety of topics to explore. #EndCancer