We made it to the final 16 (Round 3) because of your votes #StatMadness. We are #Matchup 6. Please vote today and everyday for the day 5 days. Let’s get our @MDAndersonNews team to the finals! https://t.co/xP6KpmwStC
Meet our Dr. Betty Kim. Born in South Korea and raised in Canada, find out how she made her way to Houston, where she leads a cutting-edge research team at MD Anderson. https://t.co/dzhL851ePy @BettyKimLab#Research#EndCancer
Stop ✋️the publication of anatomy texts discussing 3 layers covering the brain...welcome the 4th! Which might pay a role in
aging, neurodegenerative dx & tumors. Brilliant 👏 study outlining it's function especially with #myeloids@NSTumorSection
https://t.co/C52BWZNfUW
Humbled and thrilled to present once again at the #TXLifeScienceForum by @ricealliance and @BioHouston. Aiming to repeat as “Most Promising Company” once again. https://t.co/ay9trTFSGc
Thank you Gulf Coast Consortia for a great event #GCCSCO22! It was great to meet everyone. Thank you all for stopping by to review and discuss our poster. We’re here in TMC, so please visit https://t.co/QWHOHyRT20 to see how we can help your research. #singlecell#EMPIRI
Determine personalized patient response to cancer therapies in 8 days or less, before treatment even starts. Our #tissueslice assay maintains the tumor microenvironment for accurate, individualized pre-treatment testing #oncology#personalizedmedicine https://t.co/SmX2rjcSnL
First talk early this morning @CNS_Update Many thanks to the @NSTumorSection for letting me share our work importance of targeting protumorigeneic myeloid cells in #GBM@BettyKimLab @wenjiang_nano @Yunlab7 Also many thanks to @GarniBDarian for capturing the moment as well.
scRNA-seq shows the #tumormicroenvironment plays an important role in treatment response. #EMPIRI offers our #tissueslice assay, which maintains the native microenvironment, to test patient tissues and select the most effective #cancertherapy in a clinically actionable timeframe
It may sound like science fiction, but nanomedicine could be used to improve cancer treatment.
Our Dr. Betty Kim explains how this approach targets tumor cells: https://t.co/G9LwcD2m1g @BettyKimLab#Nanomedicine#EndCancer