A new advance against #OvarianCancer: Researchers at Rice and @UTMDAnderson report promising first-in-human results for implantable “cytokine factories�� that deliver immunotherapy at tumor location.
Supported by @ARPA_H, NIH and @CPRITTexas
Learn more: https://t.co/MbTtZA6yt0
The landscape for therapeutic cancer vaccines
https://t.co/EK4oljSHbx
This new article analyses the pipeline of clinical-stage therapeutic cancer vaccines, including the technology platforms, antigen selection and personalization approaches
Check out our latest in @NanoLetters led by @MJMitchell_Lab Postdoctoral Fellow @DongyoonKim5 and PhD student So-Jeong Moon on an HIV envelope–inspired T cell transfection-enhancing (HITE) lipid nanoparticle platform for CAR-T cell engineering!
Link: https://t.co/raRs9slfIQ
In @NatureMaterials, the lab of @MJMitchell in @pennbioeng redesigned lipid nanoparticles to boost mRNA vaccine performance while reducing common inflammatory side effects, thanks to chemistry that revs up the metabolism of immune cells.
https://t.co/t7Nlr3aa2e
Thrilled to share our latest in @NatureMaterials led by @MJMitchell_Lab Postdoctoral Fellow @DongyoonKim5 on a new class of cross-linked ionizable lipid-like materials that reprogram immune cell metabolism for potent mRNA LNP vaccines!
Free access: https://t.co/71lF2tGB90
Integrating sex as a biological variable should not be viewed as a women’s health concern but as a requirement for reproducible, rigorous research that ultimately benefits everyone. But what does truly meaningful integration look like in practice?
https://t.co/JTo8pONQcM
In a new Science study, researchers report that the limited number of remaining follicles of aged mice and women with premature ovarian insufficiency can be stimulated to grow and develop by modulating the stroma, the amorphous substance that surrounds them.
This finding has potential implications for treating infertility. Learn more in a new #SciencePerspective: https://t.co/UybgnVhhtq
Thrilled to share the final installment from my Ph.D. research @MJMitchell_Lab! Featuring high-throughput screening using molecular barcoding, a cancer vaccine model, and new tools to evaluate LNP protein corona formation!
Read it in Advanced Materials: https://t.co/Qji4plz4ng
Check out our latest in @acsnano led by @MJMitchell_Lab PhD student @_emilyhan_ in collaboration with @EliLillyandCo@SeanBedingfield on high-throughput in vivo screening via mRNA barcodes to identify LNPs for systemic mRNA delivery to the brain!
Article: https://t.co/trcXfbgQo4
Check out our latest review article in Materials Today led by @MJMitchell_Lab Postdocs Soyeon Yoo and Melgious Ang along with PhD student @AmandaMMurray14 on engineering targeted RNA lipid nanoparticles for treating diseases beyond the liver!
Free access: https://t.co/sSPaXgSo3u
Had a blast at our inaugural @Dan_A_Heller@MJMitchell_Lab joint lab apple picking event @TerhuneOrchards! Great team bonding and collaboration building. We look forward to making it an annual tradition!
People being treated for certain deadly cancers lived longer if they had received an mRNA-based vaccine against COVID-19 than if they hadn’t
https://t.co/ZR3tYeHElg
Applying to the BE Ph.D. program? Get matched with a current Ph.D. student for 1:1 mentorship through our Applicant Support Program, from interview prep to insider insights about the process.
Apply by Oct. 31st (AOE): https://t.co/eIvOGKV4m7
@pennengineering@PennEngGrad
The @MJMitchell_Lab is off to sunny San Diego for #BMES2025! Come check out amazing talks by @AmandaMMurray14 on ovarian cancer immunotherapy, @hannahyamagata on ultra specific mRNA LNP vaccines, and Ben Nachod on steroid lipid nanoparticles to treat autoimmune disease!