Medical Imaging uses "contrast agents" to allow seeing hidden structures & spy on the symphony of molecular & cellular interactions. What agents will we have in 2124?
A tiny example: nanobubbles for ultrasound! More in new review article with @AgExner 👇
https://t.co/GyKrX5p2bO
I was a bit naive in thinking that when you are bestowed an endowed Chair, you do not receive an actual chair. Congratulations 2 collaborator @AgExner (& @DonnaPlecha) on their achievements & recognition. I hope the 🪑s are comfortable. Wonderful ceremony!
@CWRUSOM@UHRadiology
The deadline for abstract submissions to the @SFBiomaterials#MidwestBiomaterialsSymposium is Monday, April 1, 2024!!
Please follow this link to submit:
https://t.co/UKnB4RIMfa
Bring your Biomaterials Research to showcase at this symposium on @cwru campus, on Sep 19 & 20, 2024.
I am thrilled to be leading the CCIR alongside @KGinCLE! Biomedical imaging plays a huge role at @cwru and throughout the greater Cleveland area - I look forward to working with our faculty, trainees and staff to usher in the future of this important field.
Any post-doctoral candidate at @ASH_hematology who wants to explore an industry postdoc opportunity at a biotech startup developing hemostatic nanotherapeutics, please DM me or reach out to @HaimaThr team🙏🏽🙏🏽
My lab has 2 postdoc openings! 🧬🧫🥼
If you have experience and interest in gene/drug delivery, nanomedicine, and/or biomaterials, please email me a cover letter, CV, and references to [email protected].
Join us in LA! ☀️⛱️🐚
“Science is 99 percent challenge... You are doing things you have never done, or nobody has ever done. You don’t even know if it is possible.”
Read this new @MsMagazine profile of the inspirational @kkariko, who was recently featured in #BayhDoleFOAI:
https://t.co/W4ky2ZC2U0
Efficient ultrasound-mediated drug delivery to orthotopic liver tumors: Direct comparison of doxorubicin-loaded nanobubbles and microbubbles https://t.co/MQVP87aNqL #bioRxiv
Excited to share new work from the Gurkan (@UAGurkan) & Exner (@AgExner) Labs: Michaela Cooley and I designed a microfluidic device which can be used to study nanoparticle kinetics through extracellular matrices. Live now in @LabonaChip!
https://t.co/1dRjFjycFH