Biomedical Engineering at Boston University. Creating better health for the world since 1969.
Postdoctoral Fellow | NIH F32 - NIAMS | Anseth Group | CU Boulder | Grad: UMich | Undergrad: UCSD | BME👩🔬🫧📚
✨Vasculature ~ Microgels ~ Granular Materials ~ Extracellular Vesicles ~ Tissue Engineering ~ Regenerative Medicine ✨
Orthopedic Stem Cell Research Lab of Dmitriy Sheyn, PhD develops disease models and stem cell therapies for #BackPain #Spine #Tendon #SportsMedicine #MSK
https://www.cedars-sinai.edu/health-sciences-university/research/labs/sheyn.html
🔬Micro and Nanoscale technologies for fundamental and translational Biomedical Research
🧬 Engineering Extracellular Vesicles (EVs) for therapeutic applications
We are a Glasgow-based multidisciplinary team of bio- and cell engineers.
We focus on understanding the interactions between materials, proteins and cells to gain insight into engineering cell behaviour and translating technologies into better healthcare.
MizzouForward Full Professor of Mechanical and Aerospace Engineering at the University of Missouri in Columbia || ASME Fellow || NAI Senior Member || FRSC
Edgar C. Hendrickson Chair in Biomedical Engineering - Professor of Biomedical Engineering and General Surgery at The Ohio State University.
Nanotechnology, non-viral gene and cell therapies in regenerative medicine and cancer.
Assistant Professor of Neuroengineering @tumuenchen.bsky.social, Working in new materials to communicate with the brain.
ee.cit.tum.de/en/nen/home
🩺🔪🔬🧫
Plastic & Reconstructive Surgery Registrar (resident), MCR, UK
PhD in Peripheral Nerve/Tissue Engineering/Biomaterials
Research Fellow @UoM
Assistant Professor at UC Irvine CBE
I'm a postdoc fellow @HopkinsMedicine focused on targeting senescent cells to promote MSK tissue regeneration! | PhD @JHUBME '22 | BS @RPI '15 | Outgoing @SyisTermis Chair | AZ Native 🌵
Associate Professor at the Knight Campus, Oregon. 3D printing fanboy; tissue engineer & scaffold designer, teacher, entrepeneur, lover of the outdoors, melt electrowriting inventor. #Biofabrication, #MEW, #3Dprinting, #bioengineering, #meltelectrowriting
Incoming Biomedical Engineering Assistant Professor at FAMU-FSU CoE, CBE Dept. Hydrogel Design, Bone Marrow, and Breast Cancer Research.
Visit my site: https://hydrogeldesign.org
COO @ Cytodiagnostics | Former #McMasterU | Biosensors & Nanotechnology | Infectious Disease Diagnostics | AI/ML in HealthTech | 🇨🇦
Helen Hay Whitney Foundation PostDoc Fellow @Anseth Research Group| PhD @Konstantopoulos Lab @Johns Hopkins| BS+MS @IITKgp| @PACBoulder| biomaterials, organoids, cancer metastasis, physical forces in life
www.kaustavbera.com
PhD Student @BurdickLab @Pennbioeng • University of Pennsylvania @Penn | Polymeric Biomaterials for Tissue Engineering • Biofabrication | (he/him/his)
Assoc. Prof. in Mechanical Engineering at Carnegie Mellon University, cell-interfacing nanostructures, microrobotics, and both automated design and automated science - also molecular model fanatic
Taylor Lab website: https://www.andrew.cmu.edu/user/bex
Assistant Professor
TGF Lab at Lehigh University
Postdoc at Columbia BME, Gordana Vunjak-Novakovic Lab. Tissue Engineer.🩸🔬| Interested in 3D models of blood stem cells, the immune system, and cancer | Alum of Columbia & UVa | #TSwift fan 🏳️🌈
sites.google.com/view/naveedtavakol/
biology + computers + a leavening of snark | 👨👨👧👧🏳️🌈| nanomedicine | cancer genomics 🧬 | ML | biomaterials | #compchem #matsky #chemsky #ai4science #materialsinformatics #md | startups | @Cal 🐻 @Stanford @UniversityOfOxford @OxfordNano (swimsf on the Bad Place)
