PhD Student @ Harvard-MIT HST (Raman Lab) | Duke BME Alum (Musah Lab) | Tissue engineering & mechanobiology | she/her
Postdoc in Mooney Lab @Harvard/Wyss | PhD @Columbia | Bacterial Therapy, Engineered Living Materials, Synthetic Biology
harimotolab.com
The Koch Institute brings interdisciplinary approaches together to advance the fight against cancer.
More places to follow us: http://bit.ly/m/mitkochinstitute
Postdoc in the Gerecht Lab @ Duke
PhD in BME @ Virginia Tech
Lymphatics & tissue engineering
🔬🧬 Harnessing #LipidMaps and #CellularTherapies for Anti-Aging and #TissueEngineering. 🌍 🛠️ Biomaterial Science. ⚕️🩸Addressing health disparities.
PhD@JHU| Stem cell therapy| Blood-Retinal Barrier | Vascular biology
Postdoc in Mooney Lab @Harvard/Wyss | PhD @JHU
Professor Johns Hopkins University, jlab.johnshopkins.edu
MIT prof, liver lover, nanotechnologist, STEM diversity advocate, mom, yogi, coffee addict, half-novel reader
We develop and test tools and infrastructure using biomedical and health data for early detection, intervention, and prevention of disease. Expertise in data science, engineering, informatics, medicine, biological sciences, and population health.
BME PhD student in the Segura Lab at Duke University | NSF GRFP | Grayson Lab (Johns Hopkins) Alum | Runner and backpacker | she/her
Father, husband, researcher, educator, #biomaterials, #chemical-engineer, #cellmanufacturing🏳️🌈🇵🇷 at UMBC
https://biomaterials.umbc.edu
Assistant Professor at UC San Diego Bioengineering.
Lab website: https://sites.ucsd.edu/mind-lab/
Postdoc at Mechanobiology&Tissue Engineering lab @KULeuven developing image analysis tools to get to know cells better.
I did a PhD on 3D #TractionForceMicroscopy.
ScienceCommunication coordinator at cebebelgica.es/en_GB/
Scientist passionate about fibrosis, inflammation & single-cell omics technologies. Science writer/advisor helping bridge biology and AI at https://www.ericandwendyschmidtcenter.org/. Consultant at www.lifescienceeditors.com
Former: NatureCVR, jacksonlab
Scientist studying mechanisms of DNA repair using single molecule approaches.
A vibrant teaching and research institution at Duke University exploring the frontiers of engineering. #DukeEngineering
