Alex Valentine Email & Phone Number

Ann Arbor, MI, US

Ann Arbor, Michigan, United States

Greater Boston Area

Cambridge, MA

The field of stretchable and flexible electronics has evolved to create devices that are more functional and powerful than ever. In order to continue along this trajectory of technological development, additive manufacturing techniques will contribute greatly to the high-throughput fabrication of these devices, especially on the microscale. I work on the.

Cambridge, MA

Conducting high-impact, translational research in the field of bioprinting and tissue engineering in the Lewis Research Group. Acting as a key interface between Wyss Institute core faculty members, platform leaders, and their clinical collaborators. Organizing and spearheading collaborations, internally and externally, in multiple areas including three.

Greater Boston Area

Enacting collaborative care model by ensuring continuity of care for opioid patients across specialists, pharmacists, and PCPs. Working directly with EMR, PMP, and motivational interviewing techniques.

Somerville, MA

Greater Boston Area

By collaborating with the Fraunhofer Center for Manufacturing Innovation at Boston University and the Biomimetic Materials Engineering Laboratory and by making use of the extrusion-based bioprinter device developed by the Fraunhofer Center, we aim to optimize and apply this bioprinting technology to three dimensional tissue constructs. My specific aim.

Boston University

This research involves the creation of lipid nanoparticles, also known as liposomes, than can be used as cytosolic delivery vehicles for vascular endothelial growth factor (VEGf). Literature suggests that there could be intracellular activity of VEGf, potentially via the same signal pathway and eliciting a similar, or amplified, angiogenic response as.

Concord, MA

As a quality control intern, working in depth with latest SpaceClaim software, analyzing features and reverse engineering models for demonstration and educational purposes. As a marketing intern, researching potential new clients, writing company reports, and searching for new program features in demand on the market.

Biomimetic Materials Engineering Laboratory

Investigating neonatal rat smooth muscle cells' responses in attachment and proliferation to protein functionalized hydrogels of varying stiffnesses. Utilizing basic techniques of sterile cell culture while creating synthetic gel substrates for cells to live on. Also imaging cells in vivo and ex vivo using fluorescence microscopy and computer controlled.

Conducted experiments to isolate proteins that contribute to the death of inner ear cells in mammals in order to learn how to stop the loss of hearing in the elderly. Experiments involved dissecting embryonic mouse heads to extract cochleae and running immunocytochemistry tests on chicken and mouse cochleae. My name was also recognized in a research.

Doctor Of Medicine - Md

Bachelor Of Science (B.S.), Summa Cum Laude, Biomedical Engineering

Activities and Societies: Trustee Scholar, Kilachand Honors College, Beckman Scholar, Vice President of Sigma Phi Epsilon, Biomedical.

High School