3D Printed Microfluidics for Directing Cardiomyogenesis on Chip
Principal Investigator: Rosemary Smith (Laboratory for Surface Science and Technology, UMaine)
Partners: Douglas Sawyer, MD (Maine Medical Center), Scott D. Collins (LASST and Chemistry, UMaine)
Abstract: This Graduate RA project will explore the application of 3D printing technology to realize microfluidic control of the chemical environment of pluripotent cell cultures, with application to directing cardiomyogenesis in vitro. This is a collaborative project between scientists and engineers at UMaine and MMCRI. Funding to support one PhD student, for one year, is requested for a feasibility study, which is expected to produce at least one publication, a demonstration device, and an extramural grant application. Continuation funding will be sought throug grant and fellowship applications.