A viable organ engineering pipeline requires the mass production of hundreds of billions of cells, tailorable and programmable cellular composition, and technologies to assemble these cells with perfusable vascular networks to support cell viability. Dr. Mark Skylar-Scott's lab is developing integrative technologies, including wetware, hardware, and software, to address cardiac tissue engineering at whole-organ scale.
Home Department: undeclared
Mentor: Tracey McLaughlin (Medicine - Endocrinology)
Home Department: Radiation Oncology
Faculty Advisor: Edward Graves
Talk Title: CD8+ T cells Prevent Circulating Tumor Cell Recruitment After Radiation
Event: The 15th International Tumor Microenvironment Workshop
Supported by The Matthew Frank Family
Awarded in 2014
Talk Title: Category cohesion and distinctiveness in human visual cortex favor basic level representations
Event: Society for Neuroscience Annual Meeting 2014
Home Department: Chemical Engineering
Faculty Advisor: Andrew Spakowitz
Talk Title: Translocation Dynamics of DNA-Binding Proteins
Event: AIChE Annual Meeting 2010
