Breakthrough method for 3D-printing living tissues
Kurzweil Network - 21-Aug-20173D bioprinting laboratory-grown cells that can form complex living tissues and cartilage. Curren...
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Head of Core Facilities at Ivy Farm Technologies
A meticulous, adaptable and multi-discipline R&D scientist with expertise in cell biology, chemistry, synthetic biology and tissue biofabrication including the 3D cell culture and the bioprinting of mammalian cells. Innovative in the field of life sciences, as evidenced by high-impact publications, patents for novel biofabrication techniques, successful application and delivery of grants, and the development of an assay-ready 3D adipose tissue model (at OxSyBio Ltd.). Experienced in effective scientific leadership, project management and laboratory operations in both academic and biotech start-up environments, and adept in clear scientific communication.
Visit website: https://www.har.mrc.ac.uk/students/alexander-graham/
Details last updated 09-Jun-2020
3D bioprinting laboratory-grown cells that can form complex living tissues and cartilage. Curren...