Banes Albert J
Joint Department of Biomedical Engineering, Biomedical Engineer ing Department, The University of North Carolina at Chapel Hill and North Carolina State University, Chapel Hill, NC, 27514, USA,
Ann Biomed Eng. 2013;41(9):1926-1938. doi: 10.1007/s10439-013-0839-x. Epub 2013 Jun 25.
The author started a niche biotech company in 1985 called Flexcell to distribute an enabling technology, mechanobiology devices, to the field. He was the first University of North Carolina faculty member to start a company and stay with it as he pursued his career in academics. That was an unpopular route at that time, but a path he was driven to navigate. Those interests, merged with his training, led to the design and manufacture of mechanobiology devices such as the Flexercell Strain Unit and the BioFlex flexible bottom culture plates to study fundamental responses of cells to strain. Principles in these devices were also incorporated into bioreactors for tissue engineering, which are standard in the marketplace today. In this article, the major roadblocks will be chronicled that were overcome to help build the field of mechanobiology and create a small biotechnology company. Through example, the author's formula for achieving milestones will be discussed including, the DRIVE it takes to get there ["DRIVE": Determination (Confidence), Research and Development (R&D) and Risk-Taking, Innovation (Imagination) and Intellectual Property, achieving Victory, and Enterprise].
1985年,作者创办了一家名为Flexcell的小众生物技术公司,向该领域推广一种赋能技术——机械生物学设备。他是北卡罗来纳大学第一位创办公司并在从事学术生涯的同时一直经营该公司的教员。在当时,这是一条不受欢迎的道路,但却是他决心要走的路。这些兴趣与他所接受的培训相结合,促成了机械生物学设备的设计和制造,如Flexercell应变单元和BioFlex柔性底部培养板,用于研究细胞对应变的基本反应。这些设备的原理也被纳入了组织工程生物反应器中,而这种生物反应器如今在市场上已很常见。在本文中,将记录为助力机械生物学领域发展和创办一家小型生物技术公司而克服的主要障碍。通过实例,将讨论作者实现里程碑的方法,包括到达那里所需的“驱动力”(“DRIVE”:决心(信心)、研发(R&D)与冒险、创新(想象力)与知识产权、取得胜利以及企业精神)。