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Custom design motion control system drives biomedical innovation

机译:定制设计运动控制系统推动生物医学创新

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Motion control is playing an enabling role for biomedical equipment, as MICA BioSystems adopts a new approach to tissue engineering and regenerative medicine applications. Formed in 2010 by Keele University Professors Jon Dobson and Alicia J El Haj, bioengineering innovator MICA BioSystems has developed a 'mechanical conditioning bioreactor' to support a patented technology invented at Keele's Institute of Science and Technology in Medicine (ISTM). The benchtop laboratory machine aims to control cell behaviour by applying time varying magnetic forces to magnetic nanoparticles targeted to cell membrane receptors. The particles are oscillated by a motion controlled magnet array to vary the magnetic force and exposure factors applied. The technique is of wide interest for biomedical research and has very promising opportunities for the emerging technology fields of tissue engineering and regenerative medicine as well as providing an important tool for drug screening.
机译:运动控制在生物医学设备中起着推动作用,因为MICA BioSystems对组织工程和再生医学应用采用了一种新方法。生物工程创新者MICA BioSystems由基尔大学教授Jon Dobson和Alicia J El Haj于2010年组建,它开发了一种“机械调节生物反应器”,以支持基尔医学科学技术研究院(ISTM)发明的一项专利技术。台式实验室机器旨在通过将时变磁力施加于靶向细胞膜受体的磁性纳米粒子来控制细胞行为。颗粒由运动控制的磁体阵列振荡,以改变施加的磁力和暴露因子。该技术在生物医学研究中引起广泛兴趣,并且在组织工程学和再生医学的新兴技术领域以及为药物筛选提供重要工具方面具有非常有希望的机遇。

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