Organ-on-a-chip 市场未来可期 SoC(片上系统)很多人都不陌生, 而知道OoC的人则少之又少,其实两者在原理上有相通的地方。 OoC是Organ-on-a-chip的缩写,直译过来是“芯片上的器官”,听起来充满未来感。但这种名为“器官芯片”的技术,其实是为了解决一个长期困扰人类的、非常现实的问题——药物研发。 以这次的...
「学习」-Organ on a chip 很偶然的发现这个领域,主要是在调查2017年美国大学专利授权及许可状况的时候,发现2017年授权的专利中,有4个被标注成SEP的专利,其中三个都是关于基因方面的专利,只有这个很独特,标题为Integrated human organ-on-chip microphysiological systems,打一眼还以为是电子方面的专利,仔细一看,不对...
器官芯片(Organ-on-a-chip,OOC)即就是模拟整个器官和器官系统活动、力学特性和生理反应等的多通道3D微流体细胞培养芯片。微流控芯片(Lab-on-a-chip,LOC)和细胞生物学的融合,使得在特定器官的环境中研究人体生理学成为了可能,建立起一种新型的多细胞生物有机体模型。此模型的出现对生物医药领域产生了重大影响。 (...
organ-on-a-chip 芯片仿真人体器官 药物测试的难度一直都存在着，而动物也不可能真正代表人类接受这些测试，以人体来做药物测试在许多时候是具有危险性的，是否能创造出比拟人类身体与器官、纯粹在功能面相同的替代版本？这些现在已能靠芯片做到了，而且比动物测试更接近真实的情况。这些东西看起来像普通塑料...
欢迎收听Future Talk的类最新章节声音“Future Talk | Organ-on-a-Chip: The Future of Drug Development”。器官芯片:药物开发的未来安全开发药物,无需动物试验?我们的专家MichaelSchmitt博士和PhilipHewitt...
In article number 1801363 Shiladitya Sengupta, Ali Khademhosseini and co‐workers show organ‐on‐a‐chip systems can provide high‐throughput platforms for drug development, which could potentially bridge the gap between 2D cell culture and animal models. With recent breakthroughs in anticancer ...
内容提示: Bench and Bedside - BenchOrgan-on-a-chip and the kidneySejoong Kim1,2,n, Shuichi Takayama11Department of Biomedical Engineering, University of Michigan, Ann Arbor, MI, USA2Department of Internal Medicine, Seoul National University Bundang Hospital, Seongnam, KoreaArticle history:Received...
MIMETAS develops human tissue and disease models for tomorrow’s medicines, chemicals and food. Work with us or kickstart your experiments with the most sophisticated high-throughput organ-on-a-chip platform, the OrganoPlate.
An exciting multidisciplinary area of scientific research has recently emerged around a new concept now referred to as “organ-on-a-chip.”“Organ” is, of course, clear and “chip” is familiar to many as the miniaturized electrical circuitry in their mobile phone or laptop, but organ-on-a...
CN Bio is a world leading organ-on-a-chip company. We empower you to transform drug discovery with our predictive human organ models.