NOVOstar钙流检测系统在量度分离线粒体对钙离子吸收中的应用

实而不华的钙流检测系统-NOVOstar

 


中科院上海生科院神经所刚于七月份在著名科学期刊PNAS (vol.110, no.27, 11011-11016) 发表了题为《Canonical transient receptor potential 3 channels regulate mitochondrial calcium uptake》的学术文章。这文章是关于线粒体的钙离子吸收和平衡。线粒体的钙离子平衡是调节线粒体膜电位、ATP的产生和胞内钙离子的平衡的重要基础。近几十年的研究指出用分离出来的线粒体能够在线粒体外的溶液中吸取钙离子。但是这个过程所涉及的钙离子通道和有关的分子生物机制还是十分不清楚。在这个研究中,研究员发现线粒体上的TRPC3通道对于线粒体吸收外面钙离子的过程有着依赖的关系。而研究亦发现把TRPC3在细胞的基因表达上调和下调时,会对线粒体膜电位产生明显的影响。这些发现指出TRPC3通道对于线粒体的钙离子吸收可能有着重要的功用,并对整个线粒体钙离子摄取机制有生理性的角色。




详情请看:http://www.pnas.org/content/110/27/11011.abstract


在这个研究中,BMG NOVOstar多功能酶标仪被用于量度分离的线粒体对钙离子的吸收。NOVOstar转液式多功能酶标仪是台式转液式多功能酶标仪,是专门为基于细胞研究的中低通量筛选而设计的。它非常适合用作快速动力学测试 (如钙流),而且其灵活性极高,同时也配备多种检测功能(荧光、吸收光、化学发光、时间分辨荧光、荧光偏振和荧光共振能量转移)。 NOVOstar 标配一个内置移液器,可以用于将试剂从一块微孔板上移动转移到另一块板上或从三个试剂站转移到测量板上。BMG NOVOstar 的价格相较于一些知名的钙流研究系统更低。如果您的实验通量每天少于1000个样本,而且同时需要进行多种检测模式的实验,那么NOVOstar 会是您的最佳选择。




了解详情请到:http://www.biogene.com.cn/MainProducts/Cn/Proshow.asp?ID=901






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