活体功能组学非损伤微测系统

 简介：

imOmics is the research of quantitative cross-membrane ionic/molecular fluxes of living organisms under normal physiological conditions ,or in responding to physiological stresses, developmental changes and genetic manipulations etc. imOmics fluxes are dynamic data which has both magnitude (picomoles/cm²/s) and direction information of ions/molecules across membranes. These fluxes can be obtained from living organs, tissues, single cells and even collected organelle in real time, in situ and in artificial conditions close to their living conditions.

imOmics is an essential complimentry element to other -omics, because it not only provides internal/external ionic/molecular homeostatsis information crucial to the functions of all organisms, but also links other -omics data together giving rise to an integrated comprehension of an intact organism.

imOmics was first introduced by Yue 'Jeff' Xu, the inventor of NMT:Non-invasive Micro-test Technology, at Plant Biology 2014 in Portlａnd Oregon USA.

活体功能组学是对正常生理条件下，或对生理应激、发育变化和遗传操作等做出反应时，生物体的定量跨膜离子/分子通量的研究。活体功能组学通量是具有离子/分子跨膜大小（picomoles/cm²/s）和方向信息的动态数据。这些通量可以从活体器官、组织、单细胞甚至收集的细胞器中实时、原位和接近其生活条件的人工条件下获得。

活体功能组学是其他组学的一个重要补充元素，因为它不仅提供了对所有生物体功能至关重要的内部/外部离子/分子稳态信息，而且还将其他组学数据联系在一起，从而对完整的生物体产生综合理解。

活体功能组学由NMT的许越教授在美国俄勒冈州波特兰的2014年植物生物学上引入。