Microscopy upgrade for live cell imaging

了解生物体如何发育是了解生物体如何运作的关键一步。理解动物发育的一个关键方面需要在发育过程中观察蛋白质如何相互作用，以及它们如何在细胞内和细胞之间产生有助于协调发育的信号。一个强大的工具是使用荧光标签附着在活细胞或组织的蛋白质上来研究发育。这些标签的颜色范围很广，有蓝色、绿色、橙色、黄色、红色，甚至还有远红色。这意味着研究人员可以在活细胞中同时研究许多蛋白质，以获得这些蛋白质如何相互作用以及它们产生什么信号的清晰图像。这意味着在神经系统发育过程中，可以研究细胞如何迁移或扩展过程到它们在神经系统中的最终位置。这意味着，与正常细胞相比，触发癌细胞迁移的信号可以在细胞内进行研究。通过跟踪细胞如何实时移动和发出信号（即实时），可以提供比将细胞固定在适当位置的传统方法更多的关于如何控制发育的信息。对于这些方法，需要在发育中的细胞或组织中对这些蛋白质进行成像。一种特殊的显微镜是必不可少的，它使用高倍率，但可以在不杀死细胞或漂白细胞的情况下检测微弱的信号。Deltavision显微镜是一种系统，可以对活细胞成像数小时而不损坏，并允许在同一细胞中跟踪许多标签。

Understanding how an organism develops is a critical step in understanding how an organism functions. One of the key aspects of understanding animal development requires the ability to watch during development how proteins interact with each other and how they generate signals within and between cells that help coordinate development. A powerful tool to do this is to use fluorescent tags attached to proteins with a live cell or tissue to study development. These tags come in a wide range of colour from blue, green, orange, yellow, red and even far-red. This means that researchers can study many proteins at the same time in a living cell to obtain a clear picture on how these proteins interact and what signals they generate. This means that during nervous system development, how cells migrate or extend processes to their final positions in the nervous system can be investigated. This means that the signals that trigger a cell to migrate in cancer compared to a normal cell can be studied live within the cell. By following how cells move and signal in real time (i.e. live) provides far more information about how development is controlled than traditional approaches that fixed the cell in place. For these approaches imaging these proteins within developing cells or tissues is required. A specialized microscope that uses high magnification but can detect faint signals without killing the cells or bleach the cell is essential. The Deltavision microscope is a system that allows live cells to be imaged for hours without any damage and allows many labels to be followed in the same cell.