PHI 推出新产品

一月 29， 2014

HoloMonitor M4与新XY台面。

PHI宣布为HoloMonitor M4推出XY级。XY表允许精确定位细胞培养容器，以观察和跟踪特定选定的细胞。细胞运动与几个研究领域相关，例如转移研究。

细胞鉴定

此外，还发布了新的HoloMonitor软件修订版。它结合了一种基于细胞体积的新型细胞鉴定方法。当细胞生长和分裂时，单个细胞体积会随时间以明确的方式变化。新的软件修订版分析了这些变化，以显着改善单个细胞的鉴定。与目前可用的任何方法相比，此功能是一项重大进步。这种进步是通过测量细胞体积的能力实现的，这是传统显微镜技术无法实现的。

首席执行官PETER EGELBERG的评论：

传统上，细胞在单个时间点进行成像和分析 - 通常是在它们死亡时。我们新的基于体积的细胞鉴定是另一个很好的例子，说明随着时间的推移连续观察细胞可以实现什么。

PHI launches new products

January 29, 2014

The HoloMonitor M4 with the new XY-table.

PHI announces the launch of an XY-stage for the Holo­Monitor M4. The XY-table allows precise positioning of the cell culture vessel for the observation and tracking of specifically selected cells. Cell movement is relevant in several research areas, e.g. metastasis research.

Cell identification

Additionally, a new Holo­Monitor soft­ware revision has been release. It in­corpor­ates a novel cell identification method based on cell volume. When cells grow and divide the individual cell volume changes in a well-defined way over time. The new soft­ware revision analyzes these changes to significantly improve the identification of individual cells. This capability is a major advance¬ment when compared to any method currently available. The advancement is made possible by the ability to measure cell volume, which is not possible with conventional microscope technology.

COMMENT BY PETER EGELBERG, CEO:

— Cells are traditionally imaged and analyzed at a single point in time – usually when they are dead. Our new volume-based cell identification is another fine example of what is achievable when cells are observed continuously over time.