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Jennifer Kulhei , Dr. biol. hom.

Jennifer Kulhei

Jennifer Kulhei studied biochemistry, biophysical chemistry and animal physiology at the Goethe University in Frankfurt am Main. In the course of her diploma thesis, she focused on the development of a segmental isotopic labeled membrane protein for NMR spectroscopy. In her dissertation at the Max Planck Institute for Heart and Lung Research in Bad Nauheim she examined the dedifferentiation of adult mouse cardiomyocytes post myocardial ischemia utilizing transgenics, widefield and confocal microscopy as well as establishing a unique live-cell-sorting approach followed by next-generation sequencing to profile this rare cell type post myocardial infarction. In September 2018 she joined the Product Management Team at Leica Microsystems and is responsible for the inverted Widefield microscopy portfolio including the DMi8 based THUNDER Imagers.

[Translate to chinese:] Electroporated nerve cells (green), specific neuronal markers (magenta) and cell nuclei (white), computational cleared.

利用 "Wow效应 "进入三维空间--以三维方式实时观察细胞

生命是瞬息万变的,对细胞来说更是如此。通常,细胞应在尽可能接近其自然环境的生理条件下进行检测。新技术为基于相机的荧光系统提供了巨大的性能,可在一次拍摄中实现全分辨率操作。本文介绍了如何利用新技术实时有效地去除焦平面以外区域不需要的图像内容。文章认为,这些新方法和数据交换正在推动科学进步。
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