Peter Laskey , Dr.

Peter Laskey

Pete Laskey studied Biological and Medicinal Chemistry, he then competed a masters in Pharmacology and a PhD in Virology. During his PhD he studied the interaction between the human papilloma virus E1^E4 protein and cell cytoskeleton specializing in live cell imaging. He went on to work as an imaging specialist at the National Institute of Medical Research before leaving to spend several years traveling the world. On returning to Europe he spent several years at Andor focusing on sCMOS camera technology. From 2013 until 2025 he worked as Product Manager, GSD 3D and Product Manager, Inverted Microscopy for Leica Microsystems.

Histopathological sample, 40x magnification

临床显微镜：相机选择的考虑因素

过去几年，病理学实验室对图像的需求显著增加，无论是在组织病理学、细胞学、血液学、临床微生物学还是其他应用领域。除了诊断记录外，图像还服务于许多其他目的。然而，通过目镜观察到的图像和数字图像在本质上是不同的，一个是光学图像，另一个是数字图像。从与相机相关的几个方面来审视这一过程，将有助于确保您能够获取所有细节和颜色保真度的图像。

Microscope equipped with a K7 color CMOS camera for life-science and industry imaging applications.

数字显微镜相机和图像分析的技术术语

了解数字显微镜相机技术背后的基本原理，数字相机是如何工作的，并利用本文中的技术术语参考列表。

C. elegans adult hermaphrodite gonades acquired using THUNDER Imager. Staining: blue - DAPI (nucleus), green - SP56 (sperm), red - RME-2 (oocyte), magenta - PGL-1 (RNA + protein granules). Image courtesy of Prof. Dr. Christian Eckmann, Martin Luther University, Halle, Germany.

生命科学研究：哪种显微镜相机适合您？

相机是显微镜系统的重要组成部分，对系统的性能有重大影响。在选择相机时，重要的是不仅要看技术规格，还要考虑您的样品、技术、对比方法以及您希望获得的数据类型。

Staining is crucial to revealing details in the specimens.

使用显微镜观察和判读 H&E染色

谈到显微镜在病理学家日常工作中的用处时，我们通常会想到诊断。除了病理学实验室工作流的这一阶段，显微镜在更早期的阶段也发挥着重要作用。实验室技术员或病理学家使用显微镜检查样本染色情况。