An improved no-moving-parts video-rate confocal microscope

Seth R. Goldstein , Thomas Hubin , Thomas G. Smith Jr.
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引用次数: 6

Abstract

Several years ago our research program developed a video-rate confocal microscope with no moving parts, based on synchronizing and aligning the scan of an image dissector tube (IDT) with the light returning from a microscope stage that has been acousto-optically scanned by a laser beam. Improvements on the original system have recently been completed. The laser power has been substantially increased and the laser scan is now brought into the Nikon Diaphot inverted microscope through the epi-illumination port. Aberrations in the scanned beam have been reduced by performing the beam shaping required by the acousto-optic deflectors using prisms instead of cylindrical lenses. The IDT is located at the side camera output port at the end of a simple, efficient light path. The new system is described in detail and results obtained using the microscope in reflection and fluorescence mode are presented.

一种改进的无移动部件视频速率共聚焦显微镜
几年前,我们的研究项目开发了一种无运动部件的视频速率共聚焦显微镜,其原理是将成像分解管(IDT)的扫描与经过激光束声光扫描的显微镜台返回的光同步并对齐。对原有系统的改进最近已经完成。激光功率已经大大增加,激光扫描现在被带入尼康透照倒置显微镜通过外延照明端口。通过使用棱镜代替圆柱透镜进行声光偏转器所需的光束整形,降低了扫描光束的像差。IDT位于简单、高效光路末端的侧相机输出端口。详细介绍了新系统,并给出了用显微镜在反射和荧光模式下得到的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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