Stereomicroscope (trinocular) model SZX10

奥林巴斯SZX10型体视显微镜或三目显微镜成为我进行研究的一个非常重要的设备。事实上，在妊娠早期，即妊娠第15天之前确定胎儿性别是一项要求，如果没有这种设备，就不可能有信心地进行性别鉴定。我们选用的模型是由一个先进的伽利略光学系统，提供真实的图像与真彩色，高分辨率和无失真。此外，它符合人体工程学，并具有全新的三目镜设计，具有瞳孔像差控制和每个人的视点适当定位。伽利略光学系统采用平行光路，性能卓越，易于扩展。它提供了一个放大范围，允许任何给定的标本在最适当的放大倍率观察原位。它还提供了最好的解决方案，在这类与上级质量物镜，提供准确，高分辨率的观察图像。在整个光学系统中精心选择的透镜表面涂层和玻璃材料，使其能够在原位以原始的真实颜色观察和记录样品。它还提供锐利，清晰和高对比度的图像。事实上，低和抑制场曲，确保原始标本形状的准确再现。该设备将由我实验室的所有成员（3名博士，3名硕士，1名博士后研究员和1名研究助理）使用，并将加速我们的实验成功。

The stereomicroscope or trinocular microscope from Olympus model SZX10 is became a very important equipment to pursue my research. Indeed, it is a requirement to determine the fetal sex early in gestation, before gestation day 15 where, without such equipment, it is impossible to sex with confidence. The model we have chosen is composed with an advance Galilean optical system providing real image with true colors, high resolution and no distortion. In addition it is ergonomic and has a completely new three-eyepiece design featuring pupil aberration control and appropriate positioning in the eye point for each person. The Galilean optical system uses parallel light paths for outstanding performance and easy expandability. It offers a magnification range allowing any given specimen to be observed in situ at the most appropriate magnification. It also offers the best resolving power in this class with superior quality objectives that delivers accurate, high resolution observation images. The careful selection of lens surface coating and glass materials in the entire optical system make it possible to observe and document specimens in their original, authentic colors in their in situ position. It also presents sharp, clear and high-contrast images. Indeed, the low and suppressed field curvature ensures accurate reproduction of original specimen shapes. This equipment will in use by all members of my laboratory (3 PhD, 3 MSc, 1 post doctoral fellow and 1 research assistant) and will speed-up our experimental successes.