It is a technique for fine manipulation of tiny organisms or substances under a microscope and is widely used in cell biology, embryology, genetics and other fields. It is mainly performed by means of high-precision robotic arms or micromanipulators, for example, to inject, isolate, transplant or manipulate tiny particles of individual cells. Inverted microscopes are often used in conjunction with micromanipulation equipment, and due to their long working distance and flexible viewing angle, they are able to perform precise manipulation while maintaining sample stability. This technology plays an important role in biological research, genetic engineering and medical applications such as in vitro fertilization and stem cell injections.
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