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Although accidentally discovered drugs play a role in drug research, the process is uncontrollable;
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There is no scientific analysis method for the effects of drugs on cells or tissues ;
SEIZET Technology(Shen Zhen) Co.,LTD.
Life science is a discipline that studies the nature, characteristics, occurrence, and development of life phenomena and life activities. The abundance of material needs has stimulated people’s pursuit of the health industry, which requires our scientific researchers to screen out effective drug targets through scientific and technical means, and provide reliable and accurate guidance and effective treatment for human diseases plan.
Although accidentally discovered drugs play a role in drug research, the process is uncontrollable;
There is no scientific analysis method for the effects of drugs on cells or tissues ;
SEIZET confocal ultra-high resolution microscope can observe the dynamic process of drugs entering cells with high resolution, low phototoxicity, and long-term observation;
Can locate and quantify the target of drug action Analysis and quantitative measurement;
High-resolution acquisition and research of three imaging modes: confocal, super-resolution and wide-field imaging;
The analysis function is rich and diverse, and the operation is convenient;
High-resolution images at all levels can be obtained, real-time observation, three-dimensional imaging, complete visible spectrum support, and ultra-high-resolution imaging in all dimensions. At present, it has been used in the research of cell morphology, three-dimensional structure reorganization, dynamic change process, etc., and provides practical research methods such as quantitative fluorescence measurement, quantitative image analysis, etc., combined with other related biotechnologies, in morphology, physiology, immunology, genetics It has been widely used in the field of molecular cell biology.
Breaking through the dimensional limitation of traditional optical imaging, ultra-high resolution microscopic imaging can be achieved from multiple dimensions such as three-dimensional space, time and spectrum, and it is widely used in the fields of life sciences such as gene sequencing and clinical pathology.
The software and hardware of the confocal microscopy imaging analysis system adopt modular design, the hardware integrates SIM super-resolution module, and the software supports multiple post-processing functions, so as to provide accurate 2D/3D imaging and dynamic process imaging. At present, confocal and super-resolution optical paths share the light source collimation part, objective lens part, and focus imaging part.
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