Laser confocal experiment
Laser Coking Experiment
Laser Scan Co-focus microscope ( Laser Scanning Confocal Microscope, LSCM) is a laser light source and a scanning device on the basis of a fluorescence microscope, and a conjugate focusing device is used based on the conventional optical microscope, and the image processing is performed using a computer, and the observation sample is subjected to tomography and imaging. High sensitivity and high resolution microscope
The use of organizational, cell and molecular levels in the field of life sciences, mainly used in samples Fluorescence quantitative detection, confocal image analysis, three-dimensional image reconstruction, living cell dynamics parameter analysis and intercellular communication, etc. Laser scanning confocal microscope Point-by-point scanning of the sample XY axis to form a two-dimensional image. If the position of the focus plane is adjusted on the z-axis, a series of optical slice images can be obtained continuously for two-dimensional images of the plurality of different 2 locations. With the support of the corresponding software, a clear three-dimensional reconstruction image is obtained by a digital deconvolution method. Because the laser scanning confocal microscope can obtain an optical slice of the layer along the Z-axis direction at different levels, a series of continuous optical slices of each cross-sectional surface of tissue cells can be obtained to achieve cell u0026 ldquo; CT u0026 RDQUO; function.
Laser Coking Experiment Mainly used: the application of cells and molecular biology basic studies, the application of tumor and anti-cancer drug screening research, The application of hematology and medical immunology research, the application of brain and neuroscience, in the study of ophthalmology research, in the field of orthopedics research.
Service content: laser scan confocal microscope detection, laser transmissive copocoxic microscope detection. Quantitative fluorescence assay in tissue and cells, intercellular communication.