Laser Confocal Microscope Uses and Applications
Observation and study of tissue sections, characteristics of growth and development of living cells, research and determination of intracellular material transport and energy conversion.
Cell morphology analysis (observation of cell or tissue internal microstructure, such as: intracellular mitochondria, endoplasmic reticulum, Golgi apparatus, microtubules, microfilaments, cellular bridges, chromosomes and other subcellular structure of the morphology of the characteristics; semi-quantitative ** fluorescence analysis); fluorescence in situ hybridisation studies; gene localization studies and three-dimensional reconstruction analysis.
The application areas of laser confocal microscope system involve medicine, animal and plant scientific research, biochemistry, cell biology, tissue embryo, food science, genetics, pharmacology, physiology, optics, pathology, botany, neuroscience, marine biology, material science, electronic science, mechanics, petroleum geology, mineralogy.
Scope of application:
I. Cell biology: cell structure, cytoskeleton, cell membrane structure, mobility, receptors, cell structure and release changes.
Second, biochemistry: enzymes, nucleic acids, FISH (fluorescence in situ hybridisation), receptor analysis.
III.Pharmacology: effects on cells and kinetics.
IV. Physiology: membrane receptors, ion channels, intracellular ion content, distribution dynamics.
V. Neurobiology: nerve cell structure, neurotransmitter components, transport and transmission, transmitter receptors, ion internal and external flow, nerve tissue structure, cellular distribution.
VI.Microbiology and Parasitology:**, parasite morphological composition.
VII. Pathology and clinical applications: diagnosis of biopsy specimens, diagnosis of tumours, diagnosis of auto-safety, HIV, etc.
VIII. Genetics and histoembryology: cell growth, differentiation, maturation changes, three-dimensional structure of cells, chromosome analysis, gene expression, gene diagnosis.
