CRY-3B Laboratory Electric Cell Fusion System

   CRY－3B Syncretize Electric suitable for cell hybridization and cell fusion and direct observations can be made under inverted microscopes. It has a widespread application in the research on microorganism, animal medicine and bio-engineering. It provides safety, ease of use, and efficiency as compared with the conventional method. All types of even electrode and needle electrode are available.

Performance Features:

■Features: both cell electrofusion and electroporation capabilities
■Flexibility: have a wide range of voltage and pulse time
■Fast and efficient, simple and quickly complete post-processing

   process cell arrangement, fusion, fusion, only a few seconds
■LCD touch display operation
■Data setting easy and quickly

Applications:

■Cell fusion (the fusion process can be observed under inverted microscope)
■Nuclear transfer
■Embryo operation
■Hybridoma generation
■Plant protoplast fusion
■The chicken embryo genes into inside an egg
■Live gene/drug import

Main Technical Parameters:

Optional Microscope Slide Electrode:

    There are three methods for inducing cell fusion: biological methods (viruses), chemical methods (polyethylene glycol PEG), physical methods (electrical excitation and laser).

    Some viruses such as Sendai virus, parainfluenza virus, and Newtown chicken cockroach virus have fusion proteins that mediate viral fusion with host cells and mediate cell-to-cell fusion. Live such viruses induce cell fusion.

    Chemical and physical methods can cause changes in the arrangement of membrane lipid molecules. After removing the action factors, the plasma membrane restores the original ordered structure, and the cells in contact with the cells can be induced to fuse during the recovery process. Cell fusion can be used not only for basic research, but also for important application value. Radish + cabbage, pink blue tobacco + Lang's tobacco, tomato + potato have been successfully cultivated in plant breeding.

    Cell fusion technology has achieved groundbreaking research results in the fields of agriculture, industry, and medicine, and its application fields are expanding.

The main applications of animal somatic hybridization techniques are as follows:

     For gene mapping and mapping of human genes. The presence or absence of a chromosome or a fragment thereof in a hybrid cell is related to the expression of a trait in a cell, thereby enabling localization of the gene to a chromosome or a segment. on. In 1967, Weise and Green found that in human and mouse fusion cells, human chromosomes were preferentially lost, and it was demonstrated that the use of this feature could locate genes on human chromosomes. In 1970, Ruddle et al. systematically used fusion cells as an experimental system to map human genes.

Packaging & Shipping

Delivery detail:

UPS/DHL/FEDEX/TNT express are available for your choose which take 3~ 5 days to arrive. 

 By air cargo which takes about one week to arrive .

 By sea which takes about 20-30days to arrive , depending on your actual requirements.

SCIENTZ FACTORY＞

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