cell electrofusion

The two models of Celetrix electric conversion instrument, Model EX+and Model SLT, can be equipped with additional accessoriescell electrofusionFunction: To prepare hybridoma clones.

Mouse spleen cells can efficiently interact with SP2/0, P3X63Ag8 and other cellscell electrofusionSimply mix the cells and place them in the instrument to complete the task, which is convenient and simple.

Due to the fact that bubbles are insulators, current can only flow through the gap solution between bubbles, resulting in an increase in current accumulation in the solution between the bubbles. Cells located in the gap will die due to the high voltage they are subjected to.

Electrofusion is more efficient than PEG, and the experiment is stable and less susceptible to the influence of operators;Electrofusion is more efficient than PEG, and the experiment is stable and less susceptible to the influence of operators;

Clone growth can be observed within 3 days, and supernatant can be detected within 10 days.Clone growth can be observed within 3 days, and supernatant can be detected within 10 days.

Celetrix was founded in Manassas, Virginia, USA in 2012. Our company has long focused on cell electroporation technology and is a new generation technology developer in the field of cell electroporation. Celetrix cell electroporation technology can be applied to immune cells (including T cells, NK cells, etc.), stem cells, nerve cells, various primary cells, and cell lines,cell electrofusionIn addition, the new generation of Celetrix electroporation can also be used for microbial electroporation such as bacteria and yeast, as well as for cell electrofusion to produce hybridoma cells for monoclonal antibody screening. We have detailed plans to assist clients in advancing gene editing, electroporation of CAR-T, electroporation of CAR-NK, and rapid mass production of antibodies.

Celetrix was founded in Manassas, Virginia, USA in 2012. Our company has long focused on cell electroporation technology and is a new generation technology developer in the field of cell electroporation. Celetrix cell electroporation technology can be applied to immune cells (including T cells, NK cells, etc.), stem cells, nerve cells, various primary cells, and cell lines,In addition, the new generation of Celetrix electroporation can also be used for microbial electroporation such as bacteria and yeast, as well as for cell electrofusion to produce hybridoma cells for monoclonal antibody screening. We have detailed plans to assist clients in advancing gene editing, electroporation of CAR-T, electroporation of CAR-NK, and rapid mass production of antibodies.