ELECTROFUSION CHAMBER AND METHOD FOR THE QUANTIFICATION OF HYBRIDOMA YIELDS
The subject of the invention in the field of biomedical technology is the evaluation procedure for the determination of the yield of hybrid cells - hybridomas in a cell vaccine and cell products, which consists of measurements of the area of co-localized pixels of an image recorded by multichannel confocal microscopy and by using a reusable autoclavable electrofusion chamber to be used in the preparation of hybrid cells. The quantification of the yield of hybrid cells is based on measurements of the area of co-localized pixels and allows simultaneous visualization and documentation of the procedure. This approach has a wider applicability, for example also in cases in which a fraction of one or multiple cell types are present in a suspension or a structure. The subject of this invention is also a corresponding autoclavable electrofusion chamber, more precisely, a chamber for the subject of the invention in the field of biomedical technology is the evaluation procedure for the determination of the yield of hybrid cells - hybridomas in a cell vaccine and cell products, which consists of measurements of the area of co-localized pixels of an image recorded by multichannel confocal microscopy and by using a reusable autoclavable electrofusion chamber to be used in the preparation of hybrid cells. The quantification of the yield of hybrid cells is based on measurements of the area of co-localized pixels and allows simultaneous visualization and documentation of the procedure. This approach has a wider applicability, for example also in cases in which a fraction of one or multiple cell types are present in a suspension or a structure. The subject of this invention is also a corresponding autoclavable electrofusion chamber, more precisely, a chamber for fusion of biological cells in electric field. The invention brings a, new construction of a re-usable electrofusion chamber.