Introduction: Immunoelectrophoresis (immune electrophoresis) is a qualitative method that combines agarose gel electrophoresis and two-dimensional agar diffusion to analyze the composition of antigens. Cellulose acetate membrane electrophoresis (CAM) is a simple and rapid experimental technique for separating biomolecules, and the most widely used is serum protein CAM electrophoresis. The above two methods have less sample amount, high specificity and strong resolution. Mainly used for the analysis of serum protein components, such as multiple myeloma, liver disease, systemic lupus erythematosus, etc.; the purity detection of antigens and antibodies; the study of antibody components, etc. Features: 1. Three platinum electrodes, which can significantly increase the sample amount and support two sets of electrophoresis experiments; 2. The base has an adjustment knob, which can keep the electrophoresis tank level at any time; 3. Equipped with adjustable rods, which can be applied to different electrophoresis media; 4. The roof-shaped transparent upper cover can observe the electrophoresis status at any time. Technical Parameters: Platinum electrode: 3 electrodes, 1 negative and 2 positive, supporting two sets of electrophoresis experiments Immunoelectrophoresis: Can be used as 1-20 slides Acetate cellulose membrane electrophoresis: 2×8 cm, can make 1～24 strips 7×9 cm, can make 1～6 strips 8×12 cm, can make 1～6 strips Each set consists of: tank, walking pole, latex tube, power cord Dimensions (L×W×H): 296×266×122 mm
Introduction: Immunoelectrophoresis (immune electrophoresis) is a qualitative method that combines agarose gel electrophoresis and two-dimensional agar diffusion to analyze the composition of antigens. Cellulose acetate membrane electrophoresis (CAM) is a simple and rapid experimental technique for separating biomolecules, and the most widely used is serum protein CAM electrophoresis. The above two methods have less sample amount, high specificity and strong resolution. Mainly used for the analysis of serum protein components, such as multiple myeloma, liver disease, systemic lupus erythematosus, etc.; the purity detection of antigens and antibodies; the study of antibody components, etc.
