Abstract
A vacuum-driven antibody-reaction system enables high-throughput western blotting, where the antibodies pass through protein-transferred membrane and antibody-antigen reaction is completed within 30 min. With the vacuum-based device, two protein detection methods compatible with by laser scanning were compared; one with enhanced chemiluminescence reaction and the other using fluorescence-labeled antibody. Considering sensitivity, quantitative capability, reproducibility and labor intensiveness, we concluded that fluorescence-based detection is more suitable in combination with the vacuum-driven antibody-reaction system and a laser scanner.
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