Pigments or fluorescence can be detected with a line sensor, allowing for comparison with linear patterns.
Biocosm Co., Ltd. specializes in contract manufacturing of chips in various shapes and surface-treated chips. We also accept collaborative research and contract development, leveraging our extensive knowledge and experience. Microarrays are well-known as a technology for comprehensive DNA detection. These chips have thousands to tens of thousands of tiny probe spots, approximately 100 microns in size, and are widely used for gene expression analysis. On the other hand, barcode arrays are developed to fix and detect a number of tens at line widths of 50-100 microns. They excel at efficiently detecting and identifying known gene types, such as specific cancer genes and various strains of agricultural and aquatic products. 【Features】 - Detection is performed using a line sensor for dyes or fluorescence. - Matching with predicted linear patterns is possible. - Time-consuming chip alignment can be measured without strict determination. - Low-cost detection devices can be used. For more details, please contact us.
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【Features】 [Microarray] ○ A technology for comprehensive detection of DNA ○ A chip with thousands to tens of thousands of tiny probe spots, approximately 100 microns in size, fixed in place ○ Widely used for gene expression analysis and more [Barcode Array] ○ Developed to fix and detect a number in the tens level with line widths of 50-100 microns ○ Excellent at efficiently detecting and identifying known gene types, such as specific cancer genes and various strains of agricultural and aquatic products ● For more details, please contact us.
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We are developing tools for biochemical testing such as microchannels, microreactors, and DNA extraction reagents.
