We offer contract testing for research DNA microsatellite instability using fluorescent primers. The fluorescent primers are owned by our company, and only the samples are needed.
We offer contract analysis for DNA instability tests for research purposes. In the case of humans, we analyze one sample using five types of microsatellite fluorescent markers (Bethesda panel): BAT25, BAT26, D2S123, D5S36, and D17S250. The analysis is conducted using a fluorescent sequencer, and the price is reasonable. For mouse DNA microsatellite instability tests, you will need to choose your desired primers from our selection of over 300 fluorescent primers. In both cases, you only need to send us the sample DNA. If we perform DNA purification, there will be an additional charge for DNA purification. The fees consist of a basic charge (¥65,000) plus an analysis fee for humans, which is ¥6,000 (¥1,200 x 5) multiplied by the number of samples. For mice, the analysis fee is calculated by multiplying the unit price by the number of analyses. As the number of analyses increases, the analysis fee per sample decreases. Please feel free to contact us.
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basic information
For human DNA microsatellite instability testing, we offer services using five types of fluorescent primers owned by our company. If you send your DNA to us, we will perform everything from PCR to sequencing analysis. In the case of mice, you will need to choose from our primers. If you select from the over 300 fluorescent primers listed on our website, there will be no reagent fees. If you wish to analyze other microsatellites, there will be an additional cost for creating fluorescent primers. If you are interested in a long-term contract, please consult us separately.
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Delivery Time
※The delivery date may vary depending on the quantity, so please feel free to contact us.
Applications/Examples of results
DNA instability testing Research on cancer tissues Experimental studies of cancer cell lines
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Company information
We are working on the automation of biotechnology using various technologies. All aspects of hardware design, circuit board design, and software development are carried out with our in-house technology. We are focusing on the development of prototypes and trial machines for bio equipment and process management devices. We can respond flexibly and quickly to customization requests. Our main activities involve collaborative research and development related to bio automation with various research institutes, including RIKEN, and universities. We have accumulated a large library of hardware and software, enabling faster development. We also conduct equipment evaluations using essential reagents for bio equipment development in our unique joint lab at the Toin University Medical Engineering Center. We have extensive development experience in contracted development of new bio equipment for NEDO over many years, as well as custom development of ELISA devices and ELISA washers. Please feel free to contact us regarding the development and prototyping of new equipment. Since we handle all electrical, mechanical, and software development in-house, we specialize in automation of bio equipment, automation of analytical instruments, automation of process management, and protocol development on a custom basis. You can trust us with the development of pneumatic systems such as caps and handy connectors.
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