Used APPLIED BIOSYSTEMS ABI Prism 3700 #9172247 for sale

APPLIED BIOSYSTEMS ABI Prism 3700 is a reliable and accurate equipment used in a wide range of laboratory applications. It is a versatile instrument capable of performing both short and long polymerase chain reactions (PCR), as well as genetic analyses. The instrument operates using a wide range of thermostable enzymes, such as Taq polymerases, enzymes for multicolor sequencing, methylation-specific polymerases, and DNA ligases. The Prism 3700 allows rapid and accurate data acquisition, with two independent channels for dual-labeled probes, caps and primers. The ABI 372 software permits users to customize data collection from start to finish. The instrument currently supports automated processes such as pipetting, sample setup, reaction and post-run monitoring. For sample setup and data acquisition the system provides an easy-to-use graphical user interface with conveniently placed prompts for users to input sample ID's, choose appropriate protocols, and monitor reactions. The unit automatically scans the reaction tubes for maximum fluorescence and then stores the data for analysis. The Prism 3700 includes two advanced optical micropumps that enable precise and accurate sample delivery and mixing without manual pipetting. ABI Prism 3700 also includes a number of safety measures, including electronically interlocked doors and automatic shut-off of power supplies in the event of emergencies. Its robust linear power supplies also ensure optimal operation and enhanced machine reliability. The tool also features several environmental conditioning capabilities, including temperature compensation for optimal data acquisition and reaction control, as well as humidity compensation to reduce polymerase degradation and pipetting error. Additionally, APPLIED BIOSYSTEMS ABI Prism 3700 also features error detection capabilities that can detect and validate its own accuracy, ensuring enhanced reliability. In conclusion, ABI Prism 3700 is a reliable and accurate asset used for a wide range of laboratory applications. Its automated processes, safety measures, environmental conditioning capabilities, and error detection capabilities ensure a reliable and accurate platform for rapid data acquisition and highly accurate genetic analyses.