Tecan M1000. Tecan Infinite M1000 PRO Microplate Reader zantekstore Tecan is launching the Infinite M1000, its new flagship microplate reader, at LabAutomation 2008, booth 305, 27-30 January in Palm Springs, USA The Infinite M1000 PRO is a top class microplate reader offering outstanding performance for demanding applications in drug discovery and live sciences research
Detection Systems HighThroughput Screening Knowledge Center (HTSKC from med.stanford.edu
The Tecan Infinite M1000 Pro is a multi-wavelength automated plate-reader system The system is equipped with an automated injector for uninterrupted kinetic assays, as well as Top and Bottom read modes.
Detection Systems HighThroughput Screening Knowledge Center (HTSKC
The Infinite M1000 PRO is a top class microplate reader offering outstanding performance for demanding applications in drug discovery and live sciences research Tecan understands that the drug discovery and life science research communities place high demands on multimode microplate readers, requiring instruments to perform a wide range of advanced assays It is ideal for many types of light based high-throughput assays: from simple growth-curves to more complex luminescence and fluorescence experiments, both in single read and kinetic formats
Tecan Infinite M1000 Multimode Microplate Reader &. The Infinite M1000 PRO is a top class microplate reader offering outstanding performance for demanding applications in drug discovery and live sciences research Alternatively, the Infinite M1000 can be fully integrated with an automated liquid handling workstation from Tecan's Freedom EVO series, for complete assay set-up and preparation as well as detection.
TECAN infinite M1000 Pro Microplate reader GoDove. Tecan's new Infinite M1000 PRO enables high performance AlphaScreen and AlphaLISA measurements with innovative temperature correction is a homogeneous bead-based assay technology designed for the measurement of biological interactions Tecan understands that the drug discovery and life science research communities place high demands on multimode microplate readers, requiring instruments to perform a wide range of advanced assays