UV-STAR® MICROPLATES: 96 WELL & 384 WELL
UV/VIS spectroscopy is a classical analytical method for determining the chemical constitution of a substance and its concentration in aqueous solution.
UV/VIS spectroscopy is usually conducted in quartz glass cuvettes. However, cuvettes do not provide sufficient throughput when dealing with large amounts of samples, and microplates can be used to speed up work. Standard polystyrene microplates are only partially suitable for transmission measurements in the UV. Polystyrene absorbs UV especially in the short-wavelength range (< 320 nm). μClear® microplates with a polystyrene film base already have much lower background values and can be used up to 340 nm without any problem. The adaptation of the patented μClear® process technology to a new, innovative UV-transparent material has made it possible to produce UV-Star® microplates that extend the transmission range up to 230 nm.
Sub Categories
Forum No 16: 96 Well Half Area Microplates and their Application in Fluorescence, Luminescence and Transmission Measurements
Scientific Publications / PDF, 2 MB
Scientific Publications / PDF, 2 MB
Application Note: Enhanced Transfection Efficiency on Protein Coated Microplates
Application Notes / PDF, 451 KB
Application Notes / PDF, 451 KB
Forum No 6: Sealers for microplates and their areas of application in molecular biology and cell culture
Scientific Publications / PDF, 479 KB
Scientific Publications / PDF, 479 KB
Forum No 11: A New 384 Well Storage Plate Reducing Compound Consumption and Supporting Assay Miniaturisation
Scientific Publications / PDF, 3 MB
Scientific Publications / PDF, 3 MB
Application Note: UV/VIS Spectroscopy in Microplates UV-Star®, µClear®, MICROLON® and CELLSTAR®
Application Notes / PDF, 1 MB
Application Notes / PDF, 1 MB
Forum No 15: SCREENSTAR: A new 1536 Well Microplate for High Content and High Throughput Screening
Scientific Publications / PDF, 2 MB
Scientific Publications / PDF, 2 MB
Application Note: Establishing a cell culture assay based on time-resolved fluorescence resonance energy transfer (TR-FRET) for screening G-Protein coupled receptors
Scientific Publications / PDF, 445 KB
Scientific Publications / PDF, 445 KB
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