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Compounds

The biological or chemical analysis of assays is increasingly carried out by automated systems in a microplate format. This allows for the simultaneous testing of many samples, requiring the preparation of individual samples or compound libraries from available stocks.

Compound handling extends from the transfer of individual samples into microplates to sample preparation (e.g. dilution and filtration), the creation of dilution series, and the preparation  of daughter plates from existing  compound storage plates. These processes demand absolute precision, high throughput, and reliable liquid handling.

As a provider of laboratory automation, CyBio offers suitable technology for all the demands of compound or sample handling. Whether handling samples in single tubes or in microplates, CyBio offers an optimal solution for every volume range in all of the established microplate formats.

CyBio Solutions for Compound Handling Automation:

Application und Technical Notes

Precision of the new Ceramic Type Capillary Magazines 384 of the CyBi®-Well vario Capillary Head - Example Data Implementation of Cisbio's HTRF® M1 muscarinic receptor related assays on CyBio liquid handling solutions for small and high throughput "How to Use" Guide for the Capillary Head of the CyBi®-Well vario Precision of Different 384-Capillary Type Magazines of the CyBi®-Well vario Capillary Head - Example Data Presicion of Different 96-Capillary Type Magazines of the CyBi®-Well vario Capillary Head - Example Data ADME and cytotoxicity assays – Use of the CyBi®-Well for reagent addition and washing procedures Precision of the CyBi®-Well vario 96/25 µL Head, Example Data of Different Liquids, Pipetting Modes and Disposable Tips with Fluorescence Readout Precision of the CyBi®-Well vario Nanoliter Head 384/2.5 μL, Example Data of Different Liquids with Fluorescence Readout CyBi®-DiluSpro - Excellent Serial Dilution in 96-Well Microplates Start-up Routine and Tip Washing Efficiency Data of the Active Deep Well Tip Wash Station 384 Automated Plate Replication Using The EchoTM 555
 
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