Absorbance Detection

Functional Genomics Lab Moves to Automation

Measure Your Purity: Assessment of Nucleic Acid Purity via UV Absorbance

Phosphate and ATPase Determination Using the µQuant Scanning Microplate Spectrophotometer

Automation

Automation for Bird Flu Testing

Drug Discovery – HTS

96-/384-Well Microplate Reader and Washer Combination for HTS and Drug Discovery

96-/384-Well Microplate Reader and Washer for HTS and Drug Discovery

Automated Platform Accelerates HTS

Hybrid Technology Advances in Multi-Mode Microplate Readers

Impact of HTS on Multidetection Microplate Readers and Benefits for Life Science Research Laboratories

Lecteurs de microplaque multi-mode : filtres, monochromateurs ou système hybride ?

Multi-Detection Microplate Readers: Filter-based, Monochromator-based. . .or Both?

Quantitation of Hydrogen Peroxide Using a Multi-Detection Microplate Reader

Selection of the Proper Multi-Mode Microplate Reader

The µFill: A New 96-/384-Well Microplate Reagent Dispenser for HTS and Drug Discovery

Using Multi-Detektion Readers

Fluorescence Detection

Determination of Fluorescence Excitation and Emission Peaks for Qdot Nanocrystals

Fluorescence Polarization Measures Changes in Molecular Complex Article

The Synergy HT: A Unique Multi-Detection Microplate Reader for HTS & Drug Discovery

General

Focus Drives Innovation and Customer Support

Necessity is the Mother of Invention

Nucleic Acid and Protein Quantitation in the Microplate Format - Chimia Technische Redaktion

Nucleic Acid and Protein Quantitation in the Microplate Format - GIT Laborfachzeitschrift

Liquid Handling

A Reliable Washing Method for Multiplex Bead Assay Platforms

Adapting Automated Cell-Based Assay Washing Procedures

Advantages of Combined Microplate Washing and Dispensing

Automation of Routine Microplate Pipetting & Dispensing

Miniaturization of Assays

Minimizing Assays- Increasing Returns

Selection and Development of Bulk Liquid Dispensing Technology