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Latest Application Notes

Rapid and Reproducible DNA Isolation from 1 ml of Whole Blood with Thermo Scientific KingFisher Flex
Application Note

Rapid and Reproducible DNA Isolation from 1 ml of Whole Blood with Thermo Scientific KingFisher Flex

This application note shows the benefits of KingFisher Flex by using genomic DNA isolation from blood as an example.
Optimization of the DNA Purification Protocol for the Thermo Scientific KingFisher Flex and BindIt 3.1 Software
Application Note

Optimization of the DNA Purification Protocol for the Thermo Scientific KingFisher Flex and BindIt 3.1 Software

Purpose: Optimal quantity and quality of DNA with the magnetic particle based extraction technology. Method: Thermo Scientific KingFisher Flex magnetic particle processor and BindIt® 3.1 Software. Results: By simple optimization of the nucleic acid extraction protocol it is possible to achieve a great yield of high quality DNA.
Complementing Next Generation Sequencing Technologies With Agilent’s SureSelect DNA Capture Array
Application Note

Complementing Next Generation Sequencing Technologies With Agilent’s SureSelect DNA Capture Array

Massively parallel DNA sequencing technologies are of pivotal importance in genome biology and medicine, as they can potentially enable comprehensive and systematic evaluation of genetic variation. Currently, these sequencing technologies are geared toward sequencing whole genomes.
BD Cytometric Bead Array Cell Signaling Flex Set System
Application Note

BD Cytometric Bead Array Cell Signaling Flex Set System

The BD™ Cytometric Bead Array (CBA) Cell Signaling Flex Set system lets you achieve high productivity in cell signaling studies by extracting more data from less sample faster than traditional Western blot techniques.
Bacterial Detection and Live/Dead Discrimination by Flow Cytometry
Application Note

Bacterial Detection and Live/Dead Discrimination by Flow Cytometry

Accurate determination of live, dead, and total bacteria is important in many microbiology applications. Traditionally, viability in bacteria is synonymous with the ability to form colonies on solid growth medium and to proliferate in liquid nutrient broths. These traditional, culture-based tests are time-consuming and can work poorly with slow-growing or viable, but non-culturable organisms.
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