Latest Whitepapers

This whitepaper demonstrates how common methylation detection methods can be combined with Droplet Digital PCR (ddPCR) to enhance the cfDNA analysis for clinical and research applications.

Discover cutting-edge whole-genome sequencing technology that offers unparalleled accuracy and completeness in microbial genome assembly, providing essential insights into pathogen surveillance and antimicrobial resistance.

This article explores analysis throughout the battery lifecycle, frequently used battery material analysis techniques, in operando battery analysis and alternatives to lithium batteries.

This whitepaper explores the regulatory environment surrounding data integrity, and what to look for in a laboratory information management system (LIMS) to ensure compliance.

This whitepaper explores groundbreaking organ-on-a-chip technology and 3D tissue modeling that is closing the translational gap in cancer drug discovery.

This whitepaper explores the need for transparency between suppliers and manufacturers, ensuring the integrity of their products and maintaining trust among consumers and regulatory authorities alike.

In this paper, we demonstrate how the GeneArt Gibson Assembly EX Cloning Kit can be used to make very large constructs using up to 10 inserts. We also compare this kit to the Invitrogen™ GeneArt™ Seamless Cloning Kit and another supplier’s product.

In this paper, we demonstrate how the GeneArt Gibson Assembly HiFi Cloning Kit can be used with multiple Invitrogen™ GeneArt™ Strings DNA Fragments to produce large constructs in highly efficient reactions.

This whitepaper explores three unique case studies, showing how TEMs can be applied in diagnostics. Learn how to fine tune pore size and density to reliably capture target cells, ensure quality manufacturing and benefit downstream analysis.

This whitepaper explores the advantages of a novel cell sorting and dispensing platform – which combines microfluidics, flow cytometry and liquid dispensing – that can help researchers get to their optimal clones more efficiently.