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This application note describes an automated workflow for genomic DNA extraction from tissue samples using INTEGRA’s ASSIST PLUS pipetting robot. Learn how automation improves consistency, minimizes manual steps and ensures high quality DNA yields, providing reliable results for downstream NGS applications.
In this application note, you will discover how implementing a semi-automated system using INTEGRA’s ASSIST PLUS can streamline transfection-grade plasmid DNA purification. You will also read about how to achieve high yields and exceptional purity with reduced manual effort, ensuring reproducible results for critical molecular biology applications like transfection and gene expression studies.
This application note demonstrates how automated RNA extraction workflows using INTEGRA’s ASSIST PLUS reduce variability and improve throughput. Learn how these solutions ensure high quality RNA yields, enabling consistent results for RNA sequencing, gene expression analysis and other downstream applications.
In this application note, you will learn how to combine INTEGRA’s pipetting solutions with MACHEREY-NAGEL’s NucleoSpin 96 Plasmid kit and NucleoVac 96 Manifold to streamline high throughput plasmid DNA purification, delivering consistent yields with reduced manual handling.
This application note outlines a high throughput PCR purification protocol designed to deliver clean, high quality DNA. Learn how INTEGRA’s VIAFLO 96 and VIAFLO 384 handheld electronic pipettes, MAG module and MAGFLO™ PCR magnetic beads improve processing efficiency and reproducibility, ensuring optimal DNA quality for downstream NGS workflows.
Discover automated size selection protocols designed to improve accuracy in NGS library preparation in this application note. Learn how INTEGRA’s solutions – such as the VOYAGER adjustable tip spacing pipette and ASSIST PLUS pipetting robot – streamline magnetic bead fragment size selection using the MAG module and MAGFLO NGS beads, ensuring precise, reproducible results and optimal library quality for sequencing applications.
Not all chromatography resins are created equal. Off-the-shelf chromatography resins might not always meet the rigorous purification requirements of biopharmaceutical manufacturing. Custom bonded silica from Grace can address a wide range of separation challenges. Discover more about the latest innovations in chromatography silica from Grace, including VYDAC® and DAVISIL®.
In the pharmaceutical industry, drug purity isn’t just a goal – it’s essential for safety, stability and efficacy. However, purification is easier said than done, especially with challenging molecules like DNA and RNA oligonucleotides. Consider these 5 factors before you choose the chromatography resin for your next purification application.
VYDAC® spheroidal silicas are well-defined, highly pure, totally porous separation resins for preparative and process scale users, with applications for protein, peptide, and oligonucleotide separation that have excellent selectivity and reproducibility. Learn more about VYDAC® chromatography resins, as well as our custom bonding capabilities to suit your specific needs.
One of the most widely used chromatography resins, DAVISIL® sets the industry standard for consistent, high-quality silicas for purification and separation. Available in a range of particle and pore sizes and in many bonded phases, from small to multi-ton quantities to meet your application, performance, and economic requirements.
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