Page 49 - Application Note News Today

Explore Beckman’s reagents, powered by Solid Phase Reversible Immobilization (SPRI) technology

Highlighted is a list of demonstrated methods and if they have been approved for use across the three workstations.

High-quality DNA and RNA samples support strong next-generation sequencing (NGS) results. To help prevent suboptimal sequencing data and avoid wasting time and resources, quality control (QC) steps are recommended at various points in the NGS workflow, from initial sample assessment to final library qualification for NGS library preparation protocols. Here, Agilent Technologies explains how the benefits of the Agilent TapeStation systems and ScreenTape technology offer ideal and easy-to-use s

03/07/23 RF Globalnet Newsletter

N this guide, Jackson ImmunoResearch Laboratories provides tips and tricks to troubleshooting western blot experiments

Perfluoroalkyl and polyfluoroalkyl compounds (PFAS) are a structurally diverse class of manmade chemicals utilized in a variety of manufacturing processes since the 1960s. Due to their hydrophobic and lipophobic moieties, these compounds have high mobility in water and soil allowing their proliferation throughout the environment; further, the high bond strength of the C-F bond renders many PFAS indestructible in common environmental conditions and in human bodies, leading to bioaccumulation. Due

In this application note from Showa Denko, Shodex IC SI-35 4D (a column for rapid oxyhalides analysis) was used for the analysis of seven common anions and some organic acids. The long elution time (i.e., more than 30 minutes for succinic acid and malonic acid) required by IC SI-52 4E was shortened to 15 minutes using IC SI-35 4D. Therefore, IC SI-35 4D is also suitable for the rapid analysis of organic acids.

In this application note, Showa Denko analyses the change of hyrolyzed dextran. The analysis was done using SUGAR KS-802. 

In this poster, Sartorius outlines the golden rules for using ASTM type 1 water. From the kind of water you work with, the equipment you use, and preventative measures, find out everything you need to know about using ASTM type 1 water.

There is an unmet need in the industry for a device that allows the fast and efficient isolation of single cells while preserving their integrity and providing insurance for their clonality. Performing gene editing, single-cell dispensing, and screening to develop a stable monoclonal cell line is a long and labor-intensive process. The optimization of these steps through different approaches, such as high-throughput screening and/or automation, can increase the efficiency and yield of the monocl