Industrial

This document introduces CyberPrinter XP, which is a print management system that manages the transfer of human readable electronic documents to Cerity ECM. The system works with third-party print drivers from any operating system and allows users to upload electronic records generated during a print operation from any application. CyberPrinter XP can manage files generated by one or more printers, providing the user with a full suite of printing and file upload options.

This Application Note describes different flow splitter designs and configurations used in high-purity separations.

Simultaneous assessment of drug metabolic stability and identification of metabolites using HPLC-Chip/ion trap mass spectrometry can effectively identify metabolites, save time and improve work efficiency

In this study, an established HPLC method for USP Pheno-barbital was sequentially and quickly improved to a high throughput method using Rapid Resolution (RR) and Rapid Resolution High Throughput (RRHT) techniques. New RRHT column technology is an especially powerful tool for improving lab productivity by reducing HPLC analysis time dramatically. Starting with a proven rugged method, conversion to a high throughput method can be achieved simply by replacing the original analytical-sized column with either a RR or RRHT column. The reasons for this direct conversion include the similar selectivity of smaller 1.8- and 3.5-µm particles compared to larger 5-µm particles, and an engineered particle size distribution that reduces unacceptably high system pressures that may be experienced with other sub-two micron packings.

This is an application note on a drug called pindolol. It is used to lower blood pressure and alleviate depression. The note describes a method for conducting HPLC separation using pindolol and USP method. It also describes a method for conducting HPLC separation using sub-2-micron support particles (ZORBAX SB-CN (L10) columns).

Automated software-guided identification of new buspirone metabolites using capillary LC coupled to ion trap and TOF mass spectrometry

The present application note describes a method for the analysis of small RNAs using the Agilent 2100 bioanalyzer. The method involves the use of the Total RNA 6000 Nano Kit to extract small RNAs, and then the use of the bioanalyzer to separate, detect, and quantify the RNAs. The results showed that the method is highly sensitive and accurate, and is suitable for the rapid and accurate analysis of small RNAs.

This article describes the analysis of a complex natural product extract from ginseng. By using LC/MS technology, it is possible to differentiate between different species of ginseng plants and authenticate ginseng products.

This manual provides operating information on the Midland MODEL 1001Z 40 channel mobile citizens band transceiver, including installation, operation and maintenance

This manual introduces 1001LWX |CB radio, including major features, installation instructions, antenna selection and tuning methods.

Determination of Toxic Elements in Traditional Chinese Medicine Using Inductively Coupled Plasma Mass Spectrometry

This Application Note describes a method for studying noncovalent protein interactions using the HPLC-Chip/MS system coupled with an ESI-TOF mass spectrometer. The application note studies apomyoglobin and myoglobin protein complexes. The results show that ESI/MS is an efficient and accurate method for studying noncovalent protein interactions.

This document is an instruction manual for the REGATTA™ 2 Synthesized Marine Transceiver. It includes safety warnings, descriptions of controls and connectors, installation guide, basic operation, scanning functions, etc.

Fast and Ultra-fast Analysis with the Agilent 1200 Series Rapid Resolution LC System Compared to a Conventional Agilent 1100 Series LC System Using Sub 2-µm Particle Columns