Agilent Manuals

The technique provides a method for performing gene expression analysis from a small amount of total RNA, including transcribing total RNA into cDNA, amplifying the cDNA by a linear amplification method to obtain sufficient amounts of Cy-labeled cRNA, and then performing microarray analysis on the Cy-labeled cRNA. The method requires only 10 nanograms of total RNA and takes less than 6.5 hours to complete.

This document presents solutions for high throughput GC and 2D-GC analysis using LTM technology in combination with the Agilent 5975 MSD and 7000 Triple Quadrupole MS. The LTM module offers fast GC analysis, independent column temperature control, and high heating rates.

This document introduces the features of the imported brand Capillary Flow Technology, including ease of use, ruggedness, inertness, usability to> 350 oC, excellent exclusion of air, no unpurged volumes, no porous materials into which compounds can dissolve ( peak tailing), fast thermal response, no outgassing or shedding of particles.

Agilent is announcing a new sample preparation instrument for GC, GC/MS, LC, and LC/MS applications. The instrument features dilution, internal standard addition, derivatization, and calibration curve standard preparation.

This document introduces a new ultra-inert GC column that has significantly improved sensitivity and accuracy for trace samples

This document discusses the considerations for implementing and optimizing capillary column backflushing. It explains why capillary column backflushing should be implemented and lists the benefits of implementing it, including increased sample throughput, reduced costs, extended column life, and improved data quality.

A method based on isotopic dilution with low resolution MRM acquisition for higher sensitivity was used for the determination of polychlorinated dibenzo-p-dioxins and dibenzofurans in sediments. The method is accurate and sensitive.

Determination of trace levels of PAHs in food grade oils using heart-cutting 2D-GC and triple quadrupole mass spectrometry

ICP-MS is a GC detector that provides universal, element-specific quantification. It offers rapid multi-element/isotope analysis and very high sensitivity.

The document describes the optimal design for a mass spectrometer vacuum pump cover that reduces pump noise and facilitates oil changes. It also provides information on GC column selection and best practices for successful PAH analysis, as well as factors to consider in optimizing PAH analyses results.

This document describes a method for automated sample preparation, retention time locked GC-MS and automated data analysis for metabolomic study

The advantages of automating sample derivatization are presented, including increased productivity and reduced cost. Examples of sample derivatization with fatty acids, pentachlorophenol, and morphine are provided. Silylation derivatization of fatty acids improves peak shape and resolution.

Varian's Bond Elut Plexa solid phase extraction (SPE) column has a very high extraction capacity for analytes and efficient removal of contaminants, making it ideal for extraction of phenols from drinking water.

Agilent Bravo is an automated liquid handling platform that has nine deck positions that can be configured with interchangeable 8-, 16-, 96-, or 384-fixed and disposable tip heads. The platform has excellent accuracy and precision and can be used in a variety of laboratory applications.

This document introduces the enhanced separation power of GC x GC, which can be combined with selective and non-selective detectors to provide enhanced sample information and confirmation that would otherwise not be possible in a single run.