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Avida DNA workflow using automation protocols provided with the NGS Workstation Option B
SureSelect Max DNA Library Prep and Target Enrichment, Automated using Agilent Bravo NGS Workstation (Option B), With Enzymatic Fragmentation, For Illumina Platform NGS
SureSelect Max DNA Library Prep and Target Enrichment, Automated using Agilent Bravo NGS Workstation (Option B), Using Sheared DNA, For Illumina Platform NGS
This study shows enhanced nanoflow LC/TQ system Evosep One LC, Newomics UniESI ion source, Agilent 6495D for large-panel targeted proteomics in human cell lysate.
Protocol: HaloPlex Target Enrichment System Automation Protocol for Illumina Sequencing
Describes the site requirements for installation of an NGS Workstation Option B with ODTC.
This application note describes how the Agilent BioTek 406 FX washer dispenser increases a laboratory’s efficiency and productivity by automating the liquid handling steps of the CellTiter-GLO assay.
This method guide describes an automated plate preconditioning process for the Captiva EMR–Lipid plate that uses a supplementary Agilent VWorks protocol designed for the Agilent Bravo Metabolomics Sample Prep Platform (Metabolomics Bravo).
The Agilent portfolio of automation solutions feature modular design, and intuitive software for flexible workflows.
This technical overview describes a method to measure the accuracy and precision of the Agilent Bravo in conjunction with a 384-channel ST disposable tip head at the lower end of the practical volume range.
This technical overview describes a method to measure the accuracy and precision of the Agilent Bravo in conjunction with a 96-channel ST disposable tip head at the lower end of the practical volume range.
This technical overview describes a method to measure the accuracy and precision of the Agilent Bravo in conjunction with a 384-channel ST disposable tip head at the lower end of the practical volume range.
This technical overview describes a method to measure the accuracy and precision of the Agilent Bravo in conjunction with a 384-channel ST disposable tip head at the lower end of the practical volume range.
Make your routine microplate workflow easy and reliable with the Agilent BenchCel Workstation platform.
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| Chinese (Simplified) (China) | Complete (PDF) |
| Chinese (Simplified) (China) | Complete (PDF) |
This technical overview describes a method to measure the accuracy and precision of the Agilent Bravo in conjunction with a 96-channel ST disposable tip head at the lower end of the practical volume range.
An automated LCMS workflow was developed for semaglutide quantification in human plasma. The lower limit of quantification is 0.2 ng/mL and linear up to 1000 ng/mL from 100 μL of starting material, covering a dynamic range of 3.7 order of magnitude.
Automated sample prep workflow for GLP-1 analogues.
We automated the Oxford Nanopore Technologies (ONT) LSK114 General Ligation library preparation workflow on the Agilent Bravo NGS workstation.
The AssayMAP Bravo Protein Sample Prep Workbench 4.0 software is now shipping with new systems and is available as an upgrade. This flyer describes the features available in the software update.
| Chinese (Simplified) (China) | Complete (PDF) |
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Discover Impactful Pathway Information with Multi-Omic Studies Using easily Transferable Methods.