Agilent Solutions for Automated NGS Sample Prep
Agilent Solutions for Automated NGS Sample Prep provide: Flexibility to automate virtually any NGS reagent Performance to dramatically increase throughput and walk-away time Optimized SureSelectXT protocols to rapidly automate your NGS Sample Prep Agilent NGS Option A and Option B Both Deliver Higher Throughput with Less Hands-On Time Automating your NGS sample preparation with either Agilent NGS Option A or Option B…
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Agilent Solutions for Automated NGS Sample Prep provide:
- Flexibility to automate virtually any NGS reagent
- Performance to dramatically increase throughput and walk-away time
- Optimized SureSelectXT protocols to rapidly automate your NGS Sample Prep
Agilent NGS Option A and Option B Both Deliver Higher Throughput with Less Hands-On Time
Automating your NGS sample preparation with either Agilent NGS Option A or Option B increases laboratory throughput up five-fold compared to manual sample preparation. For whole genome sequencing applications that require only library preparation, 96 samples can be prepared in less than 4 hours to increase laboratory output to 960 sequencer ready libraries in a single week. For more complex protocols, such as targeted resequencing using Agilent SureSelectXT, both systems can complete library preparation and target enrichment for 192 samples in a 5-day work week.
Agilent NGS Option A:
High throughput and improved reproducibility with a small footprint
- Agilent Bravo Automated Liquid Handling Platform
- Agilent PlateLoc Thermal Microplate Sealer
- Agilent Bravo accessories for heating, cooling, shaking, and magnetic separation
Agilent NGS Workstation Option B:
High throughput and improved reproducibility with more walkaway time
- Agilent NGS Option A
- Agilent BenchCel 4R Microplate Handler
- Agilent Labware MiniHub
Agilent automated NGS solutions advance rare disease research at Debré Hospital
Agilent’s automated NGS solutions are accelerating rare disease research at Robert Debré Hospital, Paris. By adopting a single-workflow approach with Agilent advanced automation systems, the hospital is able to process complex samples quickly and accurately, enhancing efficiency and streamlining genomic analysis.
A comprehensive and scalable automation workflow
Agilent Technologies offers a range of instrumentation to automate your specific workflow needs. Automation has always been a strategic cornerstone for Agilent, but even more now than ever before.
As a trusted industry leader, Agilent is committed to delivering innovative and reliable automated technologies. A distinctive strength of the Agilent team and portfolio lies in the extensive breadth of experience and offerings. The Agilent automation platforms address sample preparation needs for proteins, genomics, cell analysis, and metabolomics workflows.
In this video, Agilent presents the Magnis NGS Prep System and Bravo NGS Platforms, designed to help you generate dependable and high-quality NGS data. These scalable and versatile solutions streamline library preparation and target enrichment, to increase sample capacity without compromising on data quality. By embracing automation, laboratories can improve the end-to-end workflow with integrated hardware and protocols tailored to serve a range of application needs.
This interview was filmed at SLAS2024.
Detection of Breast Cancer-Related Germline Mutations with Advanced NGS Technology
As breast cancer remains the most common tumor in women worldwide, identifying relevant germline predisposing mutations is important in determining a patient’s lifetime risk of developing breast cancer and allows early detection, clinical management and treatment. Through advances in next-generation sequencing technology, Dr. Valeria D’Argenio, Federico II University and CEINGE Biotecnologie Avanzate, Italy, discusses data from six years of experience in hereditary breast cancer diagnosis using BRCA amplicon sequencing and custom panel analysis.
Detecting Pathogens in Infant Formula Using Next-Generation Sequencing
Discover how next-generation sequencing is being utilized in food safety and testing systems in this exclusive interview with Dr. Koenraad Van Hoorde at Asset 2018. He is currently using NGS to detect pathogens along the food chain from farm to fork, and is particularly interested in the pathogens found in dairy products. In this video, discover how Van Hoorde is researching cronobacter, which has been found in baby foods of a dairy origin, including infant formula.
