Product News: Agilent Technologies Launches RapidFire 365 High-Throughput Mass Spectrometry SystemAgilent Technologies Inc. today launched the RapidFire 365 High-throughput Mass Spectrometry System. The system offers increased plate capacity, full integration with Agilent's BenchBot Robot automation technology and improved productivity for researchers working on drug discovery, clinical research and forensic toxicology.
Fully compatible with Agilent's entire line of mass spectrometers, the RapidFire 365 high-throughput mass spectrometry system offers numerous advancements:
• The system runs unattended for up to 60 hours, facilitating more than 20,000 injections and enabling over-the-weekend runs.
• It analyzes multiple assays in a single, unattended run.
• It automates method development for novel analytes.
• It provides intuitive data review and visualization, using RapidFire Integrator 2.0 software.
The RapidFire 365 can also identify active compounds against challenging targets, confirm the activity of those compounds, and assess absorption, distribution, metabolism, elimination and physiochemical properties of those compounds.
"Agilent is excited to offer a single end-to-end platform for fast, cost-effective, automated, walkaway mass spectrometric analysis," said Can (Jon) Ozbal, Ph.D., director of RapidFire operations. "The RapidFire 365 brings us closer to our vision of creating a label-free MS-based workflow that rivals the simplicity of a plate reader while avoiding the pitfalls of optical assays."
The new RapidFire system offers a strong application focus in HTS, including epigenetics and fragment-based drug discovery, as well as generating equivalent data to HPLC-MS in a fraction of the time and cost for a wide range of clinical research and forensic toxicology applications.
Agilent's RapidFire solutions-front-end systems based on solid-phase extraction-enable detection of native compounds by mass spectrometry. Requiring no labels or surrogates, RapidFire technology allows users to screen intractable or challenging targets that are not amenable to fluorescence or luminescence. Sample throughput is 10 times faster than conventional MS screening methods.