Maximizing Your Lab’s Potential with New Agilent LC/MS solutions
Are you struggling to stay competitive and adjust to changing industry requirements?
You can meet these challenges with the new Agilent Revident LC/Q-TOF and Agilent 6495 LC/TQ. Our LC/MS solutions help your lab improve method development time, workflow efficiency, and the ability of staff members to perform tasks reliably and consistently, regardless of skill level. Their easy-to-use onboard intelligence, harmonized operation, and complete workflow capabilities let you look beyond instrumentation and expand your lab’s potential.
Introducing Revident LC/Q-TOF: Inspiring insight for food applications
Introducing 6495 LC/TQ Inspiring confidence for PFAS and omics research
From data-independent acquisition (DIA) to targeted MS/MS: Automatic reinjection for additional confirmation in suspect screening
High resolution instruments are becoming popular for initial screening in multi-residue screening in food. Read the concept of an intelligent reflex, where after the initial sample run in DIA mode (All Ions) the data is processed, and automatically appended to the running worklist to confirm questionable or identified residues via targeted MS/MS.
DownloadRoutine Pesticide Screening Solution: Data Independent Acquisition with a New LC/Q-TOF and Dedicated Screening Software
The requirement for robust screening methods for pesticides in food matrices continues to emerge as a point of challenge. Over 200 pesticides screened for using a DIA mode of acquisition from 0.625 ppb to 100 ppb, good Mass Accuracy, Low RSD’s, and Scored Coelution of Fragment Ions are demonstrated.
DownloadStrategies for Ultimate Sensitivity of Perand Polyfluoroalkyl Substances (PFAS) in Water
Per and polyfluorinated alkyl substances (PFAS) are a group of man-made compounds that are ubiquitous in environment. Here we show that the 4th generation iFunnel showed improved performance with a 2.5 – 7x increase in sensitivity for the 6 MCL PFAS compounds.
DownloadA Comprehensive Workflow for PFAS Analysis in Wastewater with Extended EPA Draft Method 1633 List
This study assesses a workflow for wastewater PFAS analysis based on EPA draft Method 1633. This workflow contains off-line solid phase extraction and a clean-up step, then LC-MS/MS analysis, and automatic reporting using SLIMS. It demonstrates high robustness for targeted analysis of PFAS in complex matrices.
DownloadEvaluation of Comprehensive Quantification Assays for Plasma Protein Analysis Using a Novel Triple Quadrupole LC/MS
Targeted multiplexing assays using triple quadrupole LC/MS system have been increasingly used for proteome-wide quantitation analysis. This study demonstrates the 6495 LC/TQ is suitable for comprehensive protein quantification assays in complex matrix.
DownloadSeeking Clarity: A Conversation with Dr. Imma Ferrer and Dr. Michael Thurman of CEMS
Read how instrument software advancements has helped Dr. Ferrer and Dr. Thurman to develop new methods for environmental water chemistry analysis.
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