Work Smarter, not Harder, using Novel, Intelligent LC/TQ and LC/Q-TOF MS Solutions

4 October 2023 |  14:00 BST 15:00pm CEST

Join our webinar and find out how to stay ahead in the competitive landscape.
This webinar introduces two new intelligent high-end LC/MS systems that have been engineered to support multiple analytical workflows to achieve this end.  The new 6495 triple quadrupole LC/MS system is an ultra-high performance, high throughput system built for research and testing labs that routinely quantify large sample sets for high numbers of analytes using sub-millisecond dwell times.  In comparison, the Revident LC/Q-TOF embodies the next generation of quadrupole time-of-flight technology, excelling in high resolution screening, identification of unknowns and accurate-mass quantitation workflows.
You will learn:
– How novel high-end Triple Quad and Q-TOF LC/MS systems have been engineered to enhance Life Science and Applied Markets workflows
– How AI tuning, enhanced software diagnostics and intelligent data-dependent sample reinjection logic elevate instrument performance and productivity to new levels for a wide range of applications
– How to maximize data quality and confidence without compromising throughput

Speaker Details
Jonathan Spencer:
Application Specialist 
Agilent Technologies

Register Here

Live webinar series: Vaya: Raw Material ID

Dear All,

Identification of raw materials in Pharma/Biopharma is a tedious process, typically involving quarantining, container verification and clean-up, in-booth container opening, and sampling/scanning, followed by data review to complete the process.

To Registration Click Here

#webinar #biopharma #pharma #Agilent #jijelaboglasspvt

Live webinar: Green Energy: Advancing Sustainable Energy Initiatives with UV-Vis-NIR Spectrophotometry

Dear Partners,

From corporate initiatives, such as Environmental, Social, Governance (ESG), to governmental initiatives, such as the EU Green Deal, large efforts are underway to reduce carbon emissions and reach global targets. In this webinar the role that UV-Vis-NIR spectrophotometry can play in advancing green energy initiatives will be explored.

Ask your customers to register and join live or watch on demand!  Link below in blue

Cheers

Jan

Green Energy: Advancing Sustainable Energy Initiatives with UV-Vis-NIR Spectrophotometry (Airing 1) (on24.com) 

Upcoming Webinar Learn About POPs Analysis in Environmental and Food Matrices Using Semi-Automated Cleanup and GC-MS/MS

10 May – 9 am BST/10 am CEST / 1.30 Pm IST / 4 Pm SGT / 6pm AEST

Persistent organic pollutants (POPs), such as polychlorinated dibenzo-p-dioxins (PCDDs), furans (PCDFs) and biphenyls (PCBs), continue to be analyzed all around the world in a wide variety of matrices, including environmental and food applications. The need for accurate, fast, and reliable sample extraction, cleanup and analysis has inspired both semi-automated and fully automated systems for the several steps in POPs sample processing.

A closed semi-automated cleanup system using a vacuum pump as the only mechanical part was developed with acidified silica, alumina, and carbon columns to oxidize the matrix structure and remove interferences. The sample cleanup process can be accomplished in 35 to 60 minutes depending on sample matrix, and is suitable for a wide range of matrices, including air, food, soil, sludge, and water samples. The system can be set up at low cost, and certified columns and the simple semi-automated system guarantee same day POPs analysis.

In this presentation we will discuss several cleanup methods with data and show how the Agilent 7010 GC-MS/MS instrument can be used for state-of-art dioxin and PCB work at levels of sensitivity equal to or better than magnetic sector instruments.

10 May – 9 am BST/10 am CEST / 1.30 Pm IST / 4 Pm SGT / 6pm AEST

By attending this webinar you will learn:

  • Semi-automated cleanup can greatly assist in fast and reliable sample processing for PCDD/Fs and PCBs measurements.
  • The Agilent 7010 GC-MS/MS instrument can successfully carry out the analytical part of this process.

If you have a colleague who may also be interested in the subject of this webinar, please recommend it to them by using the link below.