Join this webinar to discover:

• A robust, sensitive solution for detecting FTOHs and other volatile PFAS.
• The potential for non-targeted screening with GC-HRMS. 

Mucinomics as the next frontier of mass spektrometry

Detection of new EU chemical drinking water parameters

Date: Thursday 13 March, 2025
Time: 10:00 AM Greenwich Mean Time
Duration: 1 hour

Discover: 

• A new validated HRAM solution for the detection of new drinking water quality parameters 
• The use of IC-HRAM for the detection of Halo acetic acids and polar pesticides

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Ready to go pesticide residue solution for faster results

Towards sub-cellular mass spectrometry omics: The SEISMIC facility for spatially resolved single and sub-cellular omics

Learning Objectives:

• How does the SEISMIC facility enable spatially resolved single-cell and sub-cellular 'omics' analysis?
• How can single-cell lipidomics be applied to study cellular responses to drug and radiation treatments in cancer cells?

Unlocking the Secrets of Complex Pesticide Residues: Advanced Techniques with Compound Discoverer Software

• Real-World Application: Hear directly from Julio Espana, who will present his cutting-edge research on the occurrence of adjuvant residues from pesticide formulations on harvested crops. Learn how his team identified complex polymers using a non-targeted method and a customized Kendrick mass defect approach. See how tailored visualization tools were utilized to highlight charge states and homologous series of ethoxylated units, effectively identifying the "needle in the haystack."
• Practical Takeaways: Whether you're new to the software or looking to optimize your current workflows, this webinar will provide actionable insights and tips that you can immediately apply to your own projects.
• Exclusive Insight into New Features: Explore the newest updates to Compound Discoverer software, designed to make your analysis faster, smarter, and more efficient. Learn about enhanced capabilities that help accelerate data processing and streamline the interpretation of complex datasets.
• Q&A Session: Get your questions answered by Julio and experts from Thermo Fisher Scientific.

Proteome Discoverer 3.2 - TMTpro 32plex Training Workshop (on-line event)

• Sample preparation and labeling with TMTpro 32/35plex reagents (Dustin Frost)
• LC-MS acquisition strategies for the analysis of TMT samples using the Thermo Scientific Orbitrap platforms (Julia Kraegenbring)
  
• Step-by-step guide to TMTpro 32/35plex data processing in Proteome Discoverer (Michaela Scigelova)
  

A day in the life of plants: Proteomic insights into plant growth and development

• Learn how plants use circadian and light-responsive mechanisms to regulate their processes in response to daily changes and stress.
• Discover advancements in mass spectrometry-driven proteomics and their impact on understanding the plant cellular environment.
• Learn about new mass spectrometry acquisition workflows that enhance the quantification of low-abundance proteins in plant proteomics

Simultaneous polyclonal antibody sequencing and epitope mapping by cryo-electron microscopy and mass spectrometry

Learning Objectives

• Understand the significance of antibodies in adaptive immunity against pathogens.
• Learn about the combined use of cryo-electron microscopy and mass spectrometry for antibody sequencing and epitope mapping.
• Learn about a deep-learning tool in sequencing antibody variable domains from cryo-EM reconstructions.