Bezplatné webináre Thermo Fisher Scientific
Overcome separation and MS challenges in complex biotherapeutic analyses: Practical approaches to impurity characterization, adsorption, adducts, and PTMs
Key learnings
- Understand how reversed-phase chromatography supports the analysis of diverse biotherapeutic modalities.
- Explore the benefits of a bioinert LC platform for sensitive biotherapeutic workflows.
- Learn how the design of experiments can optimize ion-pairing conditions for oligonucleotide LC-MS analysis.
- See how Orbitrap mass spectrometry enables multi-level ADC characterization.
- Discover how intact, subunit, and bottom-up workflows support DAR determination and PTM profiling.
Who should attend?
This webinar is designed for scientists and analysts working in biopharmaceutical characterization, analytical method development, oligonucleotide and ADC analysis, and LC-MS workflow development. It is particularly relevant to professionals supporting biotherapeutic development, comparability studies, and regulatory readiness.
Unable to attend the broadcast? Register anyway, and you will automatically receive access to the recording.
Efficient early-phase screening of siRNA purity and impurities using denaturing IP-RPLC-UV with dual-channel UHPLC
Key learnings:
- How to design a comprehensive denaturing IP-RPLC-UV scouting strategy for siRNA purity and impurity assessment.
- How a dual-channel UHPLC workflow can increase throughput while reducing instrument time and manual intervention.
- How to compare six ion-pairing reagents and four stationary phases for sense- and antisense-strand separation.
- How retention-time differences, peak shape, and strand-area trends can help prioritize conditions for further optimization.
- Why ion-pairing reagent performance and strand elution order can be sequence dependent—and why column chemistry may have a secondary influence.
Unable to attend the broadcast? Register anyway, and you will automatically receive access to the recording.

Whole-tissue, parallel mapping of 10,000 proteins and 30,000 phosphosites by integrating MASP with OptiSpray/Orbitrap Astral
Key learnings:
- Understanding the fundamentals of Phos-MASP and its significance in spatial phosphoproteomics
- Best practices for implementing Phos-MASP in research
- How Phos-MASP enables parallel profiling of both the proteome and phosphoproteome from the same tissue
- Insights into the robust, reproducible separation of Thermo Scientific OptiSpray ion source and the ultra-sensitive quantification capabilities of the Thermo Scientific Orbitrap Astral MS
- Real-world applications of Phos-MASP in mapping disease-specific intra-brain distributions in Alzheimer's Disease models
If you cannot attend the live webinar, please register anyway to automatically receive the link to the recording.
HPLC Ask the Experts – Practical Tips & Tricks
Who should attend?
- Users of HPLC and UHPLC systems, including Thermo Scientific™ Vanquish™ systems
- Professionals in analytical development, Quality Control (QC), and Research & Development (R&D)
- Anyone looking to expand their HPLC knowledge, improve troubleshooting, and optimize LC workflows
What you will learn:
- Troubleshooting made easier: Learn how to systematically identify, isolate, and resolve common HPLC/UHPLC issues
- Tips, tricks & best practices: Gain practical recommendations for reliable results and optimized chromatographic workflows
- Expert knowledge first-hand: Get answers and practical solutions to your HPLC questions submitted in advance

Proteome Discoverer 3.3 SP1: Processing DIA data with DIA-NN node
What We’ll Cover
- Proteome Discoverer 3.3 SP1 updates: A deep dive into the latest release, including news, installation, and licensing.
- DIA-NN & InfinDIA: Guest speaker Vadim Demichev introduces DIA-NN 2.5 and the breakthrough InfinDIA mode for handling near-unlimited search spaces and selected applications.
- Practical processing walkthrough: Michaela Scigelova leads a step-by-step guide using CHIMERYS:
- training materials, study, analysis
- workflow parameter settings
- DIA-NN node (discussion of all parameters, recommended settings)
- Results review - Tips for efficient data processing
Modern approach to analyze disinfection by-products in water
Discover how IC-MS is transforming DBP analysis and helping laboratories stay ahead of evolving regulatory demands.
Learning points:
- Understand the formation and regulatory importance of disinfection by-products (DBPs)
- Learn how ion chromatography–mass spectrometry (IC-MS) enables sensitive and selective detection
- Explore practical workflows and analytical strategies to determine DBPs in water
Optimizing environmental and food safety workflows with Chromeleon software
Join this webinar to see how Thermo Scientific Chromeleon Software can help environmental and food safety laboratories manage the full workflow more efficiently—from sequence setup to reporting.
Why attend
Environmental and food safety labs are under pressure to handle high sample volumes, complex target lists, strict quality requirements, and evolving regulations—often with limited resources.
In this webinar, you will see how Chromeleon software can help:
- streamline PFAS and pesticide workflows
- make data review more focused and efficient
- standardize processes across users and applications
- support regulatory compliance and cross-confirmation workflows

Proteome Discoverer Workshop - Processing DIA data with CHIMERYS intelligent search algorithm
Join this free Thermo Scientific Proteome Discoverer online workshop to learn about best practices for DIA data analysis with the help of the CHIMERYS intelligent search algorithm.
The workshop will briefly introduce CHIMERYS and then focus on CHIMERYS node parameter settings and practical tips demonstrated in the context of a step-by-step data processing example. We will also discuss the advantages of a novel data completeness mode introduced in PD 3.3 SP1 release.
Integrated LC-MS CDS workflow for automated ADC and DAR analysis (European time-zone-friendly session)
- Why intact ADC analysis (native LC–MS) is valuable for monitoring ADC heterogeneity and DAR-related attributes
- How high-resolution mass spectrometry (HRMS) supports confident intact mass measurements for ADC characterization
- What an end-to-end Chromeleon CDS workflow looks like—from instrument control to automated processing and reporting
- How automated intact deconvolution enables rapid, consistent interpretation of intact ADC datasets
- Approaches to automated DAR calculation and standardized reporting to support high-throughput workflows and data integrity
Ask the Expert: Maximizing GC Performance in Industrial Applications
- How GC supports critical industrial workflows, including quality control, process monitoring, product development, and regulatory compliance.
- Best-practice hardware and software configurations to ensure reliability, data integrity, automation, and ease of integration in industrial environments.
Chromeleon Admin Console Part 3: Data management and automation
- Beyond users & permissions: Shift from access management to managing your data within and between Data Vaults.
- Network Failure Protection: Learn how to set the system up for maximum resilience to network outages using the latest tools to ensure data security and lab uptime.
- Data management: Explore methods for transferring data automatically to backup and archive, reducing manual touchpoints and managing data effectively.
- Real-world best practices: Practical guidance to help maintain stability, security, and compliance as environments grow.





