The Next Generation of NTA: Understanding Multi-Variable Pulse NTA (MVP-NTA)

|   Event

You are invited to register for our new webinar: Tuesday, September 15, at 10 AM (EDT); 7 AM (PDT), or at 8 PM (EDT); 5 PM (PDT)

Event

Beginning: 09/15/26

Two sessions are available for this webinar:

  • 10 AM EDT / 7 AM PDT
  • 8 PM EDT / 5 PM PDT 


Join Dr. Jeff Bodycomb for an in-depth look at the latest advancement in Nanoparticle Tracking Analysis (NTA): Multi-Variable Pulse NTA (MVP-NTA). This innovative approach brings capabilities traditionally associated with complex multi-laser systems to a streamlined, single-laser platform, enabling rich particle characterization while simplifying instrumentation.

During this webinar, Dr. Bodycomb will explain the science behind MVP-NTA, demonstrate how the technology is implemented in practice, and share real-world application data highlighting its performance and advantages. Whether you are an experienced NTA user or exploring advanced particle characterization techniques, you will gain valuable insight into how MVP-NTA can expand analytical possibilities and help you extract more information from your samples.

Who Should Attend:
• Researchers and scientists requiring nanoparticle, extracellular vesicle, virus, or biologics characterization, including concentration and distribution analysis.
• Laboratory managers evaluating new technologies to improve analytical capabilities and workflow efficiency.
• Pharmaceutical and biotechnology professionals involved in particle characterization, formulation, and quality control.
• Current NTA users interested in achieving enhanced characterization without the complexity of multi-laser systems.

Who Should Attend:
1. The principles and technology behind Multi-Variable Pulse NTA (MVP-NTA).
2. How MVP-NTA delivers advanced characterization capabilities using a single-laser platform.
3. Practical applications and real-world examples demonstrating the technology's performance.
4. How MVP-NTA can simplify instrumentation while expanding the insights available from NTA measurements.

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