Past Webinar

Discover key breakthroughs, featured studies, and major innovations in imaging science. A curated selection of essential content to quickly access Vilber’s most impactful insights.

Webinar: How to Optimize Your Western Blot Workflow and Choose Between Epi-Fluorescence vs. Chemiluminescence

1 — Owerview

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2 — Key learning objectives

  • Understand Multiple Myeloma and its impact on bone health: Describe the pathophysiology of MM-associated bone disease and why skeletal assessment is critical for evaluating disease progression and therapeutic response.
  • Learn how DXA is applied in MM animal models: Understand how DXA is used in published preclinical studies to quantify bone loss, monitor longitudinal changes, and assess the effects of anti-cancer and bone-modifying therapies.
  • Learn how DXA is applied in MM animal models: Understand how DXA is used in published preclinical studies to quantify bone loss, monitor longitudinal changes, and assess the effects of anti-cancer and bone-modifying therapies.

About the speaker

Tristan Fromager

Application Specialist & Sales Engineer

Tristan Fromager holds a Engineering Degree in Biology and specializes in imaging applied to life sciences research. He has been working at Vilber for over 4 years, assisting laboratories in improving agarose gel and Western blot analysis through practical, application-focused support. Combining a strong scientific background with hands-on knowledge of laboratory imaging systems, he helps researchers optimize the accuracy and reproducibility of their results. His expertise covers gel documentation, chemiluminescence and epifluorescence detection and protein analysis applications. He regularly contributes to the implementation of imaging solutions adapted to both routine and advanced molecular biology workflows.

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