Webinar | Simplifying Multiplex IF with Your Validated Primary Antibodies and AI-Powered Spatial Analysis

Abstract

Watch the on-demand webinar featuring Angela Vasaturo, PhD (Revolune) and Kelly Hunter (Propath UK), as they discuss a practical approach to implementing and validating multiplex immunofluorescence workflows for translational research.

Moving from single-plex IHC to multiplex immunofluorescence can introduce challenges in assay development, workflow complexity, and validation. In this session, our speakers share how laboratories can simplify multiplex IF using existing primary antibodies while maintaining robust assay performance, along with early antibody-drug conjugate (ADC) panel data generated using Revolune reagents.

In this webinar, you'll learn

  • How to transition from IHC to multiplex IF using existing primary antibodies
  • Strategies to simplify multiplex assay development and validation
  • Best practices for building reproducible multiplex workflows
  • Early ADC profiling data using Revolune multiplex immunofluorescence reagents
  • How CROs are implementing multiplex IF in real-world laboratory environments

Whether you're developing new multiplex assays or looking for a practical alternative to more complex workflows, this webinar provides actionable guidance for researchers working in oncology, translational medicine, and biopharmaceutical research.

Speaker Bio

Angela Vasaturo, PhD

Dr. Angela Vasaturo is Vice President of Scientific Affairs and Market Strategy at Revolune. She brings deep expertise in translational onco-immunology, biomarker strategy, and multiplex tissue imaging, built through scientific affairs leadership in spatial biology and research in Dr. Jérôme Galon's lab at the Cordeliers Research Center. A pioneer in early multiplex IHC development, Angela is a leading European expert who advises on biomarker panel design and spatial biology adoption.

Dr. Kelly Hunter

Kelly Hunter is Chief Scientific Officer at Propath UK, specialists in NanoString RNA/protein analysis, molecular pathology, and histology. He brings deep expertise in spatial proteomics and transcriptomics, with a background developing ultra-high-plex immunofluorescence and spatial transcriptomics methods. Kelly holds a University of Birmingham degree in Biochemistry and an MSc in Genomic Medicine, and built his career across NHS and digital pathology labs before becoming a leading voice in spatial biology.

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Revolune products work together to remove the complexity of multiplex workflows and accelerate biological results.

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