July 21-22, 2025
Singapore
Booth #2
Meet the Lunaphore Team
Come along to booth #2 to discover how incorporating spatial biology into your toolkit can unlock new insights and expand your service offerings. With COMET™, you can simultaneously detect proteins and RNA markers in the same tissue section at subcellular resolution. The system is fully automated and eliminates the need for custom antibody conjugation, making it easy for cores to adopt high-plex spatial analysis. Our distinctive spatial biology approach empowers scientists to identify new molecular signatures and bolster the development of targeted therapies.
Book a meeting with the Lunaphore team now.
Our Agenda
July 22
Breakfast Symposium
July 22
9:00 AM to 9:30 AM
There is an urgent need for more robust methods to differentiate immunotherapy responders from non-responders. Spatial biology, which examines cellular localization and interactions, is crucial for understanding the tumor-immune microenvironment. Here, we show how Lunaphore provides end-to-end solutions for spatial proteomics and spatial multiomics. We will present how the COMET™ platform performs sequential immunofluorescence (seqIF™) to obtain high-quality and reproducible data with standard off-the-shelf antibodies. We will explore our innovative multiomics application that combines RNAscope™ and seqIF™ to simultaneously identify RNA and protein targets on the same tissue section in a fully automated workflow. Additionally, we will present a novel multiplex imaging-based immunotherapy panel and a comprehensive analysis pipeline to characterize the spatial distribution and function of immune cells and their application for spatial biomarker detection in a cohort of immunotherapy-treated melanoma patients. Our distinctive spatial biology approach empowers scientists to identify new molecular signatures and bolster the development of targeted therapies.
Speaker
Wollis Vas, Ph.D.
Scientific Market & Translational Strategy Manager
Lunaphore
Wollis is a Strategy Manager at Lunaphore (a Bio-techne brand) and has been in the life science and biotechnology sectors for over seven years. He has always been fascinated by the complexities of human biology and its impact on human health, which he explored during his doctoral studies at UCL. Currently, he is working to commercialize novel multiomics imaging modalities that aim to help clinicians diagnose, subtype, and treat the most challenging types of cancer.
July 22
Breakfast Symposium
July 22
9:00 AM to 9:30 AM
There is an urgent need for more robust methods to differentiate immunotherapy responders from non-responders. Spatial biology, which examines cellular localization and interactions, is crucial for understanding the tumor-immune microenvironment. Here, we show how Lunaphore provides end-to-end solutions for spatial proteomics and spatial multiomics. We will present how the COMET™ platform performs sequential immunofluorescence (seqIF™) to obtain high-quality and reproducible data with standard off-the-shelf antibodies. We will explore our innovative multiomics application that combines RNAscope™ and seqIF™ to simultaneously identify RNA and protein targets on the same tissue section in a fully automated workflow. Additionally, we will present a novel multiplex imaging-based immunotherapy panel and a comprehensive analysis pipeline to characterize the spatial distribution and function of immune cells and their application for spatial biomarker detection in a cohort of immunotherapy-treated melanoma patients. Our distinctive spatial biology approach empowers scientists to identify new molecular signatures and bolster the development of targeted therapies.
Speaker
Wollis Vas, Ph.D.
Scientific Market & Translational Strategy Manager
Lunaphore