Lectures and seminars Histocore: Harnessing HALO & HALO AI for cell-based analysis and collaborating with HALO Link

Abstract
Quantifying and contextualizing biomarker expression within tissue is essential for understanding cellular behaviour while maintaining the integrity of complex tissue architecture. In this session, Dr. Ghislaine Lioux will demonstrate how Indica Labs’ HALO image analysis powerhouse unites a wide range of quantitative analyses in a single, intuitive platform requiring no technical expertise. With HALO and HALO AI, tissue can be compartmentalized and cells segmented consistently for robust, reproducible analysis. This presentation will highlight how HALO enables precise cell-level quantification, scoring and phenotyping of RNAscope and Multiplex IF data. Combined with HALO Link, it creates a complete 360° digital pathology ecosystem where results can be easily reviewed, seamlessly shared, and trends effortlessly identified.

Hands-on session
HALO Hands-On Workshop: Experience AI-Powered Image Analysis for RNAscope and Multiplex IF

Join Indica Labs for an interactive HALO Hands-On Session led by Dr. Ghislaine Lioux, Senior Field Application Scientist. In this guided workshop, participants will explore the power and simplicity of HALO for quantitative tissue image analysis. Using demo datasets on provided laptops, attendees will learn how to:

• Use AI-driven annotation and Tissue classification,
• Perform cell-based quantification of protein and/or RNA signal
• Visualize data trends and share results through HALO Link

Whether you’re new to HALO or looking to enhance your digital pathology workflows, this session offers a practical, hands-on introduction to extracting meaningful insights from your own data.

Speaker Bio
Dr. Ghislaine Lioux is a Senior Field Application Scientist at Indica Labs. In her role, Ghislaine assists scientists in academia, healthcare, and pharma worldwide to turn complex multiplex and RNA in situ data into high-impact discoveries through HALO, HALO AI, and HALO Link. With over a decade of experience in immunostaining and imaging across Europe and the USA, Ghislaine combines deep scientific expertise with a passion for enabling researchers to extract meaningful biological insights from tissue data. She earned her PhD from the Spanish National Institute of Cardiovascular Research in Madrid as a Marie Curie Fellow, where she studied molecular mechanisms of heart development.