8:00 am Conference Registration & Welcome Coffee
8:45 am Chair’s Opening Remarks
Overcoming Challenges in Spatial Data Analysis and Interpretation
9:00 am Software Tools For The Analysis Of Cellular Niches In Spatial Transcriptomics Data
Synopsis
• Managing and understanding large data sets
• Incorporating data obtained from spatial information to analyse signalling pathways
• Processing data to attain the whole picture of the tissue to develop better treatments for patients
9:30 am Building Internal Capabilities For Image Informatics & Image Analysis Infrastructure
Synopsis
• Examining the features, capabilities, and best practices associated with data management solutions
• Complying with data governance, security and privacy rules
• Understanding optimal data management practices to ensure the maintenance of data
10:00 am From Discovery to Data: Considerations in Standardizing and Validating Multiplex Panels for Use in Clinical Trial Applications
Synopsis
• The “pathologist perspective” on spatial technologies, multiplexing, and image analysis for evaluation of clinical samples
• Approaches to identifying biomarkers for multiplex panels and developing a standardized workflow
• The challenges/limitations in multiplex assay and digital image analysis validations
10:30 am Morning Break & Networking
11:00 am Spatial Biology: The Next Frontiers
Synopsis
- Utilization of advanced spatial biology tools and explainable AI for more successful clinical trials
- Addressing future challenges in adoption, standardization, and AI credibility
- Integration of multimodal data in the evolving AI landscape
11:30 am Exploring New Targets for Ovarian Cancer at Single-Cell Resolution Through Unbiased Spatial Proteomics
Synopsis
- Overcoming Challenges in LC-MS-based Analysis for Unbiased Spatial Proteomics at the Single-Cell Level
- Unveiling the Complete Single-Cell Proteome in Tissues and its Relationship to Stochastic Noise in Transcriptomes
- Integrating Technologies for a Holistic View: Multiplexed Imaging, Spatial Transcriptomics, High-Content Imaging, AI, and Single-Cell Laser Microdissection in Combination with MS-based Proteomics for Unbiased Molecular Readouts in Tissue Studies
12:00 pm Enriching Understanding of Tumor Microenvironment through Advancements in Spatial Profiling Technologies
Synopsis
• Highlighting the strengths, limitations, and unique features of each technology in capturing spatial information within the TME
• Identifying and characterizing distinct cell populations, spatial organization, and cell-cell interactions within the TME
• Uncovering insights with TME heterogeneity, immune cell infiltration, tumor-stroma interactions, and therapeutic resistance
12:30 pm Lunch Break
1:30 pm Unlock Novel Cancer Insights with Multi-scale Data Integration
Synopsis
- Investigating the complexity, heterogeneity, and evolution of cancer involves various measurements, primarily through independent 1D, 2D, or occasional 3D analyses
- Introducing PhenoScope, a multi-scale data integration and visualization platform that spans from genomes to tissues to organs and 3D digital twins
- Offering a comprehensive approach, PhenoScope enables the interpolation of information across different scales and the temporal extrapolation of data in the study of cancer
2:00 pm Using Spatial Technology for Immuno-Oncology Antibody Development
Synopsis
• Detecting target expression in specific cell types in FFPE tumors
• T-cell pharmacodynamics and activation states in patients treated with PD1 inhibitor
• In-situ T-cell receptor diversity estimation to understand antigen specificity in the tumor microenvironment
Conquering Logistical Challenges
2:30 pm Characterizing Tissue Response to Drug Therapies by Identifying Reliable Spatial Biomarkers With Imaging Mass Cytometry™
Synopsis
- Employing in-depth multiplexed data for improved disease profiling and stratification, leading to more successful drug development outcomes
- Simultaneously detecting mRNA and protein on the same tissue for enhanced spatial immune profiling
- Creating consistent imaging results across varied tissue types, bypassing the complications of cyclic procedures and autofluorescence
2:40 pm Afternoon Break
3:10 pm Panel Discussion: Bridging Knowledge Gaps Between Different Generations of Scientists & Pathologists
Synopsis
• Improving collaboration between Scientists and Pathologists
• Educating clinical professionals about the principles and applications of spatial biology
• Exploring strategies to encourage pathologists to embrace spatial biology and facilitate their integration into the workflow
3:55 pm Attaining High Quality Human Samples While Overcoming Heterogeneity, Comparability, & Pre-Analytical Challenges
Synopsis
• Evaluating heterogeneity and comparing lesions
• Highlighting the impact of different sample collection and preservation methods on downstream analyses and data interpretation
• Powering spatial biology studies with limited sample availability