Updated the type of analysis automatically created for newly imported single-cell and spatial samples.
Improved caching and updated a configuration for user-assigned subscriptions
Addressed an issue with the user flow for signing the end-user license agreement (EULA)
Intermittent failures with import and analysis tasks.
Non-Illumina assay data is not supported in ICM at this time, including proteomics, single-cell, and spatial.
Support for Illumina Multiomic Assays
Illumina Protein Prep
Illumina Single Cell 3’ RNA Prep
Illumina Spatial Transcriptomics
Illumina DRAGEN RNA (bulk)
Pre-configured & Custom Analysis Workflows
Default Workflows (Pre-configured)
Proteomics: Results in PCA and hierarchical clustering heatmap.
Single-cell Transcriptomics: Results in PCA and UMAP visualizations.
Spatial Transcriptomics: Results in spatial map with transcript overlay; graph-based clusters plotted on a UMAP and pie chart.
Default workflows are automatically initiated for individual single-cell or spatial samples added to an ICM study.
Custom Workflows (User-defined parameters)
Available for all Illumina multiomic assay types.
Includes all default analysis options and additional analysis workflows:
Differential Expression
Pathway Analysis
Gene Set Enrichment
Scalability & Performance Improvements
Up to 10x performance improvement in data import and analysis processing.
Single-cell RNA analyses can now be performed with multiple samples simultaneously.
New samples can be automatically imported into ICM when they are generated as outputs of a DRAGEN secondary analysis pipeline in a linked ICA project.
UI & UX Enhancements
Simplified UI/UX to improve overall usability, reduce complexity, and streamline user flows:
Reworked and consolidated UI components for improved consistency and user experience.
Improved information architecture for easier navigation.
Resolved known issues and made improvements related to technical debt.
Intermittent failures with import and analysis tasks.
Non-Illumina assay data is not supported in ICM at this time, including proteomics, single-cell, and spatial.