CLINICO-MULTIOMIC INTELLIGENCE PLATFORM
Transforming Complex Clinico-Omic Data into Actionable Biological Intelligence
Bridging the gap between raw multi-modal sequencing datasets and clinical utility for translational discovery and precision health.
Fast Turnaround
Zero troubleshooting analysis
AI/ML guided multiomics
Clinical connect
END-TO-END ORCHESTRATION ARCHITECTURE
Flexible Ingestion: (User provided) Raw omic sequencing files via CLI/API or (mine existing) select direct counts from our MolGPS feature bank.
Multi-Scale Support: Architected for patient-level, research lab, and large cohort datasets.
Broad Modalities: Bulk DNA/RNA, scRNA-seq, spatial, proteomics, metabolomics, microbiome & clinical EHR.
Cloud Registry: Assigns unique encrypted dataset IDs for seamless downstream API & batch runs.
Single-Omic Kits: 11 specialized kits tailored for targeted genomic, transcriptomic, or proteomic workflows.
Multi-Omic Kits: ~7 advanced integrated kits combining single-cell, spatial, and multi-modal layers.
3 analysis options/kit: Base processing and feature extraction | Advanced literature curated workflows | Interpretable ML models.
Dynamic Pricing & Checkout: Interactive sample count selector with transparent per-kit pricing, instant add-to-cart, and seamless analysis start[cite: 7].
Analyzed Data Files: Clean, structured object outputs ready for inspection.
Result Plots: Publication-quality visualizations generated automatically across your chosen modalities.
Interactive Interpretation Report: Dynamic HTML reports designed for deep biological exploration.
External Tools & Prep: Integrated database devs and tools designed for exploratory drafting and article preparation.
Clinically Actionable Features (CAFs): Extracts tailored biological features defined specifically for each omic data type.
Files & Exploratory Plots: Access raw and processed CAF data files alongside interactive visualization plots to inspect results.
Modality-Specific Mapping: Differential expression for bulk RNA; cell types, DEGs, and ligand-receptor interactions for scRNA; SNPs for WGS, and more.
Interactive Exploration: Seamless option to inspect, filter, and explore CAFs to drive down-stream clinical and translational insights.
Advanced Subtyping: Classifies samples using known disease subtypes or discovers novel clinical outcome-based subgroups.
Explain Outcome: Interpretable machine learning layers that map features directly to patient prognosis and survival.
Hidden Molecular Patterns: Uncovers latent biological structures and complex multi-modal interactions.
Production ML Development: Robust, validated model architectures built for scalable bioinformatics inference.
Drug Target ID
Precision Reporting
OUR HIGH-TOUCH EXPERT SERVICES
Bridging self-serve multi-omic kits with dedicated bioinformatic leadership and enterprise platform builds.
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FRACTIONAL BIOINFORMATICS SCIENTIST
Embedded Bioinformatic Leadership & Custom Analysis
Get full-stack computational biology support—from custom multi-omic pipeline execution to dedicated bioinformatic leadership embedded directly within your R&D team.
Project-Based (SOW): Custom pipeline execution, target validation, and publication/FDA-ready reports.
Fractional Retainer: Dedicated monthly computational hours (10–40 hrs/mo) acting as your bioinformatic lead.
Best For: Pre-seed/seed biotechs, academic PIs, and CROs needing specialized, hands-on omic execution on demand.
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CUSTOM ENTERPRISE DEVELOPMENT
Clinical-Grade Precision Systems In-House
Collaborate with our core engineering team to design, validate, and deploy custom multi-omic intelligence engines tailored to your proprietary datasets.
Phase 1 (The Pilot): Rapid proof-of-concept modeling using your internal datasets to benchmark accuracy and performance.
Phase 2 (Deployment): Build and deploy fully compliant, secure precision ML infrastructure directly in your environment.
Best For: Health systems, molecular diagnostic labs, and pharma teams scaling internal clinical data engines.