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Analytics — Predictive Biomarker IHC

H&E to IHC.
No Reagents. No Stains.

AI-powered digital transformation of H&E-stained slides into high-fidelity IHC-equivalent images — eliminating costly reagents, reducing turnaround time, and enabling precise biomarker analysis without additional tissue consumption.

AI Transformation
H&E Stained
Predictive Biomarker IHC
Why Predictive Biomarker IHC

The future of IHC is digital,
reagent-free, and instant.

Predictive Biomarker IHC replaces the entire physical staining pipeline with a single AI inference — no chemicals, no waste, no waiting.

No Physical Staining

AI digitally replicates the staining process, completely eliminating expensive chemical stains, reagent procurement, and batch-to-batch variability.

Eco-Friendly & Non-Toxic

Remove chemical processing from your workflow. Predictive Biomarker IHC minimizes toxic waste, making laboratory operations safer and more environmentally responsible.

Significant Cost Savings

Reduce expenses related to reagent procurement, waste disposal, and repeated staining due to inconsistent results — with no compromise on analytical quality.

Multiplexing

Multiple biomarkers.
One tissue section.

Traditional IHC requires separate stains on separate slides — depleting samples and increasing costs. Predictive Biomarker IHC enables simultaneous analysis of multiple biomarkers from a single H&E section.

Single-Slide Multiplexing

Analyze several markers on the same tissue sample, preserving rare biopsy material that would otherwise be consumed by sequential staining.

Tumor Microenvironment Analysis

Study complex interactions between cell types and biomarkers without cross-reactivity issues common in traditional multiplex IHC.

Unlimited Re-Analysis

Run computational analysis repeatedly without additional staining — preventing irreversible sample loss and enabling iterative research workflows.

Standardization & Reproducibility

Eliminate human bias.
Quantify with precision.

Manual IHC is prone to variability from reagent concentration, incubation time, and subjective interpretation. Predictive Biomarker IHC delivers standardized, reproducible results across labs and pathologists — every time.

Traditional IHC
Reagent batch variability
Subjective interpretation
Inter-lab inconsistency
Tissue consumption
Hours of turnaround
Predictive Biomarker IHC
AI-driven objectivity
Quantitative scoring
Cross-lab consistency
Zero tissue loss
Minutes to results
Seamless Integration

Fits into your existing
digital pathology workflow.

Predictive Biomarker IHC integrates with OptraSCAN's scanners, IMAGEPath software, and cloud infrastructure — or your existing third-party setup.

Cloud & On-Premise

Deploy flexibly — accessible from anywhere for remote collaboration, or installed on-premise for secure, local processing.

OptraSCAN Ecosystem

Works alongside OS-SiX, OS-Lite, OS-Ultra, OS-FLi scanners and IMAGEPath for a complete end-to-end digital pathology solution.

High-Throughput Scalable

Designed for rapid, large-scale analysis — simultaneous processing of thousands of slides for both research and clinical environments.

Automated & Rapid

AI-driven algorithms accelerate tissue scoring from hours to minutes, with structured outputs ready for downstream analysis or publication.

Predictive Biomarker IHC Webinar

Watch our deep-dive into how AI-powered predictive biomarker IHC is transforming IHC workflows — from the science behind it to real-world implementation.

Watch on YouTube →
Compatible Scanners

Works with every
OptraSCAN system.

OS-SiX™
6-Slide Brightfield
OS-Lite™
15-Slide Brightfield
OS-Ultra™
80–480 Slide Brightfield
OS-FLi™
Fluorescence + Brightfield

Experience the future of IHC with OptraSCAN.

See how AI-powered predictive biomarker IHC can eliminate reagents, reduce costs, and accelerate your biomarker analysis workflow.

Request a Demo