Digestive motility · Anorectal manometry
Read the pressure. Recognize the pattern.
The first AI platform applied to high resolution anorectal manometry, assisting automatic detection and differentiation of clinically relevant motility patterns.
HR‑ARM · PRESSURE CHANNELS AI ANALYSIS
01 · Intended use
AI assistance for complex anorectal pressure data.
Smart Mano® enhances the detection and differentiation of the most relevant anorectal motility patterns in high resolution anorectal manometry.
The platform is designed to make interpretation more consistent and help extend access to HR‑ARM beyond specialized reference centers.
AI
The clinical challenge
Complex pressure data can limit access to confident interpretation.
HR‑ARM is central to anorectal functional assessment, yet its availability remains limited and analysis can be technically demanding. Pattern interpretation may vary between observers and clinical settings.
“The opportunity is to make specialized motility interpretation more consistent and more accessible.”
02
How it works
One continuous path from examination to report.
The interface follows the same logic as the technology: information progressively resolves as it moves through the analysis.
HR‑ARM acquisition
High resolution anorectal manometry pressure data enters the analysis workflow.
Signal preparation
The examination is organized into clinically relevant phases and pressure channels.
Pattern detection
The AI identifies disorders of anal tone and contractility across the examination.
Pattern classification
Findings are differentiated using standardized anorectal motility criteria.
Clinical review
Structured results are presented for expert validation and diagnostic reporting.
AI capabilities
Designed for consistent anorectal motility interpretation.
87%
Accuracy for disorders of anal tone and contractility
Automatic pattern detection
Identifies relevant patterns of anal tone and contractility in HR‑ARM examinations.
Motility differentiation
Supports consistent differentiation of the most relevant anorectal motility patterns.
Standardized classification
Organizes AI findings around the London Classification framework used in the validation study.
Accessible expert support
Helps extend advanced anorectal manometry interpretation beyond reference centers.
Structured data review
Transforms complex pressure data into focused information for clinician validation.
03
Scientific validation
Clinical evidence for automatic motility pattern detection.
Artificial Intelligence as a Transforming Factor in Motility Disorders—Automatic Detection of Motility Patterns in High Resolution Anorectal Manometry
Scientific Reports · 2025 · Proof of concept validation
Read publication ↗Clinical benefits
More consistent analysis. Broader clinical access.
01
Automatic detection and differentiation of anorectal motility patterns
↗02
More consistent interpretation of complex HR‑ARM pressure data
↗03
Reduced interobserver variability through standardized analysis
↗04
Greater availability of anorectal manometry interpretation across clinical settings
↗Smart Mano®
Bring intelligent pattern recognition to anorectal manometry.
Talk to our team ↗The products and technologies showcased are part of our advanced research and development pipeline and may be pending regulatory approval in your market.