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UterOxy

Dinamica Generale

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UterOxy: Endometrial Oxygen Monitoring System

UterOxy is the first proprietary medical device developed and branded by Dinamica Generale, designed to measure oxygen partial pressure (pO2) inside the uterus in real time during embryo transfer procedures. Based on advanced NIR technology and engineered for in vivo applications, UterOxy introduces a new measurable parameter within the intrauterine environment.

The system enables direct acquisition of oxygen partial pressure data at endometrial level, providing quantitative information during procedures. Its architecture is designed for integration within clinical workflows, supporting data availability and consistency without altering standard practices.

*CE marking pending

 

Why Measure Endometrial Oxygen

UterOxy introduces a measurable parameter within the uterine environment:

  • Real-time acquisition of oxygen partial pressure
  • Quantitative data available during procedures
  • Additional parameter for intrauterine assessment
  • Consistent and repeatable measurements

 

Core Technology

UterOxy is based on Near-Infrared (NIR) spectroscopy, optimized for in vivo uterine analysis:

  • Real-time optical measurement of oxygen partial pressure
  • High sensitivity to local physiological conditions
  • Optical interface designed to ensure a controlled light path
  • Accurate signal acquisition within the intrauterine environment

The system integrates advanced optical components, embedded electronics, and signal processing algorithms developed by Dinamica Generale.

 

Designed for In Vivo Use

The device has been specifically engineered for intrauterine application:

  • Miniaturized fiber probe (Ø 1.4 mm) for minimally invasive use
  • Optimized balance between flexibility and robustness
  • High usability during procedures
  • Compatibility with standard embryo transfer workflows

 

Main Features

Reliability & Usability

  • Resistant to repeated cold sterilization cycles (tested up to 20 cycles)
  • Designed for long-term usability
  • Stable and repeatable measurements
  • Portable medical device

Easy integration into clinical protocols.

Technology Potential

This deep-tech approach enables new possibilities in measurement and monitoring:

  • In vivo sensing within the uterine environment
  • Introduction of new measurable parameters in reproductive medicine
  • Platform for future developments in optical diagnostics

Technical data

Measurement Technology
NIR spectroscopy (in vivo)
Parameter Measured
Oxygen Partial Pressure (pO2) inside the Uterus
Measurement Mode
Real-time
Probe Type
Fiber optic probe
Probe Diameter
1.4 mm
Invasiveness
Minimally invasive
Optical Interface
Optimized for intrauterine light transmission
Sterilization
Cold sterilization (up to 20 cycles tested)
Reusability
Designed for multi-use
Data Visualization
Real-time monitoring (external system/app)
Integration
Compatible with IVF clinical workflows
Compliance
CE marking pending

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