Non-Invasive Cervical Dilation Monitoring

Brief Description

An innovative ultrasound-based device designed to measure cervical dilation and potentially monitor fetal conditions more accurately and less invasively during labor.

Full Description

This technology introduces a novel approach to labor monitoring, utilizing a narrow linear ultrasound probe embedded in a Foley catheter. It aims to provide precise measurements of cervical effacement and dilation, offering an alternative to traditional, often invasive, cervical checks. With the capability for high-resolution imaging and potential for additional fetal monitoring, this device represents a significant advancement in obstetric care, enhancing safety and comfort for laboring women.

Suggested uses

• Obstetric care in hospitals and maternity clinics for labor monitoring. 
• Potential use in remote or low-resource settings where traditional monitoring is challenging. 
• Integration into existing labor and delivery protocols to enhance patient care

Advantages

• Non-invasive alternative to traditional cervical checks, potentially reducing infection risks. 
• High-resolution imaging for accurate measurements of cervical dilation and effacement. 
• Embedded in a Foley catheter, leveraging existing epidural procedures for ease of use. 
• Potential capabilities for additional fetal monitoring, including blood oxygenation levels. 
• Provisional patent filed, indicating a protectable and innovative approach.

Patent Status

Patent Pending