KGMU Innovates Handheld Device for Rapid Internal Bleeding Detection
KGMU doctors have created a portable device to detect internal bleeding, enhancing trauma care during emergencies.
Doctors at King George's Medical University (KGMU) in Lucknow have developed an innovative handheld device designed to detect internal bleeding in trauma patients. This new tool aims to enhance emergency care, particularly during the critical 'golden hour' following an injury, when rapid intervention can be life-saving.
Revolutionizing Trauma Care
The device, developed by Prof. Prem Raj Singh and Prof. Amiya Agarwal, is specifically tailored for trauma scenarios. It identifies abnormal fluid accumulation in the abdomen, such as internal bleeding, which often remains undetected in accident victims. Unlike traditional methods, this portable probe does not require a screen or specialized operators, making it accessible for use by ambulance drivers and paramedics with minimal training.
Prof. Singh emphasized the challenge of diagnosing internal hemorrhage, especially in settings like ambulances and rural healthcare centers where advanced diagnostic tools are unavailable. The new device operates on both electricity and battery power, simplifying its deployment in various environments.
Potential Impact on Emergency Response
Internal bleeding affects approximately 30% to 35% of trauma patients, necessitating specialized treatment. The device can aid in early detection, allowing healthcare professionals to decide quickly on the need for patient transfer to specialized trauma centers. This capability is crucial in smaller hospitals lacking advanced diagnostic facilities.
Prof. Agarwal highlighted the device's utility in identifying high-risk patients early, ensuring timely referral to specialized centers. The device can also perform serial monitoring to track blood loss progression, providing critical data for ongoing patient assessment.
Patent Pending for Innovative Design
The inventors have filed a patent for both the concept and design of the device, with the application already published, though awaiting final approval. This step underscores the device's potential to transform trauma care by offering a practical solution for detecting internal bleeding swiftly and efficiently.