ENDOANGEL - a medical diagnostic product with artificial intelligence for endoscopic quality control and lesion diagnosis

The first AI medical product that integrates endoscopic quality control and lesion diagnosis.

With real-time dynamics and clinical features

Applications:

Upper GI:

- Gastroscopy:

- Gastric blind spot monitoring

- Early diagnosis of gastric cancer

Lower GI

- Colonoscopy:

- Ejection velocity monitoring (certified) + intestinal polyp/adenoma recognition (certification to be obtained in Q4)

BP Master:

Scan quality control:

Monitoring of standard EUS scan,

Monitoring of EUS anatomical landmarks.

Assisted navigation:

- Real-time navigation implementation using EUS-scanning of biliopancreatic sonography

- Automatic measurement of the diameter of the biliopancreatic duct.

1. Upper gastrointestinal quality control function

Application effect: Significantly reduces the blind spot of upper gastrointestinal examination and reduces the risk of missed detection and diagnosis. Use for doctors with little experience (interns and young specialists) :

- The learning process of standard gastroscopy can be accelerated; Use for doctors with a lot of experience (experts) :

- Prevents "examination fatigue" due to visual fatigue, detection may be missed, this program prevents fatigue, and returns the expert to the place of impression if it was missed during the examination.

- significantly reduces examination time

◆ Monitoring of the blind spot of the upper digestive tract was realized by identifying 26 parts, and the examination process was standardized in time and evaluation.

2. Early detection function of upper gastrointestinal cancer

Suspicious lesions were detected under white light, and high and low risks were assessed. Recommendations for early cancer typing were provided in the color intensity increase mode. Detection of gastric lesions and diagnosis of neoplasms using white light endoscopy.

• Application effect Significantly increases the detection rate of neoplastic lesions, increases the rate of positive biopsy results and the detection rate of precancerous lesions.

Diagnosis of EGC (early cancer) using M IEE (magnification endoscopy with contrast image).

3. Lower GI quality control function

• Application effect It can significantly improve the stability of colonoscopy, reduce the blind spot of the field of view, and improve the detection rate of polyps and adenomas with the time of discharge. Young doctors, in particular, independently monitor their own practice, starting from the first own examination and summarizing undetected cases.

4. Detection of polyps and adenomas of the lower GI tract

According to the requirements of clinical guidelines:

-the detection rate of polyps should be ≥40%,

- the detection rate of adenomas is ≥25%;

This is difficult to guarantee in real clinical practice, and the detection rate is difficult to plan. (*European Society of Gastrointestinal Endoscopy Guidelines “Performance Indicators for Lower Gastrointestinal Endoscopy: A European Society of Gastrointestinal Endoscopy (ESGE) Quality Improvement Initiative”)

Innovation implemented EndoAngel: Dynamic real-time identification and tracking of colon polyps with blue prompt window, also highly sensitive to micropolyps and adenomas. Application effect: Significantly increases the detection rate of polyps/adenomas, improves endoscopist “endurance” and achieves a uniform level of examination across hospitals and physicians.

5. Endoscopic Ultrasound Analysis (EUS-AI)

BP-Master

The world's first and currently the only Leading Artificial Intelligence product for real-time quality control and navigation during endoscopic ultrasound (EUS)

Usage:

Scan quality control:

- Monitoring of standard station scan of biliopancreatic ultrasound (EUS),

- Monitoring of anatomical landmarks scan of biliopancreatic ultrasound (EUS) Assisted navigation:

- Real-time navigation implementation of EUS biliopancreatic ultrasound scan + automatic measurement of duct diameter of biliopancreatic ultrasound.