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Dr. Noon CKD

Retina-based AI solution that predicts the future risk of
chronic kidney
disease risk

*Product screen image is subject to change.

*Product screen image is subject to change.

*Product screen image is subject to change.

Regulation Info
  • Dr. Noon CKD_Korea MFDS : [Product Name] DrNoon CKD / Approved for clinical trial protocol (Jan. 2024) and designated as a Breakthrough Device (Aug. 2023) by the Ministry of Food and Drug Safety of Korea

*Dr. Noon CKD is under the approval process by MFDS of Korea

AI-powered Solution for Chronic Kidney
Disease Risk Assessment

Dr. Noon CKD is a retina-based AI solution that predicts the future risk of developing chronic kidney disease.
Dr. Noon CKD analyzes the blood vessels in the retina with a simple retinal scan without the need for blood or urine tests and shows the risk of developing chronic kidney disease.

How Dr. Noon CKD works

Discover a simple, seamless process designed for easy integration into clinical workflows.
Follow the step-by-step process of Dr. Noon CKD.

  • STEP 1
    Eye Scan

    Take one picture of each eye to capture the retina.

  • STEP 2
    Image Upload

    The retinal images are uploaded to the healthcare institution’s server or cloud platform.

  • STEP 3
    AI Analysis

    Artificial intelligence automatically
    analyzes the images to assess the patient’s risk of chronic kidney disease.

  • STEP 4
    Result Review

    The risk of chronic kidney disease is determined through an automatically generated report.

Comparison with
Traditional Methods

A comparison with traditional methods highlights Dr. Noon CKD's superior performance
over conventional tests in assessing cardiovascular risk.

Dr. Noon CKD vs Traditional Methods
  • Blood Test (eGFR)
  • Urine Test (ACR)
  • Type
  • Ease of Use
  • Accuracy in Early CKD
  • Footprint & Equipment
  • Predictive Value
  • Utility in Normal
    Kidney Function
Dr. Noon CKD
  • Type Retina-based AI risk prediction
  • Ease of Use
    Easy (Simple retinal photo, <3 min)
  • Accuracy in Early CKD
    High (Effective in asymptomatic cases)
  • Footprint & Equipment
    Small (Requires only fundus camera)
  • Predictive Value
    High (Strong performance across populations)
  • Utility in Normal
    Kidney Function
    Yes (Can predict future CKD risk)
Blood Test (eGFR)
  • Type
    Biochemical (creatinine-based)
  • Ease of Use
    Moderate (Requires blood draw)
  • Accuracy in Early CKD
    Low (May miss early decline)
  • Footprint & Equipment
    Large (Needs lab access)
  • Predictive Value
    Low (Depends on CKD stage)
  • Utility in Normal
    Kidney Function
    No
Urine Test (ACR)
  • Type
    Protein detection
  • Ease of Use
    Moderate (Requires urine sample)
  • Accuracy in Early CKD
    Low (Variable, diet-sensitive)
  • Footprint & Equipment
    Large (Needs lab access)
  • Predictive Value
    Low (Context-sensitive)
  • Utility in Normal
    Kidney Function
    No

Key Benefits

  • High Accuracy

    Provides higher predictive accuracy for chronic kidney disease risk than estimated GFR (eGFR), the current standard kidney function test.

  • Safe & Non-Invasive

    Requires no needle injection or radiation exposure, making it comfortable for patients.

  • Fast Test Results

    Results are delivered promptly, allowing patients to receive their reports without delay.

  • High Accessibility

    It is designed for use in diverse medical settings such as clinics, hospitals, and screening centers, just like standard blood tests.

Ready to take the
next step?

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