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DEEP:SPINE

DEEP:SPINE is a medical artificial intelligence (AI) solution that can be applied to X-ray and MRI images of the spine.

Spinal X-Ray and MRI Imaging, DEEP:SPINE 
Fast and accurate diagnosis We are here to help.

There is a trend that many modern people are at a higher risk of developing spinal diseases due to the bad posture and habits they have while sitting at work or school for a long time, which puts a strain on the spine. In order to prevent and diagnose these spinal diseases, the number of X-ray and MRI images of the spine is increasing countless times.

Especially in the case of medical imaging, since radiologists detect abnormal findings with the naked eye and manually read positions and angles, time is delayed and the amount of reading tasks is excessively accumulated.

The DEEP:SPINE medical artificial intelligence (AI) solution helps doctors to reduce the burden of these accumulated simple and repetitive tasks and increase work efficiency.

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It assists medical staff in reading by providing information on the location and presence of major abnormalities on X-ray and MRI images of the spine.

It advances the performance of spine X-ray examination and MRI examination.

DEEP:SPINE uses artificial intelligence (AI) technology to detect abnormalities (compression fractures, scoliosis angles, intervertebral disc abnormalities, etc.) If you input an image in DICOM file format, the contour and probability values of the suspected area of spinal disease (compression fracture, scoliosis) are displayed.

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It can reduce the burden of reading time.

If you prioritize image reading based on the analysis result data of DEEP:SPINE and proceed with your work, you can expect to improve the efficiency of your Spine X-ray image and MRI image reading task. Visualization and quantification of suspicious areas makes it possible to reduce the reading time and burden on specialists.

You can focus on the more serious patients first.

By providing anomaly probability information through artificial intelligence (AI) analysis, doctors can quickly filter out normal images and focus on abnormal patients. Especially for radiology residents in emergency departments, it accelerates the decision-making process and treatment, allowing for faster response to patients with potentially high disease severity.

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DEEP:SPINE-CF-01

Approval from the Ministry of Food and Drug Safety (No. 19-550)

Marking the suspected compression fracture of the vertebral body

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1. AI-related medical images for each disease
Analyze data and
Assist doctors with reading.

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2. Quickly locate the disease Detects and alerts you to anything suspicious.

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3. Easy PACS interworking / It is interlocked with the PACS in the hospital through simple DICOM communication.

Detection of suspected compression fractures of the vertebral body

Sensitivity

68.45% More than

Specificity

89.7% More than

92.39%

98.1%

Ministry of Food and Drug Safety Clinical Trial Results

DEEP:SPINE-SC-01

Certified by the Ministry of Food and Drug Safety (Jane 20-4743)

Automatically measure and display the position of the vertebrae at both ends of the curve and the Cobb angle between them

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One. . AI analyzes ​medical image data related to each disease and assists medical institutions and doctors in reading.

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2. Quickly locate the disease Detects and alerts you to anything suspicious.

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3. Easy PACS interworking / It is interlocked with the PACS in the hospital through simple DICOM communication.

Indicate the Cobb angle between the vertebrae at the ends of the curve.

Symmetric Absolute Percent Error Mean SMAPE

23.45below

DEEP:SPINE-BM-01

Certified by the Ministry of Food and Drug Safety (Jane 20-4709)

Shows darker areas within the vertebrae than their surroundings

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One. . AI analyzes ​medical image data related to each disease and assists medical institutions and doctors in reading.

DEEPAI icon-05.png

2. Quickly locate the disease Detects and alerts you to anything suspicious.

DEEPAI icon-06.png

3. Easy PACS interworking / It is interlocked with the PACS in the hospital through simple DICOM communication.

Marking and analysis of darker areas within the vertebrae than surrounding vertebrae in spinal MRI T1 images

Accuracy

70%More than

Preview the screen of DEEP:SPINE.

DEEP:SPINE can detect abnormal radiographic findings and diseases of the spine. We will do our best to develop it to detect more kinds of diseases.