MEDIHUB STROKE

MEDIHUB STROKE

Stroke Total Solution

Fast. Accurate. Healthy.

MEDICAL AI GAME CHANGER

Stroke Total Solution

Stroke can be classified into two categories: Hemorrhage and ischemia. Stroke is a serious disorder that occurs commonly so fast and accurate treatment within golden hour is crucial. MEDIHUB STROKE assists fast and accurate stroke diagnosis system in a single platform with various medical image (CT, CTA, MRI, MRA) analysis technology.

Hemorrhagic stroke is a cerebrovascular disorder caused by ruptures of cerebral blood vessels.
The common causes could be high blood pressure, brain aneurysm ruptures, etc.
Emergency hemorrhagic stroke patients are immediately diagnosed via CT images and in this step, JLK's flagship solutions, JLK-ICH and JLK-CTIi detects and marks the presence of dark areas in regions excluding the cerebrospinal fluid area within brain CT images.

Ischemic stroke occurs more frequently than hemorrhagic strokes (83%) and it is a disorder with blocked blood vessels that cause part of the brain to be damaged.
The damaged part where blood vessels were is necrotized, leaving symptoms permanently.
Patients with suspected cerebral infarction are found more easily in MRI after a CT scan.
MEDIHUB STROKE's MRI solutions assist faster and more accurate treatment methods by offering quantitative information on the diagnosis and treatment of acute ischemic strokes.

AI Solution Pipeline

MEDIHUB STROKE

JLK-ICH
NCCT IntracranialHemorrhageDetection SubtypeClassification

[JLK-ICH]
AI Based Hemorrhagic Stroke Detection Solution

JLK-ICH is an AI-based medical solution that analyzes brain CT images to detect the presence and location of intracranial hemorrhage.

This solution was developed to rapidly analyze the presence of cerebral hemorrhage in emergency situations and assists medical staff in making quick decisions and diagnoses.
JLK-LVO
CT Angiography LVOdetection DensityComparison

[JLK-LVO]
AI Based Large Vessel Occlusion Detection Solution

JLK-LVO uses AI to analyze CT angiography images and provides information on suspected large vessel occlusion areas. Based on the analyzed results, it provides cerebral vascular density comparison information for bilateral middle cerebral artery regions.

The provided information assists medical staff in diagnosis and treatment decisions and can help in patient-specific treatment planning.
JLK-CTP
CT Perfusion Tmax>6s rCBF<30% MismatchVolume&Ratio

[JLK-CTP]
Brain Computed Tomography Perfusion Image Analysis Solution

JLK-CTP analyzes brain CT perfusion images to automatically calculate the volume of the infarct core and the volume of perfusion deficit areas.

Based on this, it measures the volume of the penumbra to assist in determining treatment plans for hyperacute ischemic stroke.
JLK-DWI
MR Diffusion IschemicStrokeSubtype LesionDetection

[JLK-DWI]
AI-Powered Ischemic Stroke Subtype Analysis Software

JLK-DWI uses AI to detect suspected cerebral infarction lesions in diffusion-weighted MR images and analyzes the size, location, and pattern of the lesions.

Based on the analyzed results, it provides probability values for large-artery atherosclerosis, cardioembolism, and small-vessel occlusion to assist medical staff in diagnosis and treatment.
JLK-PWI
MR Perfusion Tmax>6s rCBF<30% MismatchVolume&Ratio

[JLK-PWI]
Brain Magnetic Resonance Perfusion Image Analysis Solution

JLK-PWI automatically calculates the infarct core volume based on diffusion-weighted MR images and automatically calculates the volume of perfusion deficit areas based on perfusion images.

Based on this, it measures the volume of the penumbra to assist in determining treatment plans for hyperacute ischemic stroke.
JLK-UIA
3D TOF MRA AneurysmDetection AneurysmAnalysis

[JLK-UIA]
AI Based Cerebral Aneurysm Detection Solution

JLK-UIA analyzes time-of-flight images from brain magnetic resonance angiography to detect suspected unruptured intracranial aneurysm areas and provides morphological information such as the size and volume of aneurysms.

The provided information assists medical professionals in diagnosis.