NeuroScanner-Rare Diseases
The Electronic Health Record (EHR) Screening System is a software solution based on artificial intelligence technologies (CDSS Neuro-Scanner-Rare Diseases). This product increases the efficiency of detecting patients with orphan diseases for further treatment.
The pre-trained CV and NLP models analyze studies, physician EHR epicrisis, and patient pedigree to predict the risk of orphan diseases in children and diagnose these diseases in newborns. The following diseases currently can be analyzed:
• Mucopolysaccharidosis type 1
• Fabry disease
• Pompe's disease
• Niemann-Pick disease type A / B (ASMD)
Technical Architecture
Technology
Tech Platform
Digital Transformation Domain
TR Level
Software Requirements Specifications (SRS) Overview
Project Type
Service Model
Business and Economic Impact
Industry
Project Status
Successfully Deployed in Industry
Unit Cost
$50,000
Pricing Model
Out-licensing & Milestone Payments
Standalone AI Software Product
Social & Environmental Impact
AI-Driven Social & Environmental Impact: Transforming Public Health and Service Quality
Leveraging advanced artificial intelligence technologies, our platform delivers measurable improvements in population longevity and overall well-being. AI-powered analytics and healthcare solutions enhance life expectancy by enabling early detection and personalized interventions, driving sustainable public health outcomes.
Economic Impact
AI-Driven Early Detection of Rare Genetic Disorders: Harnessing advanced artificial intelligence and machine learning algorithms, our platform significantly increases the identification rate of patients with rare genetic diseases, enabling timely intervention and personalized treatment. This breakthrough in AI-powered healthcare analytics not only improves patient outcomes but also reduces long-term healthcare costs by facilitating early diagnosis and targeted therapies. By leveraging big data, predictive modeling, and digital health transformation, businesses and medical providers benefit from optimized resource allocation, enhanced operational efficiency, and a measurable boost in economic value. Empower your organization with AI solutions that drive innovation, accelerate medical advancements, and maximize return on investment in the healthcare sector.