Research & Development
Develop based on Nobel-Prize-Awarded laureates’ Theory: Recognize Local Heat Pattern.
The Warburg Effect (Otto Heinrich Warburg, 1931 Nobel Prize Laureate )
Abnormal cells primarily utilize aerobic glycolysis and have a higher metabolic rate than normal cells, thus generating more heat.
Angiogenesis (Judah Folkman, a pioneer of angiogenesis research)
New blood vessels lead to increased blood flow at the site of malignant cells and cause an increase in temperature
Local Metabolic Heat Pattern
The increase in local temperature becomes an independent heat pattern
Cloud computing big data analysis
Monthly comparisons to establish trend changes
Left-right breast sign comparisons
Deep learning time series classification using convolutional neural network
Innovative breast health screening and risk assessment system
Based on the in-depth research of “Cell Micro-dynamics” and “Modern Biorhythm Diagnostics”, we have developed a set of “Breast Biorhythm Monitoring System”. We are committed to providing customers with convenient and economical breast health risk detection and early warning services, so that users can enjoy them at home. This system detects the “micro-sign” data transmitted from inside to the surface of the breast skin, establishes a “cell micro-dynamics” mathematical model that has clinical correspondence with the data and realizes breast health risk monitoring at home.
Self-developed artificial intelligence (AI) analysis system
The big data computing system independently developed by our expert team can provide reliable data monitoring and analysis functions, realize time series analysis (individual) and horizontal comparison (group), and provide users with breast health risk levels and early warnings.
Cloud-based digital Bio-marker Library
The biological data (“digital biomarkers”) collected through the AI analysis system will be stored in a digital biomarker library encrypted with blockchain technology. As the amount of data increases, the depth and breadth of the AI analysis system is continuously improved and enhanced, making it an ever-improving breast health risk assessment tool.
Personalized mobile APP
Channeling data between data collection device and AI analysis system, providing a seamless user experience, becoming the only personal breast health APP on the market.
Advanced data-collection device
Collect micro-sign data of the breast, including the skin temperature at the contact point of the sensitor, the temperature and humidity of the local environment, and their changes.