Dynamic medical twinning system based on physiological double-helix driving and four-dimensional linkage mode and interactive prediction method

The dynamic medical twin system driven by physiological double helix and four-dimensional linkage modality solves the problems of data fragmentation and single interaction in existing medical digital twin systems. It realizes real-time fusion of multi-source data and physiologically interpretable disease course prediction, thereby improving the clinical decision-making ability of personalized medicine.

CN122369778APending Publication Date: 2026-07-10DALIAN UNIV
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Patent Information

Application Number
CN202610269880.5
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2026-03-06
Publication Date
2026-07-10

AI Technical Summary

Technical Problem

Existing medical digital twin systems suffer from problems such as data and mechanism separation, low integration of multi-source heterogeneous data, black-box prediction models, and limited interaction methods, making it difficult to achieve accurate prediction and real-time interaction, and thus unable to meet personalized medical needs.

Method used

A dynamic medical twin system based on physiological double helix drive and four-dimensional linkage modality is adopted. Through real-time data fusion and bidirectional coupling of physical entity helical modules and digital virtual entity helical modules, combined with a base complementary pairing engine, it can achieve accurate extraction of multi-source data and real-time solution of physiological equation network, and support high-fidelity presentation and interaction of four-dimensional linkage modality.

Benefits of technology

It achieves high-fidelity presentation of patients' physiological state across scales, has physiologically interpretable disease course prediction and real-time feedback of virtual intervention, improves the foresight and scientific nature of clinical decision-making, and adapts to the needs of medical and health management in multiple scenarios.

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Abstract

The invention relates to the technical field of wisdom medical treatment and digital twinning crossing, in particular to a dynamic medical twinning system based on physiological double-helix driving and a four-dimensional linkage mode and an interactive prediction method. According to the system, multi-source biophysical data are continuously collected and fused through a physical entity spiral, a digital virtual body spiral solves a metabolism-stress field coupled physiological equation network in real time, and endogenous synchronous mapping of gene loci and expression protein is achieved through a built-in base complementary pairing engine through the physical entity spiral and the digital virtual body spiral. The mirror image mode, the deduction mode, the intervention mode and the knowledge mode are responsible for high-fidelity real-time presentation, disease course prediction, virtual intervention deduction and clinical knowledge precipitation respectively, and a complete closed loop of'observation-deduction-intervention-learning 'is formed. According to the method, the system architecture is subjected to dimension rising from static hierarchical stacking to a dynamic life entity metaphor, a user is supported to carry out virtual operation on twin bodies, multi-scale physiological response of the whole system is fed back in real time, and crossing from shape simulation to life mechanism simulation is achieved.
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