Holographic dynamic analysis system for blood sedimentation determination

The holographic dynamic analysis system enables automated correlation and intelligent interpretation of high-dimensional dynamic phenotypic and molecular information of the blood sedimentation process, solving the problem of synchronous acquisition in existing technologies and improving the ability to infer etiology and support clinical decision-making.

CN122238167APending Publication Date: 2026-06-19SHANDONG GUYITANG HEALTH MANAGEMENT CO LTD
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Patent Information

Application Number
CN202610256577.1
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2026-03-04
Publication Date
2026-06-19

AI Technical Summary

Technical Problem

Existing technologies cannot simultaneously acquire high-dimensional dynamic phenotypic information and corresponding molecular information about the blood sedimentation process, which limits the ability to dynamically correlate and diagnose microscopic causes directly from macroscopic sedimentation phenomena.

Method used

A holographic dynamic analysis system is adopted, which combines holographic imaging and three-dimensional reconstruction technology. The tracking and reconstruction module realizes the three-dimensional motion trajectory and morphological analysis of cells, and the extraction and purification module simultaneously obtains nucleic acid substances. The fusion interpretation module establishes the spatiotemporal correlation between dynamic parameters and DNA detection results, and the modeling and prediction module performs causal relationship modeling and feedforward prediction.

Benefits of technology

It enables automated association and intelligent interpretation of high-dimensional dynamic phenotypic and molecular information of the blood sedimentation process, significantly improving the ability to infer etiology and support clinical decision-making, shortening diagnosis time and improving accuracy.

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Abstract

This invention belongs to the field of DNA detection technology, specifically a holographic dynamic analysis system for blood sedimentation assays. Addressing the limitation of existing systems that cannot simultaneously acquire high-dimensional dynamic phenotypic information (such as three-dimensional cell movement trajectories and instantaneous morphology) and corresponding molecular information (such as pathogen DNA and gene characteristics obtained through DNA detection) of the blood sedimentation process, and thus achieve automated correlation and intelligent interpretation between the two, thereby restricting the system's ability to directly infer microscopic etiologies from macroscopic sedimentation phenomena, this invention proposes the following solution. It includes a sample loading module connected to a sedimentation sample pool module. Through holographic dynamic three-dimensional analysis, simultaneous nucleic acid extraction and DNA detection, and multimodal AI fusion, this invention achieves correlation analysis and intelligent diagnosis of the blood sedimentation process from macroscopic dynamics to microscopic molecular mechanisms, significantly improving the system's ability to infer etiologies and support clinical decision-making.
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