Body analysis system, organ culture system using body analysis system, and body analysis program

The body analysis system generates 3D models using AI to reflect individual physical conditions, enabling personalized treatment simulations and organ transplantation by cultivating large organs with developed vascular structures.

JP7884308B1Active Publication Date: 2026-07-03CRYSTAL METHOD CO LTD
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Patent Information

Authority / Receiving Office
JP · JP
Patent Type
Patents
Current Assignee / Owner
CRYSTAL METHOD CO LTD
Filing Date
2026-01-29
Publication Date
2026-07-03

AI Technical Summary

Technical Problem

Existing technologies struggle to create 3D models of cells and organs that accurately reflect an individual's physical condition, making personalized treatment simulations and organ transplantation for large organs challenging due to insufficient vascular development.

Method used

A body analysis system that uses AI models to generate 3D models based on individual body data, including vascular structures and neural networks, combined with a 3D printing process to create biodegradable polymer vascular structures for organ culture, allowing for the cultivation of large organs optimized for transplantation.

Benefits of technology

Enables personalized treatment simulations and organ transplantation by accurately reproducing an individual's physical condition, including vascular structures, facilitating the cultivation of large organs with sufficient quality for transplantation.

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Abstract

We provide a body analysis system that generates 3D models that accurately reflect an individual's physical condition, enabling personalized treatment simulations and organ transplants; an organ culture system using the body analysis system; and a body analysis program. [Solution] The system comprises a body data acquisition means for acquiring body data indicating the physical state of an individual, and a 3D model generation means for generating a 3D model representing the individual's molecules, cells, tissues, blood vessels, nerves, or organs based on the body data acquired by the body data acquisition means, wherein the 3D model generation means inputs the body data acquired by the body data acquisition means into an AI model trained on training data which takes body data as input data and outputs a 3D model corresponding to the input data, and generates the 3D model.
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