23 Jul Simulation system for simulating fracture healing process
Abstract
The invention relates to a simulation system for simulating a fracture healing process and belongs to the biomedical engineering field. The invention aims to predict the complex process of fracture healing and explore an optimal fracture healing plan. The system includes a fracture region analysis model building module, a blood supply reconstruction subsystem, a fracture healing process modeling subsystem and a program termination judgment module; the fracture region analysis model building module is used for establishing a fracture region geometric model and a finite element model; the bloodsupply reconstruction subsystem is used for modeling the regenerative process of blood vessels from an intracellular molecular level and a cellular level; the fracture healing process modeling subsystem is used for modeling the fracture healing process from a tissue level; and the program termination judgment module is used for judging whether a program is terminated. According to the simulation system for simulating the fracture healing process of the invention, the fracture healing process is modeled from the intracellular molecular level, the cellular level and the tissue level, and therefore, the modeling of the fracture healing process can be improved, the fracture healing process can be simulated more accurately, and favorable help can be provided for the exploration of an optimal fracture healing treatment plan.
Year: 2018
Country: CN
Doc No: 108565027