An open-source software for building and simulating ordinary differential equation models in biology.

Area of Science:

• Computational Biology
• Systems Biology
• Bioinformatics

Background:

• Mathematical and computational modeling are crucial for exploring complex biological systems.
• A significant barrier exists for researchers lacking expertise in mathematical modeling and programming.
• Current software tools are often complex, overly general, or proprietary, hindering accessibility.

Purpose of the Study:

• To introduce ODE-Designer, an open-source software tool designed to simplify the construction and simulation of Ordinary Differential Equation (ODE) models in biology.
• To provide an accessible and user-friendly platform for biological modeling, overcoming existing software limitations.

Main Methods:

• Development of ODE-Designer, an open-source software with an intuitive visual interface.
• Implementation of a node-based graphical user interface for model creation without coding.
• Integration of model simulation capabilities and automatic code generation.

Main Results:

• ODE-Designer enables users to create and simulate ODE models through a visual, code-free interface.
• The software automatically generates corresponding code, facilitating model exploration and understanding.
• It lowers the barrier to entry for computational modeling in biological research and education.

Conclusions:

• ODE-Designer enhances accessibility to computational biology tools for researchers and students.
• The software promotes a quantitative approach in biological research and education.
• It serves as a valuable resource for building and simulating ODE models in biology.