This web application is a 3D brain visualization tool that allows users to explore brain regions and their associated functions. For example, users can understand the role of each lobe in various cognitive processes, such as how the frontal lobe is involved in decision-making and the temporal lobe in memory. The brain model is based on the Destrieux atlas, including regions such as the frontal, parietal, temporal, and occipital lobes. Users can select regions from the dropdown menu to highlight areas of interest.
The brain model was created using the Three.js library and OBJLoader, with brain parts loaded from JSON files containing their corresponding OBJ files. The brain regions are rendered with a transparent material to allow users to see the underlying structure of the brain.
The semiology examples were loaded from a JSON file. Users can select an example from the dropdown menu to highlight the associated brain regions. The description is displayed below.
This web application is intended for educational and informational purposes only, emphasizing the value of exploring brain functions interactively. It is not a substitute for professional medical advice, diagnosis, or treatment. Users should not make healthcare decisions based on the information provided here. Always consult a qualified healthcare professional for any medical concerns or conditions.
This web application uses the GPT-4o model to generate the semiology examples, providing users with information about different brain functions and regions through human-like text. GPT-4o was used for its ability to generate accurate (???), user-friendly descriptions of complex medical information.
This web application was created as part of the BioniChaos project and aims to raise awareness about epilepsy and provide educational resources. We encourage users to provide feedback or suggestions to help make the educational experience even more interactive. We also acknowledge the Destrieux atlas and other resources from Brainder.org for providing critical information and the brain model used in this application.