MedVR: Human Anatomy Interactive VR

MedVR is a cutting-edge virtual reality experience designed for medical students, professionals, and anatomy enthusiasts. Explore the human body in immersive 3D, interact with key organs, and understand physiological processes in real-time.

Features

Nasal Cavity Exploration Squeeze and manipulate the nasal passages to study airflow, sinus structures, and nasal mechanics in a fully interactive environment.

Heart Pumping Simulation Witness the heart beating in real-time. Observe how chambers contract and relax, and how blood flows through the cardiovascular system.

Blood Flow Dynamics Track red blood cells and plasma as they circulate. Learn about oxygen delivery, vascular resistance, and systemic circulation in a fully immersive VR simulation.

Virtual Dissection and Cutting Interact with anatomical structures using precision tools. Slice through tissues to study internal anatomy and organ relationships without any risk.

Educational Integration Includes guided tutorials, quizzes, and annotations to support learning and retention of complex anatomical concepts.

Technical Specifications

Platform: VR-ready (Oculus, HTC Vive, Valve Index, Windows Mixed Reality)

Engine: Unity 2022+

Physics Simulation: Realistic tissue deformation, cardiovascular fluid dynamics

Supported Input: VR controllers (grip, trigger, gestures)

Performance Optimizations: Level-of-detail (LOD) system, asynchronous loading for smooth VR experience

Installation

Clone the repository:

git clone https://github.com/Adam-Diaa/Unity-VR-.git

Open the project in Unity 2022+.

Install the required VR SDKs (Oculus Integration, SteamVR, or OpenXR).

Build and run for your target VR device.

Usage

Put on your VR headset and launch the game.

Use controllers to grab, squeeze, or cut anatomical structures.

Explore the heart and blood flow simulation in real-time.

Follow interactive tutorials to test your knowledge.

Educational Value

MedVR provides an immersive, hands-on learning experience that complements traditional anatomy study methods:

Understand 3D spatial relationships between organs.

Observe dynamic physiological processes like heartbeats and blood circulation.

Practice virtual dissection safely without ethical concerns.

License

MedVR is licensed under the MIT License . You are free to use, modify, and distribute the software for educational purposes.

Contact

For inquiries or collaborations: 📧 Email: adam.khalil07@eng-st.cu.edu.eg