





10+ similar apps compared and reviewed
LUNGS is great, but it's not the only option. Explore 10+ similar apps for iPhone and iPad, each reviewed and rated by real users. Find free alternatives, premium upgrades, and hidden gems.




















This app offers an immersive 3D environment for medical education and surgical training. It allows users to study detailed anatomy, analyze medical imaging in AR, and collaborate in real-time, enhancing medical knowledge and skills.


Learn essential human anatomy with interactive quizzes and spaced repetition. This app breaks down complex topics into manageable lessons, making it ideal for beginners and healthcare students. Master anatomical structures for exams and professional careers.


This interactive app enhances learning of musculoskeletal anatomy by integrating study tools from a popular textbook. It offers flashcards, quizzes, and detailed information on muscle structures, origins, insertions, and innervations. Users can bookmark content, search efficiently, and even learn correct pronunciation.


Explore detailed X-ray images with intuitive labels and in-depth explanations. This app offers interactive quizzes, color-coded anatomy guides, and high-resolution DICOM images to help users learn and master radiographic anatomy.


Explore human anatomy, physiology, and life sciences in interactive 3D. This subscription provides access to a vast content library for in-depth learning and visualization. Features include detailed 3D models, interactive lessons, and study tools for comprehensive understanding.


Explore a comprehensive 3D virtual model of the human body, including anatomy, physiology, and health conditions. Visualize and learn about the inner workings of the human body with interactive tools. Access a vast library of scientifically accurate models for educational and health literacy purposes.


This interactive 3D atlas helps radiologists understand the complex bony anatomy and pathology of the foot and ankle. It features case studies and artist-rendered models to enhance comprehension of musculoskeletal CT interpretations.