3D Organon Anatomy - Heart, Arteries, and Veins 1.0

The 3D Organon Anatomy – Heart, Arteries, and Veins application is a comprehensive interactive atlas tailored to immerse users in the intricacies of cardiovascular anatomy. It features detailed anatomical descriptions and relevant clinical correlations, making it a valuable resource for both students and professionals in the medical field.

This application enables learners to explore heart and vascular anatomy through thousands of realistic anatomical models. It serves as an integrated solution for comprehending clinical, topographic, and systems-based anatomy. The high-quality 3D models facilitate a deeper understanding of spatial relationships among anatomical structures, which can significantly enhance knowledge retention. Additionally, the app offers insights into the skeletal system and connective tissues as an added benefit.

Targeted towards medical and allied health students, the application is also appropriate for patients and general users interested in understanding their body's internal structure and function. Its user-friendly design makes it suitable for patient education in clinical settings, as well as fostering engagement among students aged 12 and older in educational environments.

Key Features:

• Utilizes cutting-edge 3D technology for anatomical visualization.
• Includes an extensive array of structures: myocardium, ventricles, atria, heart valves, pericardium, and great vessels, alongside arteries and veins from all body regions.
• Bonus content featuring the skeletal and connective systems, encompassing ligaments, articular capsules, bursae, cartilages, and other connective tissues.
• Interactive functionalities allowing rotation, panning, and zooming in/out of models.
• Double-tap selection to focus on specific structures.
• Options to hide or fade selected structures for focused learning.
• A realistic X-ray mode that enhances visibility of internal structures.
• Single- and multi-select modes provide flexibility in exploration.
• All textual content and clinical correlations are authored by anatomy professors and medical professionals.
• High-resolution graphics deliver an immersive user experience with stunning lifelike detail.
• The symmetrical design of anatomical structures simplifies learning while maximizing user engagement.
• Snapshot functionality allows users to capture scenes for reference or review at a later time.