3D Organon Anatomy

3D Organon Anatomy is an interactive anatomical atlas packed with features and comprehensive text descriptions, along with over 160 clinical correlations frequently observed in practice, arranged by body system.

Explore human anatomy through more than 4000 realistic anatomical models and structures. This all-in-one platform facilitates learning in clinical, topographic, and systems-based anatomy. The inclusion of 3D anatomical models enriches understanding of spatial relationships among structures, promoting improved knowledge retention.

Designed for medical and allied health students and professionals, the app is also suitable for patients and individuals seeking to enhance their understanding of their body's inner workings. It serves as a useful educational tool in healthcare settings and can benefit students aged 12 and above by enhancing engagement in the classroom.

The 3D Organon Anatomy app provides detailed models for both male and female anatomy, covering various body systems for each gender such as Skeletal, Connective, Muscular, Arterial, Venous, Nervous, Lymphatic, Heart, Respiratory, Digestive, Endocrine, Urinary, Reproductive, Sensory organs, and Integumentary (skin).

Key Features:

• Utilize cutting-edge 3D technologies to visualize anatomy.
• Access unique topographic and systems-based anatomical layouts for clear presentation.
• Easily toggle different systems on or off using dedicated buttons.
• Rotate, pan, and zoom to view structures from different angles.
• Select structures with a double tap for focused examination.
• Hide or fade selected structures as needed.
• Choose between single- and multi-select modes for enhanced interaction.
• Enjoy the realistic X-ray mode feature through the 'Fade others' option.
• Benefit from meticulously curated text descriptions and clinical correlations by anatomy professors and medical experts.
• Experience high-detail graphics for a lifelike user interface.
• Instantly display muscles in layers - from deep to superficial - using dedicated action buttons.
• The symmetrical design of organs and structures enhances learning efficiency and user experience.
• Capture snapshots of scenes for future reference or study purposes.