Jump to content

3D Organon VR Anatomy: Difference between revisions

← Older edit
VisualWikitext
m Updated content
No edit summary
 
(17 intermediate revisions by 3 users not shown)
Line 1: Line 1:
{{stub}}
{{stub}}
{{App Infobox
{{App Infobox
|image=[[file:3d organon vr anatomy1.jpg|350px]]
|image=[[file:PHONEd-2.jpg|225px]]
|VR/AR=[[VR]]
|VR/AR=[[VR]]
|Developer=[[Medis Media]]
|Developer=[[Medis Media]]
|Publisher=[[Medis Media]]
|Publisher=[[Medis Media]]
|Director=
|Producer=
|Platform=[[SteamVR]]
|Platform=[[SteamVR]]
|Device=[[HTC Vive]]
|Operating System=[[Windows]]
|Operating System=[[Windows]]
|Type=[[Software]]
|Type=[[Software]]
Line 14: Line 11:
|Input Device=[[Tracked Motion Controllers]]
|Input Device=[[Tracked Motion Controllers]]
|Play Area=[[Room-Scale]]
|Play Area=[[Room-Scale]]
|Game Mode=
|Comfort Level=
|Language=[[English]]
|Language=[[English]]
|Version=
|Rating=
|Review=Positive
|Review=Positive
|Downloads=
|Release Date=Dec 9, 2016
|Release Date=Dec 9, 2016
|Price=$29.99
|App Store=[[Steam]]
|App Store=[[Steam]]
|Website=http://www.3Dorganon.com
|Website=http://www.3Dorganon.com
|Infobox Updated=02/15/2017
|Infobox Updated=02/15/2017
}}
}}
[[3D Organon VR Anatomy]] is a [[VR App]].
[[3D Organon]] is a [[VR App]].
__TOC__
__NOTOC__
==Description==
3D Organon is a medical and healthcare platform.
3D Organon  


3D Organon is a leading medical and healthcare education platform that provides an immersive extended reality (XR) solution for exploring anatomy in an interactive and engaging manner.  
It was initially developed by anatomists Dr. Athanasios Raikos and Dr. Panagiota Kordali.


Initially developed by anatomists Dr. Athanasios Raikos and Dr. Panagiota Kordali at Bond University, Australia, the platform was designed for use in their lectures but has since grown into a widely adopted tool for medical education. It is now integrated into hospitals, libraries, and top universities globally, supporting medical students, educators, healthcare professionals and surgeons in their training.
It was originally designed for lectures but has since grown into a more generalized tool for medical education.


Features
It is now integrated into hospitals, libraries and universities.
 
== Features ==


The platform allows users to manipulate anatomical structures, including bones, muscles, vessels, and organs, in 3D space, providing an interactive exploration of the human body. Users can study body systems, examine anatomical terminology through both visual and auditory channels, and access descriptive texts. The software is designed to enhance experiential learning by offering immersive, hands-on experiences with over 4,000 anatomical structures.
The platform allows users to manipulate anatomical structures, including bones, muscles, vessels, and organs, in 3D space, providing an interactive exploration of the human body. Users can study body systems, examine anatomical terminology through both visual and auditory channels, and access descriptive texts. The software is designed to enhance experiential learning by offering immersive, hands-on experiences with over 4,000 anatomical structures.
Modules


3D Organon stands out as a comprehensive, all-in-one platform with five key modules:
== Modules ==


• Anatomy Module: The flagship module, known for its detailed and interactive 3D anatomical models, offers a wide array of educational activities to facilitate learning.
3D Organon has modules:
• Assessment/Quiz Module: This module encourages active engagement by requiring users to explore 3D models to answer questions, enhancing knowledge retention through interactive assessment.
• Ultrasound Simulator: A dynamic tool that simulates ultrasound scans, providing users with practical, hands-on experience in a controlled, virtual environment.
• XR Medical Imaging Module: This feature allows users to upload medical files and instantly view immersive 3D visualizations of DICOM images.
• Medverse: A virtual environment where educators and institutions can host multi-user training sessions, offering an interactive platform for collaborative online learning.


Applications
• Anatomy Module: The flagship module, known for its detailed and interactive 3D anatomical models, offers a wide array of educational activities to facilitate learning.<br />


3D Organon is versatile and widely used across various educational settings, including:
• Assessment/Quiz Module: This module encourages active engagement by requiring users to explore 3D models to answer questions, enhancing knowledge retention through interactive assessment.<br />


• Individual Study: Self-directed learning through the platform’s interactive tools.
• Ultrasound Simulator: A dynamic tool that simulates ultrasound scans, providing users with practical, hands-on experience in a controlled, virtual environment.<br />
• Group Teaching: Small-group tutorials and large lecture settings.
• Virtual Classrooms: Online classes hosted by institutions and educators.
• Patient Education: Used to enhance patient understanding of medical conditions and treatments.
• Surgical Planning: Assists surgeons in visualizing anatomical structures for pre-operative planning.
• Clinical Skills Training: Helps users practice and hone their clinical skills.
• Cadaveric Dissection: Provides a virtual alternative to traditional dissection practices.
• Medical Research: Offers an innovative tool for researchers to explore anatomical models and medical imaging.


Impact and Recognition
• XR Medical Imaging Module: This feature allows users to upload medical files and instantly view immersive 3D visualizations of DICOM images.<br />


3D Organon has been recognized for its role in advancing medical education, with research demonstrating its effectiveness in improving both knowledge retention and practical skills. The platform has garnered trust from over 600 top-tier institutions worldwide.
• Medverse: A virtual environment where educators and institutions can host multi-user training sessions, offering an interactive platform for collaborative online learning.


It has also received attention from prominent media outlets and industry leaders. Notably, it was featured in a keynote address by Mark Zuckerberg, co-founder and CEO of Meta (formerly Facebook), at the Oculus Connect 3 (OC3) conference. Publications such as Huffington Post, Scimex, SBS, and Futurism have recommended 3D Organon as a pioneering tool for the future of science, education, and medicine.
== Applications ==
Educational Benefits


3D Organon promotes the gamification of learning, offering students an engaging, immersive, and stimulating educational experience. The platform’s high degree of immersion helps minimize distractions and reduce boredom in classroom environments. Its dynamic approach to learning has made it an essential tool in medical education, enabling users to actively engage with and retain complex medical concepts.
3D Organon is versatile and widely used across various educational settings, including:


Main features of 3D Organon Anatomy:
• Individual Study: Self-directed learning through the platform’s interactive tools.<br />


•15 human body systems with more than 4000 realistic anatomical structures and organs
• Group Teaching: Small-group tutorials and large lecture settings.<br />


•Grab and move structures in 3D space with life-like precision
• Virtual Classrooms: Online classes hosted by institutions and educators.<br />


•Easily understand spatial relationships between anatomical structures
• Patient Education: Used to enhance patient understanding of medical conditions and treatments.<br />


•Zoom in and take a close look at any organ, nerve, vessel etc.  
• Surgical Planning: Assists surgeons in visualizing anatomical structures for pre-operative planning.<br />


•Read and listen anatomical terminology and study descriptive texts
• Clinical Skills Training: Helps users practice and hone their clinical skills.<br />


•Unique stereoscopic presentation of 3D anatomy
• Cadaveric Dissection: Provides a virtual alternative to traditional dissection practices.<br />


•Inner image of male and female human body designed with precision and beauty
• Medical Research: Offers an innovative tool for researchers to explore anatomical models and medical imaging.


•X-ray mode feature when fading single or multiple structures 
== Usage ==
The platform has garnered trust from over 600 top-tier institutions worldwide.


It has also received attention from media outlets. It was featured in a keynote address by Mark Zuckerberg, co-founder and CEO of Meta (formerly Facebook), at the Oculus Connect 3 (OC3) conference.


Publications such as Huffington Post, Scimex, SBS, and Futurism have recommended 3D Organon as a tool for science, education, and medicine.


Male and female body systems:
== Body systems: ==


•Skeletal
•Skeletal
Line 122: Line 104:


•Integumentary (skin)
•Integumentary (skin)
==Features==


==System Requirements==
==System Requirements==
Retrieved from "https://vrarwiki.com/wiki/3D_Organon_VR_Anatomy"