Dsyfunctional Muscles Simulator & related products
1st Demo: 3D Anatomy showing muscle origin, insertion & function.
2nd Demo: Replacing cadavers using Augmented Reality anatomy.
3rd Demo: Functional & dysfunctional muscles actions simulation - core product.
4th Demo: 3D assessment animations for physiotherapists.
5th Demo: AI & openCV to detect the patient body range of motion.
Check Videos3D Anatomy system for students
3D model with 16 layer showing all body muscles with it core functionality.
View the 3D model from different views at the same time!
Highlight the muscle origin & insersion.
Account for each student to save notes.
AR Augmented Reality 3D Anatomy
Views muscles information by clickong with your hand on a virtual image!!
Future of replacing cadavers in medical schools.
Core Product
Dysfunctional Muscles Simulator
When medical doctors & PT examine a patient, they cannot tell which nerve or muscle that is dysfunctional. Existing software are not accurate and very complex to use.
There are fundamentals muscle actions for each joint such as: flexion, extension, abduction, adduction, internation rotation & external rotation.
For those actions, we simulate the normal behavior which is full range of motion
We also simulate those muscle actions when muscles are dysfunctional. Thus, generating partial range of motion
We used truth table algorithm as it provides a fast simulation. Also it adds a layer of security to the program
We read lots of papers in order to understand the effect of each musles on the range of motion in order to come up with 80% accurate algorithm
3D Assessment Animations for Physiotherapists PT
There 1000s of assessment tests for PTs which is hard to remember.
For each test there is specificity and sensivisity which determines how the false positivei percentage of the test and that is impossible to remember
In the program we divided the tests into joint categories and attached the specificity and sensivisity for each test
3D animation was developed for each assessment test
Measuring Joints Range of Motion using AI & Computer Vision openCV Depth Camera ToF
A luxurious service will incorporate self-assessment range of motion tests in order to speed up the process and impress patients with technology.
Patient will follow the animation provided by the program and the AI will measure the range of motion of the joint.
