Transition from Ideal to Twisted Spine
This animation shows the transition from an ideal spine to one of a billion versions of a twisted/distorted spine.
Normal ROM in Ideal Spine
This animation cycles through flexion, extension, rotation and lateral flexion with the healthy spinal column.
Sliced Spine ROM with Meningeas and Cord
This animation cycles through flexion, extension, rotation and lateral flexion with the healthy spinal column.
Abnormal ROM in Distorted Spine
This animation cycles through flexion, extension, rotation and lateral flexion with the distorted spinal column.
Normal Meningeal Function Close Up
Close up view of normal meningeal tissues and vertebra close up view.
Meninges Analogy
These images use varying levels of crumpled aluminum foil to demonstrate meningeal adhesion's and wrinkles.
Spinal Shield
Watch how the skull and each vertebra are added to show the shielding effect of the vertebra towards the spinal cord.
How P-A Adjusting Causes Anteriors
Watch how posterior to anterior thrusts affect the spine negatively and cause anteriors. There are two different animations of this. One showing a more severe situation than the other.
Fictitious Muscle Pulling Vertebra Backwards
Notice the fictitious muscle being in a position to pull vertebra backwards.
Fictitious Muscle Removed
The fictitious muscle fades away further in the animation to reveal a fundamental problem in the human body.
Posterior View of Muscles
View from behind showing how there exist muscles to correct every malposition that can be shown in the posterior view.
Bones Out of PlaceMultiple Comps
Turn up the realism of how one bone out of place can cause a cascade of compensations and even create new anteriors as part of the compensation pattern.
Winding Up - Head to Toe can be Viewed
This animation can be moved up and down to reveal a head to toe winding up. Helpful for showing leg length differences.
Muscles - Superficial Layer
The Muscle App allows you to spin the body a full 360 degrees while going into many different layers of tissues. Still photos do not do it justice.