TXYZ identifies vertebral subluxated planes, requiring reposition

to XYZ planes; restoring neurological function program duties.

TXYZ vertebral body planes produce abnormal intra-vertebral

channel, re; neurological handicap insult short-circuit neurologic

loss which discharge abnormal frequencies:

Sacral horizontal and anterior TXYZ planes trigger stacked vertical

perpendicular vectors levels. tramatic; invasive force / stress

subject bi-ped neurological / physiological counter balance

vectors levels relative vertebral bodies XYZ planes.

Re-loading xyz vertebral plane, demand physic relative to gravity.

repositioning by addressing each reverse vector level from inferior

bi-lateral semi-lunar vertical sacral articulation superior thru

each / all articulations Vs. horizontal semi-lunar occipital

articulation balancing synchronize occipital foramen magnum

center line Vs. sacral 2nd tubercle centerline.

Reposition TXYZ planes of spinal subluxation require laws of

higher physics weight bearing laws; loading lower structure

heavier by duty / function becomes necessary to address each vectors

reverse levels sequence numerical correction, from inferior to

superior stacked units in the following steps:

1st bi-lateral semi-lunar vertical junction (sacrum)
vs
2nd lumbar
vs
3rd thoracic
vs
4th cervical
vs
5th bi-lateral semi-lunar horizontal junction (occiput)


correct listings = correct results

results: only our original research study address the axiom question.

solution to man's unknown. only our technique qualify by origin.

(no substitute)