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Atlas Orthogonal Technique is an upper cervical chiropractic treatment technique created by Frederick M. Vogel and Roy W. Sweat in 1979. It is a non-invasive technique that uses a percussion "Atlas Orthogonal instrument" in attempts to change ("adjust") the position of the atlas.
NUCCA Technique—Manual method of adjusting the atlas subluxation complex based on 3D x-ray studies, determining the correct line of drive or vector of force. Orthospinology Procedure is a method of analyzing and correcting the chiropractic upper cervical subluxation complex based on vertebral alignment measurements on neck X-rays taken from ...
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NUCCA focuses on the upper vertebrae in the neck and uses pre and post X-rays to correct misalignments of the upper spine. [2] The method uses double-pivot-point X-ray analysis, the "development of the triceps pull manual adjustment" and "design and development of the Anatometer posture distortion measuring instrument".
The distance between the atlas and the occipital condyles, the atlanto-occipital interval (AOI), should measure less than 4 mm, and is better assessed on coronal images. [ 4 ] The Powers ratio was formerly used, which was the tip of the basion to the spinolaminar line, divided by the distance from the tip of the opisthion to the midpoint of the ...
DeBoer's opinion piece demonstrated the faculty's authority to challenge the status quo, to publicly address relevant, albeit sensitive, issues related to research, training and skepticism at chiropractic colleges, and to produce "cultural change" within the chiropractic schools so as to increase research and professional standards.
"Dynamic Tension" is the name Charles Atlas gave to the system of physical exercises that he first popularized in the 1920s. Dynamic Tension is a self-resistance exercise method which pits muscle against muscle. The practitioner tenses the muscles of a given body part and then moves the body part against the tension as if a heavy weight were ...
The "staggered" Arakawa C-grid further separates evaluation of vector quantities compared to the Arakawa B-grid. e.g., instead of evaluating both east-west (u) and north-south (v) velocity components at the grid center, one might evaluate the u components at the centers of the left and right grid faces, and the v components at the centers of the upper and lower grid faces.