Gliding movements occur when one flat, or nearly flat, bone surface glides or slips over another.3/1/2024 ![]() ![]() For instance, certain muscles stabilize and syncronize the atlas joints’ movements and position, as I mentioned above. What do I mean by that? What does our habits have to do with atlas misalignment?Ĭertain factors either ‘make you or break you’. The key lies in changing the patient’s habits. Most of the time, despite some level of ligamentous laxity, great and lasting results can be achieved by re-establishing proper postural and cervical movement habits, as well as significantly strengthening the muscles that stabilize and syncronize the movements of the atlas joints. ![]() Thick ligaments hold these joints in place, but patients with atlas misalignment often have ligament laxity after e.g whiplash injuries and/or years of improper cervical posture and movement patterns. It’s called the atlantoaxial joint or A-A (C1-C2). The atlas (C1) pivots on the axis of the dens, making it a unique type of joint compared to the other vertebral joints. The second cervical vertebrae, is the axis, or C2. The atlas is the first and top cervical vertebrae (C1), holding the head (occiput) and thus forms the atlanto-occipital joint (A-O). It will reveal what I consider to be the main exacerbating factor behind atlas misalignment, why I believe that many approaches are missing crucial aspects and measurements of atlantal alignment, as well as essential factors that prevent correctives from sticking. This article will explain in depth how to measure and correct the atlas joints, both at the much neglected atlanto-occipital junction, and the more popular atlantoaxial junction. ![]()
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