![]() ![]() Trauma to the spine resulting in bulging or slipped discs.Static posture that puts a strain on the cervical spine.Poor posture creating overcompensation to one side of the body.Subluxation of cervical vertebrae below Atlas, resulting in upward instability.Cervical soft tissue damage, such whiplash injuries, car crashes, bicycle and trampoline injuries. ![]() In addition to activities of daily living, atlas misalignments can occur as the result of both chronic and acute conditions. The first vertebra has a great influence on the balance of the whole skeleton and is therefore directly responsible for an upright posture.ĭisruption to Atlas’ alignment of the head and neck can come from any number of lifestyle incidences. This imbalance is measurable with the help of two scales, which can show a weight difference of up to 20 kg between one leg and the other.ĭepending on the kind of Atlas misalignment, physiological lordosis or kyphosis of the spine may intensify sharply or disappear altogether. This is also the reason why pain is generally concentrated on just one side. This causes a static false posture, in which one side of the body is more stressed than the other. This produces a shift in the body's center of gravity and therefore an imbalance from head to toe, leading to musculoskeletal dysfunction. This not only creates instability in the cervical spine, it can exponentially increase the amount of mass the spine is tasked with redistributing. ![]() If the center of gravity shifts to one side or another, Atlas will begin to tilt in that direction as well. The atlas vertebrae itself is wider than other cervical vertebrae, creating a center of gravity that can be reinforced through proper posture. The Atlas Bone Directly Impacts Balance and PostureĪtlas’ role in maintaining balance comes from how it proportions the weight of the head. ![]()
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