The region of the spine with the least potential movement is the thoracic spine. This area is anchored by the rib cage, which provides stability and limits mobility to protect vital organs. While it does allow for some rotational movement, it is significantly less flexible compared to the cervical and lumbar regions. Overall, the thoracic spine's primary function is to support the upper body and facilitate respiration.
The thoracic spine, where movement of the spinal column is most limited.
Spine. VERTEBREA
Movement of all sections of your back and spine
The pelvis and spine are connected through the sacroiliac joint, which is located at the junction of the sacrum (part of the spine) and the ilium (part of the pelvis). This joint helps to transfer forces between the upper body and lower body, allowing for stability and movement.
The Nuchae replaces the suprasinous ligament in cervical (Cx) region of the spine. It is important for stability as the Cx support the head and has a large range of movement.
Rotoscoliosis of the thoracolumbar spine is a condition characterized by a combination of scoliosis (abnormal lateral curvature of the spine) and rotation of the vertebrae. This often occurs in the thoracolumbar region, which includes the lower part of the thoracic spine and the upper part of the lumbar spine. The condition can lead to uneven shoulders, a tilted pelvis, and potential discomfort or pain. Treatment may involve physical therapy, bracing, or surgery, depending on the severity.
The back ligaments are tough, fibrous tissues that connect bones in the spine. They help stabilize the spine by limiting excessive movement and providing support. Ligaments also play a role in maintaining proper alignment of the vertebrae, which is important for overall spine stability and movement.
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the movement of the fish is because of its bones and/or spine.
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The portion of the spine designed to support the weight of the upper body is the lumbar spine, which consists of the five vertebrae in the lower back (L1 to L5). This region is characterized by its larger, thicker vertebrae that provide strength and stability. The lumbar spine also plays a crucial role in facilitating movement and absorbing shock during activities such as walking and lifting.
A human's spine has more movement than that of most mammals