There is no inferior process on any vertebrae, thoracic or not. There is an inferior articular facet. The inferior articular facet would articulate with the superior articular facet of the vertebrae just superior to it.
the thoracic spine is above the lumbar spine which means ALL thoracic vertebrae are superior to the lumbar vertebrae.
headThe pedicle of the rib articulates with the transverse process of the thoracic vertebra.
Cervical (most superior portion of the vertebral column) = 7 vertebraeThoracic (just inferior to the cervical region, superior to lumbar) = 12 vertebraeLumbar (inferior to the thoracic region, superior to the sacral region) = 5 vertebrae
The inferior surface of the T11 vertebra articulates with the superior surface of the T12 vertebra below it, forming a facet joint that allows for movement and stability of the thoracic spine. This articulation plays a role in supporting the torso and facilitating movement in the mid-back region.
The two locations on a thoracic vertebra where the ribs articulate are the costal facets on the sides of the vertebral body and the transverse costal facets on the transverse processes. These articulations form the joints that connect the ribs to the thoracic vertebrae.
the thoracic spine is above the lumbar spine which means ALL thoracic vertebrae are superior to the lumbar vertebrae.
headThe pedicle of the rib articulates with the transverse process of the thoracic vertebra.
Cervical Thoracic Lumbar Sacral
thoracic vertebrae
Cervical (most superior portion of the vertebral column) = 7 vertebraeThoracic (just inferior to the cervical region, superior to lumbar) = 12 vertebraeLumbar (inferior to the thoracic region, superior to the sacral region) = 5 vertebrae
The thoracic vertebrae bear the superior and inferior demifacets. Specifically, these features are found on the bodies of the T1 to T10 vertebrae, which articulate with the heads of the ribs. The superior demifacet allows for articulation with the rib above, while the inferior demifacet accommodates the rib below. This anatomical feature is crucial for the rib cage's movement and flexibility during respiration.
Yes the heart is medial to the thoracic vertebrae, and superior to the diaphragm
The inferior surface of the T11 vertebra articulates with the superior surface of the T12 vertebra below it, forming a facet joint that allows for movement and stability of the thoracic spine. This articulation plays a role in supporting the torso and facilitating movement in the mid-back region.
The vertebral column consists of five main parts, listed from superior to inferior as follows: the cervical vertebrae (7 vertebrae in the neck), the thoracic vertebrae (12 vertebrae in the upper back), the lumbar vertebrae (5 vertebrae in the lower back), the sacrum (5 fused vertebrae forming the posterior part of the pelvis), and the coccyx (4 fused vertebrae forming the tailbone). Each region has distinct characteristics and functions that contribute to the overall structure and flexibility of the spine.
The two locations on a thoracic vertebra where the ribs articulate are the costal facets on the sides of the vertebral body and the transverse costal facets on the transverse processes. These articulations form the joints that connect the ribs to the thoracic vertebrae.
Thoracic cavity indicates your chest , the Abdominal cavity indicates your abdomen INFERIOR means under .Your chest is above your abdomen hence the thoracic cavity is SUPERIOR to the Abdominopelvic cavity.
The diaphragm divides the aorta into a superior thoracic aorta above the diaphragm and an inferior abdominal aorta below the diaphragm.