Thoracic Body- heart shaped and in mid
... Pedicles- directed back and slightly up; Deeper than in any other region of the vertebral column. Lamina- Overlap subjacent vertebrae (tile’s on roof) Vertebral Foramen- small circular form Spinous process- long triangle-shaped on coronal section Superior Articular Process- thin plate’s of bone proj ...
... Pedicles- directed back and slightly up; Deeper than in any other region of the vertebral column. Lamina- Overlap subjacent vertebrae (tile’s on roof) Vertebral Foramen- small circular form Spinous process- long triangle-shaped on coronal section Superior Articular Process- thin plate’s of bone proj ...
vertebral column
... • Typical except for: • Has a large demi-facet on the upper part of its body for R9 ...
... • Typical except for: • Has a large demi-facet on the upper part of its body for R9 ...
Skeletal System Part 2
... that gives the disc its elasticity and compressibility Annulus fibrosus – surrounds the nucleus pulposus with a collar composed of collagen and fibrocartilage ...
... that gives the disc its elasticity and compressibility Annulus fibrosus – surrounds the nucleus pulposus with a collar composed of collagen and fibrocartilage ...
THORACIC VERTEBRAE
... • Their upper borders and the lower parts of their anterior surfaces are rough for the attachment of the ...
... • Their upper borders and the lower parts of their anterior surfaces are rough for the attachment of the ...
Ch 5 Power Point - Axial Skeleton
... • Fetal skull – Fontanels – soft spots • allow compression during birth ...
... • Fetal skull – Fontanels – soft spots • allow compression during birth ...
B. The Vertebral Column (Spine)
... B. Vertebral Column (spine) 4. Similar features of typical vertebrae a. body or centrum: disclike, weight-bearing part of vertebra facing anteriorly in vertebral column b. vertebral arch: arch formed from the joining of all posterior extensions, the laminae and pedicles, from the vertebral body i. ...
... B. Vertebral Column (spine) 4. Similar features of typical vertebrae a. body or centrum: disclike, weight-bearing part of vertebra facing anteriorly in vertebral column b. vertebral arch: arch formed from the joining of all posterior extensions, the laminae and pedicles, from the vertebral body i. ...
cervical vertebra
... occasionally it is double, sometimes it is absent. On the left side it occasionally gives passage to the vertebral artery; more frequently the vertebral vein traverses it on both sides; but the usual arrangement is for both artery and vein to pass in front of the transverse process, and not through ...
... occasionally it is double, sometimes it is absent. On the left side it occasionally gives passage to the vertebral artery; more frequently the vertebral vein traverses it on both sides; but the usual arrangement is for both artery and vein to pass in front of the transverse process, and not through ...
THE TRUNK and SPINAL COLUMN
... Articulation between C1 and C2 a. pivot joint - Rotation b. the dens or ondontoid process fits into the inner, anterior portion of the vertebral foramen with the help of the transverse ligament. ...
... Articulation between C1 and C2 a. pivot joint - Rotation b. the dens or ondontoid process fits into the inner, anterior portion of the vertebral foramen with the help of the transverse ligament. ...
THORACIC VERTEBRAE
... the other below, in front of the inferior vertebral notch)for articulation with the heads of the ribs (costovertebral joint) • facets on the transverse processes for articulation with the tubercles of the ribs (costotransverse joint) ...
... the other below, in front of the inferior vertebral notch)for articulation with the heads of the ribs (costovertebral joint) • facets on the transverse processes for articulation with the tubercles of the ribs (costotransverse joint) ...
THORACIC VERTEBRAE
... the other below, in front of the inferior vertebral notch)for articulation with the heads of the ribs (costovertebral joint) • facets on the transverse processes for articulation with the tubercles of the ribs (costotransverse joint) ...
... the other below, in front of the inferior vertebral notch)for articulation with the heads of the ribs (costovertebral joint) • facets on the transverse processes for articulation with the tubercles of the ribs (costotransverse joint) ...
06. Bones of the trunk
... – The inferior from above and the superior from the vertebrae below form a movable joint – The movement contributes to spinal rotation ...
... – The inferior from above and the superior from the vertebrae below form a movable joint – The movement contributes to spinal rotation ...
The Skeleton: Part B
... • Short, thick pedicles and laminae • Flat hatchet-shaped spinous processes • Orientation of articular facets locks lumbar vertebrae together so as to prevent rotation Sacrum and Coccyx ...
... • Short, thick pedicles and laminae • Flat hatchet-shaped spinous processes • Orientation of articular facets locks lumbar vertebrae together so as to prevent rotation Sacrum and Coccyx ...
Axial Skeleton
... • Allow for movement at the waist as they act as a pivot point and allow the lumbar spine to bend, rotate, and twist ...
... • Allow for movement at the waist as they act as a pivot point and allow the lumbar spine to bend, rotate, and twist ...
Applying the Preferred Physical Therapist Practice Patterns.SM
... below. For a more in-depth understanding of the anatomy of the spine, the reader is encouraged to refer to Gray’s Anatomy1 and Bogduk and Twomey’s Clinical Anatomy of the Lumbar Spine.2 The spinal column is made up of 33 vertebral segments which allow both stability and flexibility to the axial skel ...
... below. For a more in-depth understanding of the anatomy of the spine, the reader is encouraged to refer to Gray’s Anatomy1 and Bogduk and Twomey’s Clinical Anatomy of the Lumbar Spine.2 The spinal column is made up of 33 vertebral segments which allow both stability and flexibility to the axial skel ...
Axial Skeleton - Vertebral Column
... Vertebral Column • Aka Spine or backbone • Formed from 26 irregular bones • Connected in a way that the flexible curved structure is formed • Along with sternum and ribs, forms the trunk of the body ...
... Vertebral Column • Aka Spine or backbone • Formed from 26 irregular bones • Connected in a way that the flexible curved structure is formed • Along with sternum and ribs, forms the trunk of the body ...
Preview from Notesale.co.uk Page 3 of 37
... each have an articular facet Spinous and transverse processes provide attachment for deep back muscles; serve as levers for vertebral movement Articular processes connect to articular processes of adjacent vertebrae, forming facet joints o Determine type of movement between each vertebrae o Also kee ...
... each have an articular facet Spinous and transverse processes provide attachment for deep back muscles; serve as levers for vertebral movement Articular processes connect to articular processes of adjacent vertebrae, forming facet joints o Determine type of movement between each vertebrae o Also kee ...
Directional Terms Worksheet
... 1. The head is .............. to the tail 2. The spinal cord is ............to the vertebral column. 3. The thumb is .............to the elbow. 4. The humerus is...............to the ulna. 5. The lungs are ...............to the heart. 6. The dorsal aorta is...............to the vertebral column. 7. ...
... 1. The head is .............. to the tail 2. The spinal cord is ............to the vertebral column. 3. The thumb is .............to the elbow. 4. The humerus is...............to the ulna. 5. The lungs are ...............to the heart. 6. The dorsal aorta is...............to the vertebral column. 7. ...
BNG-345: Lecture 13 The Spine Anatomy Test on Friday Learning
... Spinal muscles attach themselves to many different vertebrae, arms, legs, head, rib cage, and pelvis Movements of spine include flexion, extension, lateral ...
... Spinal muscles attach themselves to many different vertebrae, arms, legs, head, rib cage, and pelvis Movements of spine include flexion, extension, lateral ...
The Thoracic Cage
... Also known as the spinal column It consists of 26 bones It is strong, flexible series of bones that bends in the anterior, posterior, and lateral aspects it encloses and protects the spinal cord Supports the head and it is an attachment point for the ribs and muscles of the back Openings between the ...
... Also known as the spinal column It consists of 26 bones It is strong, flexible series of bones that bends in the anterior, posterior, and lateral aspects it encloses and protects the spinal cord Supports the head and it is an attachment point for the ribs and muscles of the back Openings between the ...
File
... the inferior surface of the vertebra. Each of these also has a flattened surface called a facet. The picture below shows how the superior articular processes of one vertebra meet the inferior articular processed of the overlying vertebra to form a joint. ...
... the inferior surface of the vertebra. Each of these also has a flattened surface called a facet. The picture below shows how the superior articular processes of one vertebra meet the inferior articular processed of the overlying vertebra to form a joint. ...
anatomy team
... Those two form Arch Arch + Body of vertebra (sometimes doesn't exist) = foramen Along the vertebral column -> vertebral foramen Where the spinal cord presents. - Articular processes for articulation between vertebrae (synovial joints) - Transverses processes for attachment of muscles or some bone (s ...
... Those two form Arch Arch + Body of vertebra (sometimes doesn't exist) = foramen Along the vertebral column -> vertebral foramen Where the spinal cord presents. - Articular processes for articulation between vertebrae (synovial joints) - Transverses processes for attachment of muscles or some bone (s ...
Document
... Major markings include two demi-facets on the heart-shaped body for the head of the rib. Circular vertebral foramen, transverse processes with articular costal facets for the rib tubercles. Long biffed spinous process that is inclined downward. The location of the articulate facets prevent flexion a ...
... Major markings include two demi-facets on the heart-shaped body for the head of the rib. Circular vertebral foramen, transverse processes with articular costal facets for the rib tubercles. Long biffed spinous process that is inclined downward. The location of the articulate facets prevent flexion a ...
Sofia Ramos April 19, 2012 Journal 17 Spring 2012 C I: Troy Hill In
... In Evaluation of Upper Extremity we are learning about the cervical spine. There are seven cervical vertebrae. C1, also known as atlas, has no vertebral body. It supports the weight of the skull through two concave facet surfaces forming the atlanto-occipital joint. The primary movement is flexion, ...
... In Evaluation of Upper Extremity we are learning about the cervical spine. There are seven cervical vertebrae. C1, also known as atlas, has no vertebral body. It supports the weight of the skull through two concave facet surfaces forming the atlanto-occipital joint. The primary movement is flexion, ...
Vertebra
In the vertebrate spinal column, each vertebra is an irregular bone with a complex structure composed of bone and some hyaline cartilage, the proportions of which vary according to the segment of the backbone and the species of vertebrate animal.The basic configuration of a vertebra varies; the large part is the body, and the central part is the centrum. The upper and lower surfaces of the vertebra body give attachment to the intervertebral discs. The posterior part of a vertebra forms a vertebral arch, in eleven parts, consisting of two pedicles, two laminae, and seven processes. The laminae give attachment to the ligamenta flava. There are vertebral notches formed from the shape of the pedicles, which form the intervertebral foramina when the vertebrae articulate. These foramina are the entry and exit conducts for the spinal nerves. The body of the vertebra and the vertebral arch form the vertebral foramen, the larger, central opening that accommodates the spinal canal, which encloses and protects the spinal cord.Vertebrae articulate with each other to give strength and flexibility to the spinal column, and the shape at their back and front aspects determines the range of movement. Structurally, vertebrae are essentially alike across the vertebrate species, with the greatest difference seen between an aquatic animal and other vertebrate animals. As such, vertebrates take their name from the vertebrae that compose the vertebral column.