Non-Muscular-Anatomy-Teaching-Pack
... Flexion- upper vertebrae rolls anteriorly and glides superiorly Extension- upper vertebrae rolls posteriorly and glides inferiorly Lateral flexion- occurs with same side rotation, contralateral inferior articular surface of superior vertebrae glides superiorly and rolls anteriorly, ipsilateral ...
... Flexion- upper vertebrae rolls anteriorly and glides superiorly Extension- upper vertebrae rolls posteriorly and glides inferiorly Lateral flexion- occurs with same side rotation, contralateral inferior articular surface of superior vertebrae glides superiorly and rolls anteriorly, ipsilateral ...
A rehabilitation programme after C1
... cervical spine muscles beneath C2 have a distinct specialized formation in contrast to the lower cervical spine where muscles are continuous and overlapping. This explains why lower cervical spine is mobilized as one unit with each muscle moving different segments, while upper cervical spine can per ...
... cervical spine muscles beneath C2 have a distinct specialized formation in contrast to the lower cervical spine where muscles are continuous and overlapping. This explains why lower cervical spine is mobilized as one unit with each muscle moving different segments, while upper cervical spine can per ...
Anatomy Skull and Spinal Cord 1. Skull
... There are seven different processes that come from the vertebral arch. A transverse process extends sideways on each side from the junction of a lamina and pedicle. A single spinous process extends back and downwards from the junction of the laminae. These three processes have spinal muscles attache ...
... There are seven different processes that come from the vertebral arch. A transverse process extends sideways on each side from the junction of a lamina and pedicle. A single spinous process extends back and downwards from the junction of the laminae. These three processes have spinal muscles attache ...
Exercise 2
... Exercise 4. How many bones create the orbit? _______. Write the names of the bones indicated in the drawing below. The dashed lines ( ) indicate ‘holes’ in the skull, name these structures too. ...
... Exercise 4. How many bones create the orbit? _______. Write the names of the bones indicated in the drawing below. The dashed lines ( ) indicate ‘holes’ in the skull, name these structures too. ...
with figures
... side of this crest are marked depressions that correspond to sites of muscular insertion. SKULL ROOF: The parietals have a short contact with each other and are separated in the axial plane forward, defining the rear border of the wide parietal fenestra. Laterally, each parietal shows topographic re ...
... side of this crest are marked depressions that correspond to sites of muscular insertion. SKULL ROOF: The parietals have a short contact with each other and are separated in the axial plane forward, defining the rear border of the wide parietal fenestra. Laterally, each parietal shows topographic re ...
- Catalyst
... O: each side of spinous process, upward and medially I: spinous process of superior vertebrae two to four levels above ...
... O: each side of spinous process, upward and medially I: spinous process of superior vertebrae two to four levels above ...
Back_Redux_True_False_w_explanations
... in the suboccipital triangle. The vertebral artery arises from the vertebral plexus around the level of the subboccipital triangle and the foramen magnum. I didn’t see it, but its probably possible to have seen it there.) 11. The spinal cord relies, in part, on radicular arteries for critical vascul ...
... in the suboccipital triangle. The vertebral artery arises from the vertebral plexus around the level of the subboccipital triangle and the foramen magnum. I didn’t see it, but its probably possible to have seen it there.) 11. The spinal cord relies, in part, on radicular arteries for critical vascul ...
The Vertebral Column
... cervical vertebrae are flattened and largely face upward or downward, respectively. The first and second cervical vertebrae are further modified, giving each a distinctive appearance. The first cervical (C1) vertebra is also called the atlas, because this is the vertebra that supports the skull on t ...
... cervical vertebrae are flattened and largely face upward or downward, respectively. The first and second cervical vertebrae are further modified, giving each a distinctive appearance. The first cervical (C1) vertebra is also called the atlas, because this is the vertebra that supports the skull on t ...
Chapter 7B - Kean University
... Annulus fibrosus – surrounds the nucleus pulposus with a collar composed of collagen fibers (superficially) and ...
... Annulus fibrosus – surrounds the nucleus pulposus with a collar composed of collagen fibers (superficially) and ...
Slide () - Anesthesiology - American Society of Anesthesiologists
... (A) Bony anatomy relevant to cervical interlaminar epidural injection. Three-dimensional reconstruction computed tomography of the cervical spine as viewed in the lateral projection. Inset matches the anatomic area in the radiographs shown in B and C. (B) Lateral radiograph of the cervical spine nea ...
... (A) Bony anatomy relevant to cervical interlaminar epidural injection. Three-dimensional reconstruction computed tomography of the cervical spine as viewed in the lateral projection. Inset matches the anatomic area in the radiographs shown in B and C. (B) Lateral radiograph of the cervical spine nea ...
1 - Acpsd.net
... The number of thoracic vertebrae is ________ The thoracic cage includes what bones? The layman’s name for the clavicle is the _____________ The trochlea and capitulum can be described as _____________ the human hand has greater dexterity than the forepaw of any animal because of the freely movable j ...
... The number of thoracic vertebrae is ________ The thoracic cage includes what bones? The layman’s name for the clavicle is the _____________ The trochlea and capitulum can be described as _____________ the human hand has greater dexterity than the forepaw of any animal because of the freely movable j ...
chapter 8 A and P 2017
... spinous process – posteriorly directed and downward from canal transverse process – laterally from where pedicle & lamina meet ...
... spinous process – posteriorly directed and downward from canal transverse process – laterally from where pedicle & lamina meet ...
Slide ()
... Meyerding classification of spondylolisthesis. Grade 1 is less than 25% slip, grade 2 is 26% to 50% slip, grade 3 is a 51% to 75% slip, and grade 4 is 76% to 99% slip. The percentage of the slip is determined based on the radiographic measurements (lateral view of the spine) using the formula a/A×10 ...
... Meyerding classification of spondylolisthesis. Grade 1 is less than 25% slip, grade 2 is 26% to 50% slip, grade 3 is a 51% to 75% slip, and grade 4 is 76% to 99% slip. The percentage of the slip is determined based on the radiographic measurements (lateral view of the spine) using the formula a/A×10 ...
Chapter 10: Normal Anatomy of the Spine: What You Need to Know
... muscles. The dorsal concave aspect of the anterior arch articulates with the odontoid process of C2. Joining the anterior and posterior arches are the rather large lateral masses. The cup-shaped superior articular processes articulate with the occipital condyles to support the weight of the head. Th ...
... muscles. The dorsal concave aspect of the anterior arch articulates with the odontoid process of C2. Joining the anterior and posterior arches are the rather large lateral masses. The cup-shaped superior articular processes articulate with the occipital condyles to support the weight of the head. Th ...
Spine Mobilization
... spread hands over the adjacent neck or back area, keeping shoulders directly above treatment area Mobilization: apply a direct posterior to anterior force to the spinous process; this technique can also be performed with thumbs on the transverse processes unilaterally or bilaterally Cervical and Tho ...
... spread hands over the adjacent neck or back area, keeping shoulders directly above treatment area Mobilization: apply a direct posterior to anterior force to the spinous process; this technique can also be performed with thumbs on the transverse processes unilaterally or bilaterally Cervical and Tho ...
BIO 218 F 2014 52999 QZM 5 QA 140908.1
... The mediastinum is _________to the parietal pericardium. ACE SUPERFICIAL The pelvic cavity is ____ to the abdominal cavity AB INFERIOR The vertebral column is _____ to the thoracic cage DE POSTERIOR The coracoid process is ____ to the acromion A ANTERIOR The wrist is ______ to the elbow. D DISTAL Th ...
... The mediastinum is _________to the parietal pericardium. ACE SUPERFICIAL The pelvic cavity is ____ to the abdominal cavity AB INFERIOR The vertebral column is _____ to the thoracic cage DE POSTERIOR The coracoid process is ____ to the acromion A ANTERIOR The wrist is ______ to the elbow. D DISTAL Th ...
Skeletal System
... 1) cervical vertebrae (7; C1-C7) a) atlas (C1) i) articulates with the skull (occipital condyles) b) axis (C2) i) dens (odontoid process) (a) projection around which the atlas rotates c) transverse foramina i) passageways for vertebral arteries feeding the brain 2) thoracic vertebrae (12; T1-T12) 3) ...
... 1) cervical vertebrae (7; C1-C7) a) atlas (C1) i) articulates with the skull (occipital condyles) b) axis (C2) i) dens (odontoid process) (a) projection around which the atlas rotates c) transverse foramina i) passageways for vertebral arteries feeding the brain 2) thoracic vertebrae (12; T1-T12) 3) ...
Longissimus Thoracis Muscle
... Sacrospinalis Sacrospinalis is a lateral part of an epaxial (on the back panel) muscle and a very thick deep muscle which continues toward neck. The sacrospinalis emerges on the spine of the last four thoracic vertebrae and attaches to the first thoracic vertebrae and the cervical vertebrae. There a ...
... Sacrospinalis Sacrospinalis is a lateral part of an epaxial (on the back panel) muscle and a very thick deep muscle which continues toward neck. The sacrospinalis emerges on the spine of the last four thoracic vertebrae and attaches to the first thoracic vertebrae and the cervical vertebrae. There a ...
Erector spinae muscles - Kettlebell Training Education
... be remembered using the mnemonic, I Love Spinach. I lliocostalis, Love Longissimus and Spinach Spinalis.[2] This article incorporates text in the public domain from the 20th edition of Gray’s Anatomy (1918) ...
... be remembered using the mnemonic, I Love Spinach. I lliocostalis, Love Longissimus and Spinach Spinalis.[2] This article incorporates text in the public domain from the 20th edition of Gray’s Anatomy (1918) ...
Pathology Codes - Museum of London
... Hands: There is marked osteophytosis to the head of the right 1st metacarpal. There is also some marked lipping along the medial shaft of the left 5th metacarpal. Vertebrae: Almost all the vertebrae between T1 and L3 exhibit unusual compact bone or bony nodules to the anterior wall of the vertebral ...
... Hands: There is marked osteophytosis to the head of the right 1st metacarpal. There is also some marked lipping along the medial shaft of the left 5th metacarpal. Vertebrae: Almost all the vertebrae between T1 and L3 exhibit unusual compact bone or bony nodules to the anterior wall of the vertebral ...
Chapter 7
... iii. posterior cranial fossa F. Hyoid Bone (p. 186) 1. The hyoid bone is a U-shaped bone, located in the upper neck, that does not articulate with any other bone. 2. It supports the tongue and is an attachment site for several tongue, neck, and pharynx muscles. 3. Its major surface markings are: i. ...
... iii. posterior cranial fossa F. Hyoid Bone (p. 186) 1. The hyoid bone is a U-shaped bone, located in the upper neck, that does not articulate with any other bone. 2. It supports the tongue and is an attachment site for several tongue, neck, and pharynx muscles. 3. Its major surface markings are: i. ...
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.