2 bones - Yeditepe University Pharma Anatomy
... The vertebrae reach maximum size immediately superior to the sacrum, which transfers the weight to the pelvic girdle at the sacroiliac joints. ...
... The vertebrae reach maximum size immediately superior to the sacrum, which transfers the weight to the pelvic girdle at the sacroiliac joints. ...
YogaTerminology Portland Community College PE 182 K
... Thoracic (12 – convex, “kyphosis”), T1-T7, with ribs attached to sternum T8, 9, 10 with “false” ribs attached to cartilage of T7 T11, 12 with “floating” ribs Lumbar (5 - concave, “lordosis”) * The stomach is an organ of the alimentary canal, a muscular tube that Sacrum (5 fused – convex) forms part ...
... Thoracic (12 – convex, “kyphosis”), T1-T7, with ribs attached to sternum T8, 9, 10 with “false” ribs attached to cartilage of T7 T11, 12 with “floating” ribs Lumbar (5 - concave, “lordosis”) * The stomach is an organ of the alimentary canal, a muscular tube that Sacrum (5 fused – convex) forms part ...
SPINAL ANATOMY
... LIES IMMEDIATELY INF. TO HYPOPHYSEAL FOSSA = SPHENOID 17. HYPOTHALAMUS IS DERIVED FROM = DIENCEPHALON 18. PASSES ON TOP OF FLEXOR RETINACULUM = FLEXOR PALMARIS LONGUS 19. DIARTHROIDIAL = ZYGOAPHYSEAL JOINTS 20. TYPICAL C/S INFERIOR ART FACET FACES = INFERIOR 21. TENDON THAT INSERTS INTO PUBIC TUBERC ...
... LIES IMMEDIATELY INF. TO HYPOPHYSEAL FOSSA = SPHENOID 17. HYPOTHALAMUS IS DERIVED FROM = DIENCEPHALON 18. PASSES ON TOP OF FLEXOR RETINACULUM = FLEXOR PALMARIS LONGUS 19. DIARTHROIDIAL = ZYGOAPHYSEAL JOINTS 20. TYPICAL C/S INFERIOR ART FACET FACES = INFERIOR 21. TENDON THAT INSERTS INTO PUBIC TUBERC ...
Craniovertebral Junction
... Theories regarding embryogenesis of Chiari II malformation must take into account its invariable association with myelomeningocele. An attractive theory is the "CSF loss" theory. It is hypothesized that escape of fluid through the open placode in myelomeningocele results in an inadequate stimulus ...
... Theories regarding embryogenesis of Chiari II malformation must take into account its invariable association with myelomeningocele. An attractive theory is the "CSF loss" theory. It is hypothesized that escape of fluid through the open placode in myelomeningocele results in an inadequate stimulus ...
Basic Biomechanics, (5th edition) by Susan J. Hall, Ph.D.
... Vertebral joints: motion segment Atlanto-axial joint: pivot joint at C1 and C2. Atlanto-occipital joint: base of skull and C1 ...
... Vertebral joints: motion segment Atlanto-axial joint: pivot joint at C1 and C2. Atlanto-occipital joint: base of skull and C1 ...
RADIOLOGY EXAM
... with bony bridge across the disc space. Transverse and spinous processes appear normal and healthy. No visible fractures, possible edema of the anterior soft tissue at level of C5-C6, no apparent IV disk ...
... with bony bridge across the disc space. Transverse and spinous processes appear normal and healthy. No visible fractures, possible edema of the anterior soft tissue at level of C5-C6, no apparent IV disk ...
CLAVICLE (collar bone)
... Place the tibia on the anterior surface of your leg with the tibial tuberosity facing anteriorly (not touching your leg). What side is the medial malleolus on? It should be medial, towards the midline of the body. ...
... Place the tibia on the anterior surface of your leg with the tibial tuberosity facing anteriorly (not touching your leg). What side is the medial malleolus on? It should be medial, towards the midline of the body. ...
THE SPINAL CORD - Straight A Nursing Student
... Down from the conos medullaris is the FILUM TERMINALE. It is a continuation of pia mater beyond the conus medullaris and it anchors the spinal cord to the coccyx. DENTICULATE LIGAMENTS anchor the spinal cord laterally. These are lateral projections of pia mater at each spinal level. SPINAL ENLARGEME ...
... Down from the conos medullaris is the FILUM TERMINALE. It is a continuation of pia mater beyond the conus medullaris and it anchors the spinal cord to the coccyx. DENTICULATE LIGAMENTS anchor the spinal cord laterally. These are lateral projections of pia mater at each spinal level. SPINAL ENLARGEME ...
Lab Activities
... On the skeleton and on at least two of your classmates, locate, palpate and observe the structures listed below. The reference position is the anatomical position. Not all structures are palpable on your partner. ...
... On the skeleton and on at least two of your classmates, locate, palpate and observe the structures listed below. The reference position is the anatomical position. Not all structures are palpable on your partner. ...
Anatomy Ch 2 101-111 [4-20
... Posterior rami – innervate only intrinsic back muscles (epaxial) and narrow strip of skin on back Anterior rami – innervate most other skeletal muscles of body (hypaxial muscles), except for head Sinuvertebral (recurrent meningeal) nerves – located at point of division into anterior and posterior ra ...
... Posterior rami – innervate only intrinsic back muscles (epaxial) and narrow strip of skin on back Anterior rami – innervate most other skeletal muscles of body (hypaxial muscles), except for head Sinuvertebral (recurrent meningeal) nerves – located at point of division into anterior and posterior ra ...
The Spine - Spineless Classics
... are that it has no spinous process, is ring-like, and consists of an anterior and a posterior arch and two lateral masses. The anterior arch forms about one-fifth of the ring: its anterior surface is convex, and presents at its center the anterior tubercle for the attachment of the Longus colli musc ...
... are that it has no spinous process, is ring-like, and consists of an anterior and a posterior arch and two lateral masses. The anterior arch forms about one-fifth of the ring: its anterior surface is convex, and presents at its center the anterior tubercle for the attachment of the Longus colli musc ...
- Circle of Docs
... 61. posterior disc protrusion into the intervertebral foramen b/w the C7 and T1 vertebrae will affect which nerve level: C8 62. neural tube becomes the a. spinous process b. spinal cord c. lamina d. transverse process nucleus pulposus – notochord 63. drains into the inferior nasal meatus: nasolacrim ...
... 61. posterior disc protrusion into the intervertebral foramen b/w the C7 and T1 vertebrae will affect which nerve level: C8 62. neural tube becomes the a. spinous process b. spinal cord c. lamina d. transverse process nucleus pulposus – notochord 63. drains into the inferior nasal meatus: nasolacrim ...
The Skeletal System (Axial Skeleton)
... 1. The 26 bones of the vertebral column are arranged into five regions: cervical, thoracic, lumbar, sacral, and coccygeal (Figure 7.16). 2. Normal Curves of the Vertebral Column 3. The four normal vertebral curves are the cervical and lumbar (anteriorly convex curves) and thoracic and sacral (anteri ...
... 1. The 26 bones of the vertebral column are arranged into five regions: cervical, thoracic, lumbar, sacral, and coccygeal (Figure 7.16). 2. Normal Curves of the Vertebral Column 3. The four normal vertebral curves are the cervical and lumbar (anteriorly convex curves) and thoracic and sacral (anteri ...
Muscles of the back
... by posterior rami of spinal nerves. 2. Intermediate group: attached to & moves ribs, supplied by anterior rami of spinal nerves. 3. Superficial group: - Origin: vertebral column. ...
... by posterior rami of spinal nerves. 2. Intermediate group: attached to & moves ribs, supplied by anterior rami of spinal nerves. 3. Superficial group: - Origin: vertebral column. ...
Chapter 7
... 2. The first 7 pairs of ribs are called true ribs; the remaining five pairs, false ribs (with the last two false ribs called floating ribs). 3. Figure 7.23a shows the parts of a typical rib. 4. Rib fractures are the most common types of chest injuries. (Clinical Connection) IX. ...
... 2. The first 7 pairs of ribs are called true ribs; the remaining five pairs, false ribs (with the last two false ribs called floating ribs). 3. Figure 7.23a shows the parts of a typical rib. 4. Rib fractures are the most common types of chest injuries. (Clinical Connection) IX. ...
THE AXIAL SKELETON
... Surgical neck: distal to the tubercles. Most frequently fractured part of the humerus Deltoid tuberosity: midway down the shaft on the lateral side. This V-shaped area is the attachment site for the deltoid muscle Medial and lateral supracondylar ridges: Flattened ridges on the distal end Medial and ...
... Surgical neck: distal to the tubercles. Most frequently fractured part of the humerus Deltoid tuberosity: midway down the shaft on the lateral side. This V-shaped area is the attachment site for the deltoid muscle Medial and lateral supracondylar ridges: Flattened ridges on the distal end Medial and ...
document
... Identify factors influencing mobility & stability of regions of the spine Identify the relationship between muscle location & its effectiveness on the trunk List mechanical contributions to common injury ...
... Identify factors influencing mobility & stability of regions of the spine Identify the relationship between muscle location & its effectiveness on the trunk List mechanical contributions to common injury ...
IG_outline_ch07
... During puberty, the female pelvis widens and the male skeleton becomes more robust. ...
... During puberty, the female pelvis widens and the male skeleton becomes more robust. ...
Anatomy, no needles
... The transverse process is evident as a rectangular shape projecting laterally from the vertebral column. No other structure overlies or obscures it. Sometimes, however, because of over-penetration by the X-rays, the transverse process may be faint or not evident. In that event, an algorithm can be f ...
... The transverse process is evident as a rectangular shape projecting laterally from the vertebral column. No other structure overlies or obscures it. Sometimes, however, because of over-penetration by the X-rays, the transverse process may be faint or not evident. In that event, an algorithm can be f ...
AXIAL SKELETON
... Inferior articulating surface(s) – limit twisting Cervical Vetebrae (C1-C7) Form the neck region and support the head C1=atlas – permits nodding of the head in yes movement C2 = axis – provides a pivot for rotation of the head in a no movement C3-C7 – Distinguished by the presence of a transverse fo ...
... Inferior articulating surface(s) – limit twisting Cervical Vetebrae (C1-C7) Form the neck region and support the head C1=atlas – permits nodding of the head in yes movement C2 = axis – provides a pivot for rotation of the head in a no movement C3-C7 – Distinguished by the presence of a transverse fo ...
Muscles of the Back
... to find that the postvertebral muscles of the back are well developed in humans. The postural tone of these muscles is the major factor responsible for the maintenance of the normal curves of the vertebral column. The deep muscles of the back form a broad, thick column of muscle tissue, which occupi ...
... to find that the postvertebral muscles of the back are well developed in humans. The postural tone of these muscles is the major factor responsible for the maintenance of the normal curves of the vertebral column. The deep muscles of the back form a broad, thick column of muscle tissue, which occupi ...
Lecture 5- MUSCLES OF BACK
... by posterior rami of spinal nerves. 2. Intermediate group: attached to & moves ribs, supplied by anterior rami of spinal nerves. 3. Superficial group: - Origin: vertebral column. ...
... by posterior rami of spinal nerves. 2. Intermediate group: attached to & moves ribs, supplied by anterior rami of spinal nerves. 3. Superficial group: - Origin: vertebral column. ...
Anterior abdominal wall
... anterolateral portions of the lower six ribs and their cartilages even though these structures are technically part of the thoracic wall. ...
... anterolateral portions of the lower six ribs and their cartilages even though these structures are technically part of the thoracic wall. ...
Orthotics Best Practice Group Spinal Manual
... The vertebral arch extends posteriorly from the body of the vertebra. With the body of the vertebra, it surrounds the spinal cord. It is formed by the pedicles, two short rounded processes that extend posteriorly from the lateral margin of the dorsal surface of the body and unite with the laminae, t ...
... The vertebral arch extends posteriorly from the body of the vertebra. With the body of the vertebra, it surrounds the spinal cord. It is formed by the pedicles, two short rounded processes that extend posteriorly from the lateral margin of the dorsal surface of the body and unite with the laminae, t ...
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.