Linea alba conus medullaris: a stable anatomical
... ligaments do not inhibit cord motion to such discrete areas of the cord as once thought. The ligaments are stronger in the cervical region, they decrease in strength as the spinal cord descends and are more resistant to caudal compared with cephalad stresses in the cord. Anterior and posterior motio ...
... ligaments do not inhibit cord motion to such discrete areas of the cord as once thought. The ligaments are stronger in the cervical region, they decrease in strength as the spinal cord descends and are more resistant to caudal compared with cephalad stresses in the cord. Anterior and posterior motio ...
The middle cranial fossa is separated from the posterior cranial
... the squamous parts of the temporal bones, the greater wings of the sphenoid, and the parietal bones. The floor of each lateral part of the middle cranial fossa is formed by the greater wing of the sphenoid and the squamous and petrous parts of the temporal bone. ...
... the squamous parts of the temporal bones, the greater wings of the sphenoid, and the parietal bones. The floor of each lateral part of the middle cranial fossa is formed by the greater wing of the sphenoid and the squamous and petrous parts of the temporal bone. ...
Bone Grafting
... The head: Bevelled by two articular facets that slope away from a dividing ridge. The lower one is vertical and articulate with the upper border of its own vertebra The upper facets faces up and articulate with the lower border of the vertebra above Each form a synovial joint separated by a ...
... The head: Bevelled by two articular facets that slope away from a dividing ridge. The lower one is vertical and articulate with the upper border of its own vertebra The upper facets faces up and articulate with the lower border of the vertebra above Each form a synovial joint separated by a ...
Anatomy of the Head, Neck, Face, and Jaws Lawrence
... The temporal bone has a large flat portion known as the squama. The squama forms part of the lateral wall of the skull and contains on its inferior surface a depression known as the glenoid fossa, into which the mandible articulates. Just superior to this fossa, is a fingerlike projection, the zygom ...
... The temporal bone has a large flat portion known as the squama. The squama forms part of the lateral wall of the skull and contains on its inferior surface a depression known as the glenoid fossa, into which the mandible articulates. Just superior to this fossa, is a fingerlike projection, the zygom ...
Proprioception: The Forgotten Sixth Sense - e
... c. Vertebral endplate: It is a structure composed of both hyaline articular cartilage and fibrocartilage and it lines the surface of the vertebral body. There are two endplates (inferior and superior) in each intervertebral disc joint [7,20,21]. During the fetal period, nerves on superficial interve ...
... c. Vertebral endplate: It is a structure composed of both hyaline articular cartilage and fibrocartilage and it lines the surface of the vertebral body. There are two endplates (inferior and superior) in each intervertebral disc joint [7,20,21]. During the fetal period, nerves on superficial interve ...
AXILLA LEARNING OBJECTIVES • Know the position, shape of
... of clavicle at apex of axilla Three posterior divisions join to form posterior cord Anterior divisions of upper and middle trunks form lateral cord Anterior division of lower trunk continues as medial cord Cords lie around axillary artery Posterior cord - axillary and radial nerves. Lateral co ...
... of clavicle at apex of axilla Three posterior divisions join to form posterior cord Anterior divisions of upper and middle trunks form lateral cord Anterior division of lower trunk continues as medial cord Cords lie around axillary artery Posterior cord - axillary and radial nerves. Lateral co ...
HEALTH SCIENCE 365
... moving away from hand in frontal plane moving away from palm in saggital plane Plane: Plane: Anatomical Movement Terms Specific to the Mandible Protrusion – forward thrusting of jaw Retrusion – movement of jaw back to anatomical position from protrusion Plane: Plane: ...
... moving away from hand in frontal plane moving away from palm in saggital plane Plane: Plane: Anatomical Movement Terms Specific to the Mandible Protrusion – forward thrusting of jaw Retrusion – movement of jaw back to anatomical position from protrusion Plane: Plane: ...
BLOOD SUPPLY OF THE BRAIN
... Hypoplasia or absence of vessels occurs in some brains. Degenerative diseases of the arteries: These can lead to occlusion or to hemorrhage. Inflammatory diseases of the arteries: Inflammatory diseases, ...
... Hypoplasia or absence of vessels occurs in some brains. Degenerative diseases of the arteries: These can lead to occlusion or to hemorrhage. Inflammatory diseases of the arteries: Inflammatory diseases, ...
The Appendicular Skeleton
... hand. These long bones are not named, but are numbered 1 to 5 from the thumb to the little finger. The heads of these bones form your knuckles when you clench your fist. Metacarpal #1 is associated with your thumb and has the most flexibility and even a different type of joint for attachment. This a ...
... hand. These long bones are not named, but are numbered 1 to 5 from the thumb to the little finger. The heads of these bones form your knuckles when you clench your fist. Metacarpal #1 is associated with your thumb and has the most flexibility and even a different type of joint for attachment. This a ...
International Journal of Current Research and Review
... describes origin of SPS as high as third cervical vertebrae while lower limit of origin is upto second thoracic vertebrae.2 Textbook of anatomy by Cunningham’s mentions inferior limit of origin upto fourth thoracic vertebrae.3 SPS is inserted as four digitations attached to the upper borders and ext ...
... describes origin of SPS as high as third cervical vertebrae while lower limit of origin is upto second thoracic vertebrae.2 Textbook of anatomy by Cunningham’s mentions inferior limit of origin upto fourth thoracic vertebrae.3 SPS is inserted as four digitations attached to the upper borders and ext ...
All supplied by the RADIAL NERVE Triceps Brachii Anconeus
... innervated by the radial nervethe half that is posterior to the insertion of deltoid ...
... innervated by the radial nervethe half that is posterior to the insertion of deltoid ...
course syllabus rt 1145 - Chattanooga State Community College
... positioning and procedures and medical terminology applied to Radiologic Technology. The complete sequence provides the opportunity for a student to develop the knowledge and skills necessary to perform the routine radiographic examinations of the skeletal system, soft tissue structures, and common ...
... positioning and procedures and medical terminology applied to Radiologic Technology. The complete sequence provides the opportunity for a student to develop the knowledge and skills necessary to perform the routine radiographic examinations of the skeletal system, soft tissue structures, and common ...
AXILLA LEARNING OBJECTIVES To know about the location of
... Each trunk divides into anterior and posterior divisions behind middle of clavicle at apex of axilla Three posterior divisions join to form posterior cord Anterior divisions of upper and middle trunks form lateral cord Anterior division of lower trunk continues as medial cord Cords lie around ...
... Each trunk divides into anterior and posterior divisions behind middle of clavicle at apex of axilla Three posterior divisions join to form posterior cord Anterior divisions of upper and middle trunks form lateral cord Anterior division of lower trunk continues as medial cord Cords lie around ...
Viktor`s Notes * Vertebral Column Injury (Specific Injuries)
... Cervical spine injuries in order of instability (most to least unstable): 1. Rupture of transverse ligament of atlas 2. Odontoid fracture 3. Flexion teardrop fracture (burst fracture with posterior ligamentous disruption) 4. Bilateral facet dislocation 5. Burst fracture without posterior ligamentous ...
... Cervical spine injuries in order of instability (most to least unstable): 1. Rupture of transverse ligament of atlas 2. Odontoid fracture 3. Flexion teardrop fracture (burst fracture with posterior ligamentous disruption) 4. Bilateral facet dislocation 5. Burst fracture without posterior ligamentous ...
BIO 218 52999 F 2014 MTX 1 QA 140912.4
... Or as a draft Letter to your Dean, or your Mom, or President Obama, about how difficult this course is, and how and why it should be “dumbed” down for poor and struggling PRE-MED students like you………….and that there are just too many parts to the Human Body to memorize ….and its too complicated to u ...
... Or as a draft Letter to your Dean, or your Mom, or President Obama, about how difficult this course is, and how and why it should be “dumbed” down for poor and struggling PRE-MED students like you………….and that there are just too many parts to the Human Body to memorize ….and its too complicated to u ...
Myelopathy - Cloudfront.net
... Anatomy • Disc between bodies of C2-C7 – Outer annulus fibrosus – Inner nucleus pulposus • Force dissipaters • Thicker anteriorly, cervical lordosis ...
... Anatomy • Disc between bodies of C2-C7 – Outer annulus fibrosus – Inner nucleus pulposus • Force dissipaters • Thicker anteriorly, cervical lordosis ...
File
... • LONGITUDINAL FIBRES: form a uniform layer that covers the outer surface of the esophagus. • CIRCULAR FIBRES: provides the sequential peristaltic contraction that propels food toward the stomach. • The circular fibers are continuous with the inferior constrictor muscle of the hypopharynx. They ru ...
... • LONGITUDINAL FIBRES: form a uniform layer that covers the outer surface of the esophagus. • CIRCULAR FIBRES: provides the sequential peristaltic contraction that propels food toward the stomach. • The circular fibers are continuous with the inferior constrictor muscle of the hypopharynx. They ru ...
14-PHARYNX2009-02-12 01:493.3 MB
... • Contains loose areolar tissue • Closed: Superiorly (by the base of the skull) and Laterally (by the carotid sheath) • Open inferiorly into the superior mediastinum • Allows movement of pharynx, larynx, trachea and esophagus during swallowing ...
... • Contains loose areolar tissue • Closed: Superiorly (by the base of the skull) and Laterally (by the carotid sheath) • Open inferiorly into the superior mediastinum • Allows movement of pharynx, larynx, trachea and esophagus during swallowing ...
upper limb joints
... the only bony attachment between the trunk and the upper limb palpable along its entire length S-shaped contour forward-facing convex part medial forward-facing concave part lateral ...
... the only bony attachment between the trunk and the upper limb palpable along its entire length S-shaped contour forward-facing convex part medial forward-facing concave part lateral ...
Peripheral Nervous System
... • 31 pairs of spinal nerves are connected to the spinal cord – Numbered according to the portion of the vertebral column at which they exit ...
... • 31 pairs of spinal nerves are connected to the spinal cord – Numbered according to the portion of the vertebral column at which they exit ...
The appendicular skeleton is composed of the 126 bones of the
... The paired pectoral girdles each consist of two bones, the anterior clavicle and the posterior scapula. The shoulder girdles function to attach the upper limbs to the axial skeleton. In addition, the bones of the shoulder girdles serve as attachment points for many trunk and neck muscles. The pector ...
... The paired pectoral girdles each consist of two bones, the anterior clavicle and the posterior scapula. The shoulder girdles function to attach the upper limbs to the axial skeleton. In addition, the bones of the shoulder girdles serve as attachment points for many trunk and neck muscles. The pector ...
Ch.-13-Lecture-wo
... Spinal Nerves • Cord and column grow together until age 4 • Column continues to grow but cord does not • Adult: cord ends at L1-L2 • “stretched” spinal roots after L2 = cauda equina • Lumbar puncture: – “spinal tap” at L3-L4 draw CSF from subarachnoid space ...
... Spinal Nerves • Cord and column grow together until age 4 • Column continues to grow but cord does not • Adult: cord ends at L1-L2 • “stretched” spinal roots after L2 = cauda equina • Lumbar puncture: – “spinal tap” at L3-L4 draw CSF from subarachnoid space ...
Unit 20: Prevertebral Region, Pharynx and Soft Palate
... organs, and vascular branches to the external carotid artery. The sympathetic trunk continues into the head as the internal carotid nerve, which enters the carotid canal and forms a plexus around the internal carotid artery to be distributed by its branches (Plates 124, 222; 8.24, 8.28A&B). Clean th ...
... organs, and vascular branches to the external carotid artery. The sympathetic trunk continues into the head as the internal carotid nerve, which enters the carotid canal and forms a plexus around the internal carotid artery to be distributed by its branches (Plates 124, 222; 8.24, 8.28A&B). Clean th ...
Tongji Univesity School of Medicine 2011
... 7 Associated structues of the fascia lata include 8 The ceases. ...
... 7 Associated structues of the fascia lata include 8 The ceases. ...
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.