Introduction of Regional Anatomy
... instructions and dissecting, you should all the time be discussing and questioning with your fellow students and with your tutors matters such as the relation of the anatomy that is being dealt with to development, function, and the related practical importance. ...
... instructions and dissecting, you should all the time be discussing and questioning with your fellow students and with your tutors matters such as the relation of the anatomy that is being dealt with to development, function, and the related practical importance. ...
see p. D70 - Viktor`s Notes for the Neurosurgery Resident
... cervical spine - gradient-echo images (two- and three-dimensional). lumbar spine - fast spin-echo (FSE)* T2-weighted. *CSF motion is minimal in lumbar region, so FSE techniques can be used, allowing excellent visualization of cauda equina. T2-weighted MRI provides MYELOGRAPHIC effect (CSF bright, ...
... cervical spine - gradient-echo images (two- and three-dimensional). lumbar spine - fast spin-echo (FSE)* T2-weighted. *CSF motion is minimal in lumbar region, so FSE techniques can be used, allowing excellent visualization of cauda equina. T2-weighted MRI provides MYELOGRAPHIC effect (CSF bright, ...
Human Anatomy — Biology 255
... a. The roots are formed from the dorsal rami of spinal nerves C5 to T1 b. All four trunks of the brachial plexus will divide into anterior and posterior divisions. c. The lateral cord is formed from the anterior divisions of the middle and lower trunks d. The medial cord is formed from the anterior ...
... a. The roots are formed from the dorsal rami of spinal nerves C5 to T1 b. All four trunks of the brachial plexus will divide into anterior and posterior divisions. c. The lateral cord is formed from the anterior divisions of the middle and lower trunks d. The medial cord is formed from the anterior ...
Skeletal System Gross Anatomy
... Each of the following bones contributes to forming the orbit except the A. ethmoid bone. B. nasal bone. C. lacrimal bone. D. sphenoid bone. ****** E. frontal bone. ...
... Each of the following bones contributes to forming the orbit except the A. ethmoid bone. B. nasal bone. C. lacrimal bone. D. sphenoid bone. ****** E. frontal bone. ...
Muscles of Back
... bending forward Extension: bending backwards Lateral flexion: bending side-wards Rotation: Twisting the trunk Circumduction: The axis of movement passes through the center of the vertebral bodies, so that the bodies do not move. Movements are mostly permitted by the cervical & lumbar spines. ...
... bending forward Extension: bending backwards Lateral flexion: bending side-wards Rotation: Twisting the trunk Circumduction: The axis of movement passes through the center of the vertebral bodies, so that the bodies do not move. Movements are mostly permitted by the cervical & lumbar spines. ...
Muscles of Shld/Shld Girdle
... this semester. To learn the muscles that cause and control movement of the trunk and head, you must first understand these differences. Unlike other segments and joints that you have already studied, movements of the trunk and head are not a result of motion about a single joint. Instead, movement o ...
... this semester. To learn the muscles that cause and control movement of the trunk and head, you must first understand these differences. Unlike other segments and joints that you have already studied, movements of the trunk and head are not a result of motion about a single joint. Instead, movement o ...
Lab Practical 2
... In this section you will utilize skeletons and disarticulated bones to identify internal structures. Read the descriptions carefully. Written descriptions are usually more helpful than the pictures. The skeleton of a bird is notable in two respects; (1) there is a strong tendency for adjacent bones ...
... In this section you will utilize skeletons and disarticulated bones to identify internal structures. Read the descriptions carefully. Written descriptions are usually more helpful than the pictures. The skeleton of a bird is notable in two respects; (1) there is a strong tendency for adjacent bones ...
13. lower extremity neuroanatomy
... The sacral plexus is found within the lesser pelvis on the anterior surface of the piriformis muscle. It is formed from the anterior spinal nerve rami of L4 through S4. Most of the nerves originating from the sacral plexus leave the pelvis via the greater sciatic foramen. The major nerves of the sac ...
... The sacral plexus is found within the lesser pelvis on the anterior surface of the piriformis muscle. It is formed from the anterior spinal nerve rami of L4 through S4. Most of the nerves originating from the sacral plexus leave the pelvis via the greater sciatic foramen. The major nerves of the sac ...
Skeletal System
... Although dermal bones contribute to the formation of the jaws in other vertebrates, those of cartilaginous fish are built entirely from the first visceral arch. Locate the palatoquadrate which is formed from the epibranchial portion and mandibular (Meckel’s) cartilage formed from the ceratohyal, bot ...
... Although dermal bones contribute to the formation of the jaws in other vertebrates, those of cartilaginous fish are built entirely from the first visceral arch. Locate the palatoquadrate which is formed from the epibranchial portion and mandibular (Meckel’s) cartilage formed from the ceratohyal, bot ...
Lecture 1: LYMPHATICS
... a. Greatest motion: Rotation i. the orientation of the thoracic superior articular facets (“BUL” backwards/ upward/lateral) allows them to glide relative to each other with an axis of rotation near the center of the vertebral body ii. Limited by multiple ligamentous tensions b. Next greatest is SIDE ...
... a. Greatest motion: Rotation i. the orientation of the thoracic superior articular facets (“BUL” backwards/ upward/lateral) allows them to glide relative to each other with an axis of rotation near the center of the vertebral body ii. Limited by multiple ligamentous tensions b. Next greatest is SIDE ...
Appendicular Skeleton Pectoral Girdle General:
... ¤ forms the shoulder ¤ Consists of two bones ¤ clavicle (collarbone)-‐ long bone n Latin word “clavicula” = little key ¤ scapula (shoulder blade) ¤ Allows free movement of upper limb ¤ Sternoclavicular joi ...
... ¤ forms the shoulder ¤ Consists of two bones ¤ clavicle (collarbone)-‐ long bone n Latin word “clavicula” = little key ¤ scapula (shoulder blade) ¤ Allows free movement of upper limb ¤ Sternoclavicular joi ...
The human skeleton
... dimorphism, geographic variation and evolutionary change in morphology. Giles (1964, 1970) using discriminant function analysis and combinations of up to eight mandibular dimensions was able to correctly sex mandibles with an accuracy of up to 87 percent. Morphological comparisons concentrating on a ...
... dimorphism, geographic variation and evolutionary change in morphology. Giles (1964, 1970) using discriminant function analysis and combinations of up to eight mandibular dimensions was able to correctly sex mandibles with an accuracy of up to 87 percent. Morphological comparisons concentrating on a ...
L05 and L06 - Superficial Back Muscles and Posterior Shoulder with
... Scapular anastomosis -- a system connecting certain subclavian artery and their corresponding axillary artery, forming a circulatory anastomosis around the scapular (that allows blood to flow past the joint in the event of occlusion, damage, or pinching of the transverse cervical artery, dorsal sc ...
... Scapular anastomosis -- a system connecting certain subclavian artery and their corresponding axillary artery, forming a circulatory anastomosis around the scapular (that allows blood to flow past the joint in the event of occlusion, damage, or pinching of the transverse cervical artery, dorsal sc ...
Document
... Action: adduct, medially rotate, flex humerus; depress/protract shoulder Innervation: medial and lateral pectoral nerves ...
... Action: adduct, medially rotate, flex humerus; depress/protract shoulder Innervation: medial and lateral pectoral nerves ...
Pattern Segmental Innervation of body wall
... the development of the limbs. A body segment consists of a group of muscles, and an overlying are of skin supplied by a spinal nerve, an artery and a vein. A spinal nerve: is formed by union of a ventral and a dorsal root emerges from the intervertebral foramen divides into an anterior primary ...
... the development of the limbs. A body segment consists of a group of muscles, and an overlying are of skin supplied by a spinal nerve, an artery and a vein. A spinal nerve: is formed by union of a ventral and a dorsal root emerges from the intervertebral foramen divides into an anterior primary ...
Upper Limb - Blackwell Publishing
... a. The scapula overlies the 2nd to 7th ribs on the posterolateral aspect of the thorax. Its medial border runs lateral, and parallel to, the spinous processes of the thoracic vertebrae. b. The spine continues laterally as the acromion process, which articulates with the clavicle. The spine of the sc ...
... a. The scapula overlies the 2nd to 7th ribs on the posterolateral aspect of the thorax. Its medial border runs lateral, and parallel to, the spinous processes of the thoracic vertebrae. b. The spine continues laterally as the acromion process, which articulates with the clavicle. The spine of the sc ...
File
... On entering hilum, it divides into middle and inferior lobar bronchus. Left principal (main) bronchus is narrower, longer, and more horizontal than right. It passes to left below arch of aorta & in front of esophagus. On entering hilum of left lung, principal bronchus divides into a superior & an in ...
... On entering hilum, it divides into middle and inferior lobar bronchus. Left principal (main) bronchus is narrower, longer, and more horizontal than right. It passes to left below arch of aorta & in front of esophagus. On entering hilum of left lung, principal bronchus divides into a superior & an in ...
OMM in the ED - The American College of Osteopathic Emergency
... Gentle articulatory technique to the ribs and spine Rib raising (supine lateral traction and passive range of motion to inhalation and exhalation) Lumbocostal arch release (external arcuate liga- ment release by lateral traction to 12th ribs) Direct diaphragm release Direct sternal release Thoraci ...
... Gentle articulatory technique to the ribs and spine Rib raising (supine lateral traction and passive range of motion to inhalation and exhalation) Lumbocostal arch release (external arcuate liga- ment release by lateral traction to 12th ribs) Direct diaphragm release Direct sternal release Thoraci ...
MUSCLES OF THE PECTORAL GIRDLE
... Its inferior border forms Ant. Axillary fold Pectoralis major and adjacent deltoid forms the narrow deltopectoral groove in which cephalic vein runs • Pectoralis major along with clavicle forms clavipectoral or deltopectoral triangle ...
... Its inferior border forms Ant. Axillary fold Pectoralis major and adjacent deltoid forms the narrow deltopectoral groove in which cephalic vein runs • Pectoralis major along with clavicle forms clavipectoral or deltopectoral triangle ...
Shoulder Girdle/Joint Lab
... If the long thoracic nerve gets injured, then which movement of the shoulder girdle will be affected? • Injury to the LTN ...
... If the long thoracic nerve gets injured, then which movement of the shoulder girdle will be affected? • Injury to the LTN ...
09-posterior triangle
... EXTERNAL JUGULAR VEIN 4. Transverse cervical. 5. Suprascapular. 6. Posterior external jugular. ...
... EXTERNAL JUGULAR VEIN 4. Transverse cervical. 5. Suprascapular. 6. Posterior external jugular. ...
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.