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CAT PERIPHERAL NERVES
... of the neck to separate the superficial from the deep neck muscles (probe deeply) but do not sever the nerves. Cut the muscles just below the mandible so that you can turn out the flaps. ...
... of the neck to separate the superficial from the deep neck muscles (probe deeply) but do not sever the nerves. Cut the muscles just below the mandible so that you can turn out the flaps. ...
Slide 1 - AccessSurgery
... A. Circumferential stenosis of the subglottis and superior trachea. Dashed lines represent the external extent of resection. A lateral transection through the cricoid lamina allows removal of the anterior cricoid arch while preserving the posterior cricoid lamina, thereby protecting the recurrent la ...
... A. Circumferential stenosis of the subglottis and superior trachea. Dashed lines represent the external extent of resection. A lateral transection through the cricoid lamina allows removal of the anterior cricoid arch while preserving the posterior cricoid lamina, thereby protecting the recurrent la ...
Neuro-Anatomy-and-Neurodynamics-Teaching-Pack
... The dorsal root ganglion contains the cell bodies of the sensory neurons The dorsal root ganglion is particularly sensitive and is often the cause of radicular pain The two nerve roots then come together as they go through intervertebral foramen They will then split into ventral and dorsal rami to b ...
... The dorsal root ganglion contains the cell bodies of the sensory neurons The dorsal root ganglion is particularly sensitive and is often the cause of radicular pain The two nerve roots then come together as they go through intervertebral foramen They will then split into ventral and dorsal rami to b ...
Neuro Anatomy
... The dorsal root ganglion contains the cell bodies of the sensory neurons The dorsal root ganglion is particularly sensitive and is often the cause of radicular pain The two nerve roots then come together as they go through intervertebral foramen They will then split into ventral and dorsal rami to b ...
... The dorsal root ganglion contains the cell bodies of the sensory neurons The dorsal root ganglion is particularly sensitive and is often the cause of radicular pain The two nerve roots then come together as they go through intervertebral foramen They will then split into ventral and dorsal rami to b ...
Musculoskeletal radiograph
... Gaps between vertebral bodies (disc spaces gradually increase, except for L5/S1 which is slightly smaller) ...
... Gaps between vertebral bodies (disc spaces gradually increase, except for L5/S1 which is slightly smaller) ...
Chapter 11-Part 2-axial muscles
... • rectus abdominis • long, runs vertically entire length of abdominal wall from pubis (origin) to sternum (insertion) • four segments created by three tendinous intersections (form “six pack”) • enclosed in rectus sheath made by • aponeurosis of external oblique • internal oblique • transversus obdo ...
... • rectus abdominis • long, runs vertically entire length of abdominal wall from pubis (origin) to sternum (insertion) • four segments created by three tendinous intersections (form “six pack”) • enclosed in rectus sheath made by • aponeurosis of external oblique • internal oblique • transversus obdo ...
Anatomy of Pelvis - I Want To Be A Surgeon
... • Ischium (one on each side): lesser sciatic notch, spine and tuberosity • Sacrum: foramina for spinal nerves • Coccyx ...
... • Ischium (one on each side): lesser sciatic notch, spine and tuberosity • Sacrum: foramina for spinal nerves • Coccyx ...
L1-Esophagus and stomach2014-11-16 00:5710.6 MB
... • It is a tubular structure about 25 cm long. • It begins as the continuation of the pharynx at the level of the 6th cervical vertebra. • It pierces the diaphragm at the level of the 10th thoracic vertebra to join the stomach. • It is divided into 3 parts: • 1- Cervical. • 2- Thoracic. • 3- Abdomina ...
... • It is a tubular structure about 25 cm long. • It begins as the continuation of the pharynx at the level of the 6th cervical vertebra. • It pierces the diaphragm at the level of the 10th thoracic vertebra to join the stomach. • It is divided into 3 parts: • 1- Cervical. • 2- Thoracic. • 3- Abdomina ...
The-shoulder-session-6
... • Affects women > men, age 40-60, diabetics and immobilisation post surgery more at risk • ? Inflammatory response with fibrosis and contracture of the capsule • Restriction of all active and passive movements • Stage 1 – pain at rest and extremes of motion, disturbed sleep, unable to lie on affecte ...
... • Affects women > men, age 40-60, diabetics and immobilisation post surgery more at risk • ? Inflammatory response with fibrosis and contracture of the capsule • Restriction of all active and passive movements • Stage 1 – pain at rest and extremes of motion, disturbed sleep, unable to lie on affecte ...
Nerves - Drhannah.org
... Leaves pelvis through greater sciatic foramen inferior to piriformis and divides into several branches Enters gluteal regions through greater sciatic foramen inferior to piriformis; descends posterior to (outer side of) sacrospinous ...
... Leaves pelvis through greater sciatic foramen inferior to piriformis and divides into several branches Enters gluteal regions through greater sciatic foramen inferior to piriformis; descends posterior to (outer side of) sacrospinous ...
6.4: Acute Lumbar Sprain
... Easily caused by working with bowing or squatting position for a long time, frequently over exhaustion of the waist, delay or improper treatment of acute lumbar injury. ...
... Easily caused by working with bowing or squatting position for a long time, frequently over exhaustion of the waist, delay or improper treatment of acute lumbar injury. ...
Slide 1 - AccessSurgery
... A. Circumferential stenosis of the subglottis and superior trachea. Dashed lines represent the external extent of resection. A lateral transection through the cricoid lamina allows removal of the anterior cricoid arch while preserving the posterior cricoid lamina, thereby protecting the recurrent la ...
... A. Circumferential stenosis of the subglottis and superior trachea. Dashed lines represent the external extent of resection. A lateral transection through the cricoid lamina allows removal of the anterior cricoid arch while preserving the posterior cricoid lamina, thereby protecting the recurrent la ...
The Stomach Is a structure that receives food from esophagus
... the pancreas in form of C shaped structure.It is a retroperitoneal structure(covers by peritoneum only on its anterior surface) i.e fixed,except the proximal one inch ( near the pylorus) which is peritonealized as that of the stomach(intraperitoneal) and movable with the stomach.It divides into 4 pa ...
... the pancreas in form of C shaped structure.It is a retroperitoneal structure(covers by peritoneum only on its anterior surface) i.e fixed,except the proximal one inch ( near the pylorus) which is peritonealized as that of the stomach(intraperitoneal) and movable with the stomach.It divides into 4 pa ...
File - Logan Class of December 2011
... buttock line and the ischial tuberosity. Hand contact: lateral 1/3 of the thumb, hand should be pronated, palm away from the adjustor, elbow down. The thumb should arc headward, laterally and slightly posterior. The line of force/drive is always 90° between the vertical line of the spine and a horiz ...
... buttock line and the ischial tuberosity. Hand contact: lateral 1/3 of the thumb, hand should be pronated, palm away from the adjustor, elbow down. The thumb should arc headward, laterally and slightly posterior. The line of force/drive is always 90° between the vertical line of the spine and a horiz ...
File
... In the spaces provided, label the segments of the spinal column indicated on the figure to the right. 1 Cervical vertebrae ...
... In the spaces provided, label the segments of the spinal column indicated on the figure to the right. 1 Cervical vertebrae ...
Read an excerpt
... deformities and fusion of the cranial sutures. Virchow also held that reduced, irregular, and abnormal growth of the cranial bones was caused by premature ossification of the cranial sutures. In 1851, he classified various mental disorders in relation to the extent of premature ossification. Therefo ...
... deformities and fusion of the cranial sutures. Virchow also held that reduced, irregular, and abnormal growth of the cranial bones was caused by premature ossification of the cranial sutures. In 1851, he classified various mental disorders in relation to the extent of premature ossification. Therefo ...
Unit 18: Cranial Cavity and Contents
... (Plates 98; 7.22, 7.23, 9.2). Note the close relationship of the abducens nerve as it travels lateral to the internal carotid artery. Anteriorly, the cavernous sinus receives the ophthalmic veins from the orbit (Plates 81; 7.15A). Small sphenoparietal sinuses are located in the dura on the free marg ...
... (Plates 98; 7.22, 7.23, 9.2). Note the close relationship of the abducens nerve as it travels lateral to the internal carotid artery. Anteriorly, the cavernous sinus receives the ophthalmic veins from the orbit (Plates 81; 7.15A). Small sphenoparietal sinuses are located in the dura on the free marg ...
nasopharynx paranasal sinuses and salivary glands ppt
... • It lies partly on the lower surface of the mylohyoid and partly behind the muscle against the lateral surface of the muscle of the tongue, the hypoglossus. • The submandibular gland has a larger superficial part, or body, and a smaller deep process. ...
... • It lies partly on the lower surface of the mylohyoid and partly behind the muscle against the lateral surface of the muscle of the tongue, the hypoglossus. • The submandibular gland has a larger superficial part, or body, and a smaller deep process. ...
Powerpoint - Zill Anatomy Web Pages
... Deep Cervical fascia - one layer surrounds neck, other layers form tubes (names poorly chosen) 2. Prevertebral Layer ...
... Deep Cervical fascia - one layer surrounds neck, other layers form tubes (names poorly chosen) 2. Prevertebral Layer ...
lateral - Dr. Par Mohammadian
... Pelvic (Hip) Girdle • Two hip bones (coxal bones or os coxae) and sacrum – Attach lower limbs to axial skeleton with strong ligaments – Transmit weight of upper body to lower limbs – Support pelvic organs ...
... Pelvic (Hip) Girdle • Two hip bones (coxal bones or os coxae) and sacrum – Attach lower limbs to axial skeleton with strong ligaments – Transmit weight of upper body to lower limbs – Support pelvic organs ...
The Lower Limb II
... of femur to form the knee joint • Both the tibia & fibula articulate with the talus to form the ankle joint • The proximal & distal ends of the tibia & fibula articulate together to form the tibiofibular joints ...
... of femur to form the knee joint • Both the tibia & fibula articulate with the talus to form the ankle joint • The proximal & distal ends of the tibia & fibula articulate together to form the tibiofibular joints ...
Head and Neck Embryology and Anatomy
... nose at its ala bases should correspond approximately to the distance between the medial canthi, the width of one eye, and it also equals one fifth of the widest diameter of the face.7,15 From the lateral perspective, the general profile of all faces is one of three types – the straight, the convex, o ...
... nose at its ala bases should correspond approximately to the distance between the medial canthi, the width of one eye, and it also equals one fifth of the widest diameter of the face.7,15 From the lateral perspective, the general profile of all faces is one of three types – the straight, the convex, o ...
11 Axial Muscles - Orange Coast College
... During inhalation, several muscles contract to increase the dimensions of the thoracic cavity as the lungs fill with air. The thoracic cavity expands both to cause the lungs to fill with air and to accommodate the expanding lungs. During exhalation, some respiratory muscles contract and others relax ...
... During inhalation, several muscles contract to increase the dimensions of the thoracic cavity as the lungs fill with air. The thoracic cavity expands both to cause the lungs to fill with air and to accommodate the expanding lungs. During exhalation, some respiratory muscles contract and others relax ...
Subscapularis
... • The lateral lip of the bicipital groove. – The bicipital groove is also referred to as the intertubercular sulcis. This landmark is where the tendon for the long head of the biceps brachii lies. It is between the lesser tubercle and greater tubercle of the humerus. ...
... • The lateral lip of the bicipital groove. – The bicipital groove is also referred to as the intertubercular sulcis. This landmark is where the tendon for the long head of the biceps brachii lies. It is between the lesser tubercle and greater tubercle of the humerus. ...
ARTICULAR SYSTEM
... The sacrum (os sacrum) The sacrum is a large, flattened, triangular bone formed by the fusion of five sacral vertebrae. It forms the posterior part of the bony pelvis, articulating on each side with the corresponding hip bone at the sacro-iliac joint. The sacrum transmits the body weight to the hip ...
... The sacrum (os sacrum) The sacrum is a large, flattened, triangular bone formed by the fusion of five sacral vertebrae. It forms the posterior part of the bony pelvis, articulating on each side with the corresponding hip bone at the sacro-iliac joint. The sacrum transmits the body weight to the hip ...
Vertebra
![](https://commons.wikimedia.org/wiki/Special:FilePath/Vertebra_Superior_View.jpg?width=300)
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.