Spring 03
... e) platysma m. 5) Which of the following components ARE NOT part of the cruciate ligament complex found in the neck? a) transverse ligament of the atlas b) superior longitudinal band c) cranial crus d) apical ligament e) caudal crus 6) Choose the INCORRECT statement concerning the joint of Luschka ( ...
... e) platysma m. 5) Which of the following components ARE NOT part of the cruciate ligament complex found in the neck? a) transverse ligament of the atlas b) superior longitudinal band c) cranial crus d) apical ligament e) caudal crus 6) Choose the INCORRECT statement concerning the joint of Luschka ( ...
Bones of the Skull
... Foramen magnum: allows the spinal cord to issue from the brain stem to enter the vertebral canal Hypoglossal canals: allows passage of the hypoglossal nerve (XII) Occipital condyles: articulate with the atlas External occipital protuberance and nuchal lines: sites of muscle attachment External occip ...
... Foramen magnum: allows the spinal cord to issue from the brain stem to enter the vertebral canal Hypoglossal canals: allows passage of the hypoglossal nerve (XII) Occipital condyles: articulate with the atlas External occipital protuberance and nuchal lines: sites of muscle attachment External occip ...
THE APPENDICULAR SKELETON
... femur. Together the hipbones, sacrum and coccyx form the pelvis. The pelvic brim is a plane marked by sacral promontory and the arcuate lines of the ilia. It also is the superior most margin of the true pelvis. The portion above pelvic brim is called the greater or (false) pelvis. The portion below ...
... femur. Together the hipbones, sacrum and coccyx form the pelvis. The pelvic brim is a plane marked by sacral promontory and the arcuate lines of the ilia. It also is the superior most margin of the true pelvis. The portion above pelvic brim is called the greater or (false) pelvis. The portion below ...
6 AP report 2016
... Examine a typical long bone (from the container of disarticulated bones) for the characteristic surface features which mark the points of attachment of muscles, tendons and ligaments. Also look for the position of blood vessels and nerves. These markings can be classified as projections or processes ...
... Examine a typical long bone (from the container of disarticulated bones) for the characteristic surface features which mark the points of attachment of muscles, tendons and ligaments. Also look for the position of blood vessels and nerves. These markings can be classified as projections or processes ...
Anatomy and Anatomical Terms Quiz Knowledge/Understanding
... 2. Place the words from the bank below into the appropriate places on the diagram. (10 Marks – K) Scapula ...
... 2. Place the words from the bank below into the appropriate places on the diagram. (10 Marks – K) Scapula ...
Ultimate Spinal Analysis PA 1-855-USA-XRAY (872
... 1.The Centre of Gravity is 46.30mm Anterior. 2.Abnormal straightening of the cervical spine. 3.Lateral Anterior Vertebral Offset (Spondylolisthesis) at C2, which is a ratable impairment at 6% whole body. Lateral Anterior Vertebral Offset (Spondylolisthesis) at C3, which is a ratable impairment at 6% ...
... 1.The Centre of Gravity is 46.30mm Anterior. 2.Abnormal straightening of the cervical spine. 3.Lateral Anterior Vertebral Offset (Spondylolisthesis) at C2, which is a ratable impairment at 6% whole body. Lateral Anterior Vertebral Offset (Spondylolisthesis) at C3, which is a ratable impairment at 6% ...
VI. Skull –XII. Lower Limb
... 2. Fontanels are membranous areas of an infantile skull. 3. Fontanels permit some movement between the bones so that the developing skull is partially compressible and can slightly change shape. 4. Eventually fontanels close and cranial bones grow together. E. Introduction 1. The vertebral column ex ...
... 2. Fontanels are membranous areas of an infantile skull. 3. Fontanels permit some movement between the bones so that the developing skull is partially compressible and can slightly change shape. 4. Eventually fontanels close and cranial bones grow together. E. Introduction 1. The vertebral column ex ...
PPT - UCLA Health
... Attic Cholesteatomas can spread postero-superiorly into the antrum or postero-inferiorly into posterior mesotympanum ...
... Attic Cholesteatomas can spread postero-superiorly into the antrum or postero-inferiorly into posterior mesotympanum ...
Thieme: Color Atlas of Acupuncture
... exit of the supratrochlear artery and the medial branch of the supraorbital nerve. It is not the supraorbital foramen, which is clearly further lateral and represents the exit of both the supraorbital artery and the lateral branch of the supraorbital nerve. Both points of exit vary in shape and posi ...
... exit of the supratrochlear artery and the medial branch of the supraorbital nerve. It is not the supraorbital foramen, which is clearly further lateral and represents the exit of both the supraorbital artery and the lateral branch of the supraorbital nerve. Both points of exit vary in shape and posi ...
Bucket handle movement
... • Ribs acting as lever, fulcrum being just lateral to the tubercle • The anterior end of the rib is lower than the posterior end, therefore, during elevation of the rib, the anterior end also moves forwards • This occurs mostly in the vertebrosternal ribs • The body of the sternum also moves up and ...
... • Ribs acting as lever, fulcrum being just lateral to the tubercle • The anterior end of the rib is lower than the posterior end, therefore, during elevation of the rib, the anterior end also moves forwards • This occurs mostly in the vertebrosternal ribs • The body of the sternum also moves up and ...
Normal Pelvis, types of female pelvis and fetal skull
... Posterior inclination of a flat sacrum Wide bispinous diameter A wide subpubic arch ...
... Posterior inclination of a flat sacrum Wide bispinous diameter A wide subpubic arch ...
Chp. 12 Spinal Cord
... •Dorsal Ramus: innervate deep muscles of the trunk responsible for movements of the vertebral column and the C.T. and skin near the midline of the back. •Ventral Ramus: what they innervate depends upon which part of the spinal cord is considered. –Thoracic region: form intercostal nerves that innerv ...
... •Dorsal Ramus: innervate deep muscles of the trunk responsible for movements of the vertebral column and the C.T. and skin near the midline of the back. •Ventral Ramus: what they innervate depends upon which part of the spinal cord is considered. –Thoracic region: form intercostal nerves that innerv ...
The Skeletal System: Bones and Joints
... “lock” with laterally facing inferior articular facets of the vertebra above it. 5. Five fused vertebrae that have a median crest and a hiatus. 6. Tailbone, usually consisting of four fused vertebrae. ...
... “lock” with laterally facing inferior articular facets of the vertebra above it. 5. Five fused vertebrae that have a median crest and a hiatus. 6. Tailbone, usually consisting of four fused vertebrae. ...
Transversus Abdominis - The Deepest Ab Muscle
... Back: The muscles of the back--such as the erector spinae, quadratus lumborum, paraspinals and the psoas major, to name a few--are included in the muscles of the core. Erector Spinae is not just one muscle, but a bundle of muscles and tendons. It is paired and runs more or less vertically. It extend ...
... Back: The muscles of the back--such as the erector spinae, quadratus lumborum, paraspinals and the psoas major, to name a few--are included in the muscles of the core. Erector Spinae is not just one muscle, but a bundle of muscles and tendons. It is paired and runs more or less vertically. It extend ...
Articulations •Bones can only move at their ends. Where one bone
... by distortion of an intervertebral disc. The distortion applies pressure to the spinal nerves, causing pain and limited range of motion. Herniated disc- a condition caused by an intervertebral compression severe enough to rupture an annulus fibrosus and release the nucleus pulposus which may protrud ...
... by distortion of an intervertebral disc. The distortion applies pressure to the spinal nerves, causing pain and limited range of motion. Herniated disc- a condition caused by an intervertebral compression severe enough to rupture an annulus fibrosus and release the nucleus pulposus which may protrud ...
An Introduction to Articulations
... • Singular, bursa, a pouch • Pockets of synovial fluid • Cushion areas where tendons or ligaments rub Factors That Stabilize Synovial Joints • Prevent injury by limiting range of motion • Collagen fibers (joint capsule, ligaments) • Articulating surfaces and menisci • Other bones, muscles, or fat pa ...
... • Singular, bursa, a pouch • Pockets of synovial fluid • Cushion areas where tendons or ligaments rub Factors That Stabilize Synovial Joints • Prevent injury by limiting range of motion • Collagen fibers (joint capsule, ligaments) • Articulating surfaces and menisci • Other bones, muscles, or fat pa ...
An Introduction to the Axial Skeleton
... 7-3 The Cranial Bones of the Skull • The Ethmoid • Functions of the ethmoid • Forms anteromedial floor of the cranium • Roof of the nasal cavity • Part of the nasal septum and medial orbital wall • Contains ethmoidal air cells (network of sinuses) ...
... 7-3 The Cranial Bones of the Skull • The Ethmoid • Functions of the ethmoid • Forms anteromedial floor of the cranium • Roof of the nasal cavity • Part of the nasal septum and medial orbital wall • Contains ethmoidal air cells (network of sinuses) ...
THE CENTRAL NERVOUS SYSTEM THE SPINAL CORD
... end broadens and forms the closed terminal ventricle (Krause's ventricle, ventriculus terminalis); its unclosed sections still contain the cerebrospinal fluid. The walls of the canal are covered with Ependymocytes. ...
... end broadens and forms the closed terminal ventricle (Krause's ventricle, ventriculus terminalis); its unclosed sections still contain the cerebrospinal fluid. The walls of the canal are covered with Ependymocytes. ...
Chapter 7 Answers
... 2. Fontanels are membranous areas of an infantile skull. 3. Fontanels permit some movement between the bones so that the developing skull is partially compressible and can slightly change shape. 4. Eventually fontanels close and cranial bones grows together. VI. Vertebral Column A. Introduction 1. T ...
... 2. Fontanels are membranous areas of an infantile skull. 3. Fontanels permit some movement between the bones so that the developing skull is partially compressible and can slightly change shape. 4. Eventually fontanels close and cranial bones grows together. VI. Vertebral Column A. Introduction 1. T ...
Injury to the long thoracic nerve as a complication of neck dissection
... The injury seems to have occurred at the time of dissection of the neck. The notes of the operation do not mention any complications at the time of surgery. Either the course of the nerve was aberrant and ran superficial to the muscles (making it more susceptible to injury) or the plane of dissectio ...
... The injury seems to have occurred at the time of dissection of the neck. The notes of the operation do not mention any complications at the time of surgery. Either the course of the nerve was aberrant and ran superficial to the muscles (making it more susceptible to injury) or the plane of dissectio ...
I. Bone Structure
... 2. Fontanels are membranous areas of an infantile skull. 3. Fontanels permit some movement between the bones so that the developing skull is partially compressible and can slightly change shape. 4. Eventually fontanels close and cranial bones grow together. VI. Vertebral Column A. Introduction 1. Th ...
... 2. Fontanels are membranous areas of an infantile skull. 3. Fontanels permit some movement between the bones so that the developing skull is partially compressible and can slightly change shape. 4. Eventually fontanels close and cranial bones grow together. VI. Vertebral Column A. Introduction 1. Th ...
Summer 2003 3A
... 28) Which of the following muscles will flex the arm? (MACA) a) coracobrachialis m. b) latissimus dorsi m. c) triceps brachii m., long head d) pectoralis major m. e) teres major m. 29) Which of the following muscles flex the elbow? (MACA) a) biceps brachii m., long head b) biceps brachii m., short ...
... 28) Which of the following muscles will flex the arm? (MACA) a) coracobrachialis m. b) latissimus dorsi m. c) triceps brachii m., long head d) pectoralis major m. e) teres major m. 29) Which of the following muscles flex the elbow? (MACA) a) biceps brachii m., long head b) biceps brachii m., short ...
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.