2 m – 35. Spinal nerves. Cervical plexus
... Know the anatomy of the vertebrae and their local structural features. To be able to display all the anatomical structures of the spine in general. Classify the muscles of the neck, trunk, characterize the diaphragm. Find mediastinal departments and a list of organs in each of them. Describe and dem ...
... Know the anatomy of the vertebrae and their local structural features. To be able to display all the anatomical structures of the spine in general. Classify the muscles of the neck, trunk, characterize the diaphragm. Find mediastinal departments and a list of organs in each of them. Describe and dem ...
Anatomy of Bones and Joints
... would not be possible without joints between the bones. Humans would resemble statues, were it not for the joints between bones that allow bones to move once the muscles have provided the pull. Machine parts most likely to wear out are those that rub together, and they require the most maintenance. ...
... would not be possible without joints between the bones. Humans would resemble statues, were it not for the joints between bones that allow bones to move once the muscles have provided the pull. Machine parts most likely to wear out are those that rub together, and they require the most maintenance. ...
L8Articulations 8
... • A joint can’t be both mobile and strong • The greater the mobility, the weaker the joint • Mobile joints are supported by muscles and ligaments, not bone-to-bone connections ...
... • A joint can’t be both mobile and strong • The greater the mobility, the weaker the joint • Mobile joints are supported by muscles and ligaments, not bone-to-bone connections ...
Chapter 9: Articulations
... • A joint can’t be both mobile and strong • The greater the mobility, the weaker the joint • Mobile joints are supported by muscles and ligaments, not bone-to-bone connections ...
... • A joint can’t be both mobile and strong • The greater the mobility, the weaker the joint • Mobile joints are supported by muscles and ligaments, not bone-to-bone connections ...
The mandible osteology
... The lower border is the backward continuation of the base of the mandible. Posteriorly it ends by becoming continous with the posterior border at angle of the mandible The anterior border is thin while the posterior border is thick The condyloid process is flattened triangular upwarsd projection fr ...
... The lower border is the backward continuation of the base of the mandible. Posteriorly it ends by becoming continous with the posterior border at angle of the mandible The anterior border is thin while the posterior border is thick The condyloid process is flattened triangular upwarsd projection fr ...
Ankle Joint Type
... lateral margin to posterior process of talus. Calcaneofibular: From malleolar fossa of lateral malleolus posteroinferior to tubercle of lateral calcaneal surface. Commonly injured in inversion sprains (during sports). Relations: Anteriorly – medial to lateral – tibialis anterior, extensor haullicis ...
... lateral margin to posterior process of talus. Calcaneofibular: From malleolar fossa of lateral malleolus posteroinferior to tubercle of lateral calcaneal surface. Commonly injured in inversion sprains (during sports). Relations: Anteriorly – medial to lateral – tibialis anterior, extensor haullicis ...
Axial skeleton
... 1) Osteoid tissue deposited into embryonic mesenchyme • deposited by mesenchymal cells • tissue like bone but not hardened ...
... 1) Osteoid tissue deposited into embryonic mesenchyme • deposited by mesenchymal cells • tissue like bone but not hardened ...
Transverse Section Through the Caudal Part
... part, the tegmentum, and an anterior basal part by the transversely running fibers of the trapezoid body . • The structure of the pons may be studied at two levels: (1) transverse section through the caudal part, passing through the facial colliculus . (2) transverse section through the cranial part ...
... part, the tegmentum, and an anterior basal part by the transversely running fibers of the trapezoid body . • The structure of the pons may be studied at two levels: (1) transverse section through the caudal part, passing through the facial colliculus . (2) transverse section through the cranial part ...
05 - pectoral region
... It is attached to the clavicle and splits to enclose the subclavius muscle. Inferiorly : It encloses the pectoralis minor and continues as the suspensory ligament of the axilla and joins the ...
... It is attached to the clavicle and splits to enclose the subclavius muscle. Inferiorly : It encloses the pectoralis minor and continues as the suspensory ligament of the axilla and joins the ...
The Appendicular Skeleton
... • Superior (top) • Vertebral (by the spine) • Axillary (side near the armpit) ...
... • Superior (top) • Vertebral (by the spine) • Axillary (side near the armpit) ...
Dept of Radiology and Neurology Penn State Milton S
... The posterior fossa is home for the brainstem and cerebellum. The brainstem contains all the cranial nerve nuclei and many efferent and afferent fiber tracts that connect the brain with the rest of the body while the cerebellum is the major organ of coordination for all motor functions, as well as m ...
... The posterior fossa is home for the brainstem and cerebellum. The brainstem contains all the cranial nerve nuclei and many efferent and afferent fiber tracts that connect the brain with the rest of the body while the cerebellum is the major organ of coordination for all motor functions, as well as m ...
Skullsessionfirst2010
... Cervical Ganglia Joins Plexus on Internal and External Carotid Arteries ...
... Cervical Ganglia Joins Plexus on Internal and External Carotid Arteries ...
a student`s guide to anatomy of the camel
... The atlas or the first cervical vertebra of the camel is narrow in comparison with the length of the neck and the width of the other vertebrae of the cervical region. Its wings are perforated with foramina similar to that of the horse. The axis or second cervical vertebra is long and the narrowest o ...
... The atlas or the first cervical vertebra of the camel is narrow in comparison with the length of the neck and the width of the other vertebrae of the cervical region. Its wings are perforated with foramina similar to that of the horse. The axis or second cervical vertebra is long and the narrowest o ...
Practice Exam for Anatomy Lectures 1-6 and 9
... 18. These vertebrae have good rotation, but poor flexion/extension and how many are there? a. Thoracic, 5 b. Lumbar, 5 c. Thoracic, 12 d. Lumbar, 12 e. Cervical, 7 19. These vertebrae have good flexion/extension and how many are there? a. Thoracic, 5 b. Lumbar, 5 c. Thoracic, 12 d. Lumbar, 12 e. Cer ...
... 18. These vertebrae have good rotation, but poor flexion/extension and how many are there? a. Thoracic, 5 b. Lumbar, 5 c. Thoracic, 12 d. Lumbar, 12 e. Cervical, 7 19. These vertebrae have good flexion/extension and how many are there? a. Thoracic, 5 b. Lumbar, 5 c. Thoracic, 12 d. Lumbar, 12 e. Cer ...
Principle 4 - Organization of Head, Neck
... These muscles arise from scapula & connect to head of humerus forming cuff at shoulder joint. They hold head of the humerus in glenoid fossa of scapula. During elevation of arm, rotator cuff compresses glenohumeral joint to allow deltoid to further elevate arm W/out rotator cuff, humeral head would ...
... These muscles arise from scapula & connect to head of humerus forming cuff at shoulder joint. They hold head of the humerus in glenoid fossa of scapula. During elevation of arm, rotator cuff compresses glenohumeral joint to allow deltoid to further elevate arm W/out rotator cuff, humeral head would ...
Gluteal Region and and Posterior Thigh
... Tensor Fasciae latae capsule of the knee joint maintaining posture locomotion ...
... Tensor Fasciae latae capsule of the knee joint maintaining posture locomotion ...
Dr.Kaan Yücel http://fhs121.org Introduction to systematic anatomy
... into nerves that connect the CNS with peripheral structures. The PNS consists of the spinal and cranial nerves, visceral nerves and plexuses, and the enteric system. The nerve cell is called neuron. The neuroglia are other cells of the system. They support the neurons. Neurons are the structural and ...
... into nerves that connect the CNS with peripheral structures. The PNS consists of the spinal and cranial nerves, visceral nerves and plexuses, and the enteric system. The nerve cell is called neuron. The neuroglia are other cells of the system. They support the neurons. Neurons are the structural and ...
Dr.Kaan Yücel http://fhs121.org Introduction to systematic anatomy
... into nerves that connect the CNS with peripheral structures. The PNS consists of the spinal and cranial nerves, visceral nerves and plexuses, and the enteric system. The nerve cell is called neuron. The neuroglia are other cells of the system. They support the neurons. Neurons are the structural and ...
... into nerves that connect the CNS with peripheral structures. The PNS consists of the spinal and cranial nerves, visceral nerves and plexuses, and the enteric system. The nerve cell is called neuron. The neuroglia are other cells of the system. They support the neurons. Neurons are the structural and ...
INTRODUCTION TO SYSTEMIC ANATOMY
... into nerves that connect the CNS with peripheral structures. The PNS consists of the spinal and cranial nerves, visceral nerves and plexuses, and the enteric system. The nerve cell is called neuron. The neuroglia are other cells of the system. They support the neurons. Neurons are the structural and ...
... into nerves that connect the CNS with peripheral structures. The PNS consists of the spinal and cranial nerves, visceral nerves and plexuses, and the enteric system. The nerve cell is called neuron. The neuroglia are other cells of the system. They support the neurons. Neurons are the structural and ...
Meninges of brain & spinal cord(out inward)
... 1. The branches of cerebral arteries hardly establish anastomoses (so-called terminal As ). When one of them is blocked, the supplied regions of brain will completely lack blood supply, leading to neuronal necroses & apoptoses . 2. The arteries of brain seldom beat, which may link to their thin wall ...
... 1. The branches of cerebral arteries hardly establish anastomoses (so-called terminal As ). When one of them is blocked, the supplied regions of brain will completely lack blood supply, leading to neuronal necroses & apoptoses . 2. The arteries of brain seldom beat, which may link to their thin wall ...
Dr.Kaan Yücel http://fhs121.org Introduction to systematic anatomy
... into nerves that connect the CNS with peripheral structures. The PNS consists of the spinal and cranial nerves, visceral nerves and plexuses, and the enteric system. The nerve cell is called neuron. The neuroglia are other cells of the system. They support the neurons. Neurons are the structural and ...
... into nerves that connect the CNS with peripheral structures. The PNS consists of the spinal and cranial nerves, visceral nerves and plexuses, and the enteric system. The nerve cell is called neuron. The neuroglia are other cells of the system. They support the neurons. Neurons are the structural and ...
Turtle Muscles
... Longus coli: deep lateral muscle that is best seen in a dorsal view; responsible for extending the neck the neck. Retrahens capitis collique: lateral to the longus colli; responsible for retracting the neck. Depressor mandibuli: lateral jaw muscle securing the articular and quadrate. Biventer cervic ...
... Longus coli: deep lateral muscle that is best seen in a dorsal view; responsible for extending the neck the neck. Retrahens capitis collique: lateral to the longus colli; responsible for retracting the neck. Depressor mandibuli: lateral jaw muscle securing the articular and quadrate. Biventer cervic ...
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.