Slides - gserianne.com
... sinuses given a diagram like this Figure From: Marieb & Hoehn, Human Anatomy & Physiology, 9th ed., Pearson ...
... sinuses given a diagram like this Figure From: Marieb & Hoehn, Human Anatomy & Physiology, 9th ed., Pearson ...
Musculoskeletal System Anatomy
... • Red marrow = thick, blood like found in flat bones & end of long bones, blood cell formation. • Yellow marrow = soft fatty found in the medullary cavity of long bones. ...
... • Red marrow = thick, blood like found in flat bones & end of long bones, blood cell formation. • Yellow marrow = soft fatty found in the medullary cavity of long bones. ...
Appendix A - UCLA Linguistics
... midbrain and cerebrum projection nearer to a point of attachment wing-shaped; pertaining to the pterygoid bone, inferior to the sphenoid bone of the skull the region of the bronchus as it enters the lung plate-like branch of bone; branch of a vessel or nerve union of two parts (in a line) pull or be ...
... midbrain and cerebrum projection nearer to a point of attachment wing-shaped; pertaining to the pterygoid bone, inferior to the sphenoid bone of the skull the region of the bronchus as it enters the lung plate-like branch of bone; branch of a vessel or nerve union of two parts (in a line) pull or be ...
CLAVICLE (collar bone)
... 2. Supraorbital foramen (supraorbital notch) 3. Superior orbital fissure 4. Inferior orbital fissure (actually, this is part of the sphenoid bone) ...
... 2. Supraorbital foramen (supraorbital notch) 3. Superior orbital fissure 4. Inferior orbital fissure (actually, this is part of the sphenoid bone) ...
2.Diaphragm
... Paralysis of the Diaphragm A single dome of the diaphragm may be paralyzed by crushing or sectioning of the phrenic nerve in the neck. Occasionally, the contribution from the fifth cervical spinal nerve joins the phrenic nerve late as a branch from the nerve to the subclavius muscle. This is known a ...
... Paralysis of the Diaphragm A single dome of the diaphragm may be paralyzed by crushing or sectioning of the phrenic nerve in the neck. Occasionally, the contribution from the fifth cervical spinal nerve joins the phrenic nerve late as a branch from the nerve to the subclavius muscle. This is known a ...
1 - askdrlehman.com
... a. Rectus capitis posterior major b. Multifidus c. Upper trapezius d. Splenius cervicis 14. Name the nerve supply for the cervical extensor muscle that is frequently irritated and taut with an acute stiff neck? a. C 3-4 b. C 1-8 c. C6 and C8 d. C 6-8 15. Name the two lateral flexion muscles that are ...
... a. Rectus capitis posterior major b. Multifidus c. Upper trapezius d. Splenius cervicis 14. Name the nerve supply for the cervical extensor muscle that is frequently irritated and taut with an acute stiff neck? a. C 3-4 b. C 1-8 c. C6 and C8 d. C 6-8 15. Name the two lateral flexion muscles that are ...
SPINAL CORD -1
... lumbar 5, sacral 5, coccygeal 1 Upper cervical roots are horizontal Upper thoracic roots slope down at an angle to reach their foramen. Below L1 vertebra the roots pass almost vertically downwards through the subarachnoid space, forming the CAUDA EQUINA. The filum terminale extends dow ...
... lumbar 5, sacral 5, coccygeal 1 Upper cervical roots are horizontal Upper thoracic roots slope down at an angle to reach their foramen. Below L1 vertebra the roots pass almost vertically downwards through the subarachnoid space, forming the CAUDA EQUINA. The filum terminale extends dow ...
Click Here for Spinal Cord Chapter
... The spinal cord is found within the vertebral canal, the hollow tube created by stacking all the vertebral foramen up. Spinal cord: The major column of nerve tissue that is connected to the brain and lies within the vertebral canal and from which the spinal nerves emerge. Thirty-one pairs of spinal ...
... The spinal cord is found within the vertebral canal, the hollow tube created by stacking all the vertebral foramen up. Spinal cord: The major column of nerve tissue that is connected to the brain and lies within the vertebral canal and from which the spinal nerves emerge. Thirty-one pairs of spinal ...
Anatomy Terminology
... also be craniad or cranially) • Caudal: position more towards the tail end of the body. (can also be cudad or caudally) ...
... also be craniad or cranially) • Caudal: position more towards the tail end of the body. (can also be cudad or caudally) ...
CMPE 80A - Courses
... § C5: Shoulder and biceps control (not wrist or hand) § C6: Wrist control but not fingers § C7 and T1: can straighten arm but ...
... § C5: Shoulder and biceps control (not wrist or hand) § C6: Wrist control but not fingers § C7 and T1: can straighten arm but ...
Lab 1 Anatomy Language
... B. Use anatomical terminology to describe body directions, planes, and surfaces C. Name the body cavities and the organs in each cavity II. Activity 1: Describe anatomical position, and explain its significance. A. Anatomical position: B. Significance: III. Activity 2: Surface Anatomy – locate and d ...
... B. Use anatomical terminology to describe body directions, planes, and surfaces C. Name the body cavities and the organs in each cavity II. Activity 1: Describe anatomical position, and explain its significance. A. Anatomical position: B. Significance: III. Activity 2: Surface Anatomy – locate and d ...
An Introduction to the Axial Skeleton
... • Vertebrae are numbered • By region, from top (superior) to bottom (inferior) • C1 articulates with skull, L5 with sacrum • Vertebrae of each region • Have characteristics determined by functions ...
... • Vertebrae are numbered • By region, from top (superior) to bottom (inferior) • C1 articulates with skull, L5 with sacrum • Vertebrae of each region • Have characteristics determined by functions ...
Thorax – skeleton, joints, muscles, arterial blood supply, venous and
... 1/ joints of the heads of the ribs (head of the ribs to the body of the thoracic vertebrae) 2/ costotransverse joints (costal tubercle and transverse process) 1st to7th ribs to sternum costal arch (cartilages of the 7th to 10th rib) ...
... 1/ joints of the heads of the ribs (head of the ribs to the body of the thoracic vertebrae) 2/ costotransverse joints (costal tubercle and transverse process) 1st to7th ribs to sternum costal arch (cartilages of the 7th to 10th rib) ...
بسم هللا الرحمن الرحيم Sudan University of
... distinguished from those of the thoracic or lumbar regions by the presence of a foramen in each transverse process. The first, second, and seventh present exceptional features and must be separately described; the following characteristics are common to the remaining four.{Gray's Anatomy (1918)}. Th ...
... distinguished from those of the thoracic or lumbar regions by the presence of a foramen in each transverse process. The first, second, and seventh present exceptional features and must be separately described; the following characteristics are common to the remaining four.{Gray's Anatomy (1918)}. Th ...
Ophiacodontidae - Dr. Stuart Sumida
... structure Proatlas is present Atlantal centrum may be fused with the axial intercentrum and is thick antero-posteriorly and has a well developed dorsal portion ...
... structure Proatlas is present Atlantal centrum may be fused with the axial intercentrum and is thick antero-posteriorly and has a well developed dorsal portion ...
File
... • Radius • Lateral bone in forearm • Head articulates with capitulum of humerus and with radial notch of ulna ...
... • Radius • Lateral bone in forearm • Head articulates with capitulum of humerus and with radial notch of ulna ...
locations and lengths of osteophytes in the cervical vertebrae
... trasverse foramen was seen at C5 with the longest of 4.50 mm. There are records of the width of anteroposterior and mediolateral of foramen trasversarium at C3-C7 being 4.76.1mm and 5.0-6.7 mm, respectively and the distance from transverse foramen at medial, lateral, anterior and posterior borders t ...
... trasverse foramen was seen at C5 with the longest of 4.50 mm. There are records of the width of anteroposterior and mediolateral of foramen trasversarium at C3-C7 being 4.76.1mm and 5.0-6.7 mm, respectively and the distance from transverse foramen at medial, lateral, anterior and posterior borders t ...
FORM B
... 9) Which of the following is NOT classified as a "deltoid ligament" of the talocrural joint. a) talofibular ligament b) posterior tibiotalar ligament c) tibionavicular ligament d) anterior tibiotalar ligament e) tibionavicular ligament 10) Choose the INCORRECT match. a) hinge joint - uniaxial b) sp ...
... 9) Which of the following is NOT classified as a "deltoid ligament" of the talocrural joint. a) talofibular ligament b) posterior tibiotalar ligament c) tibionavicular ligament d) anterior tibiotalar ligament e) tibionavicular ligament 10) Choose the INCORRECT match. a) hinge joint - uniaxial b) sp ...
Summer 02
... 84) Choose the INCORRECT match. a) hinge joint - uniaxial b) spheroid joint - biaxial c) trochoid joint - uniaxial d) sellar joint - biaxial e) ball and socket joint - multiaxial 85) The tectorial membrane is found on the ___ aspect of the spinal cord. a) anterior b) posterior c) medial d) lateral ...
... 84) Choose the INCORRECT match. a) hinge joint - uniaxial b) spheroid joint - biaxial c) trochoid joint - uniaxial d) sellar joint - biaxial e) ball and socket joint - multiaxial 85) The tectorial membrane is found on the ___ aspect of the spinal cord. a) anterior b) posterior c) medial d) lateral ...
Neuroskeletal system
... ►Occurs when blood vessels carrying oxygen and other nutrient to a specific part of the brain suddenly burst or become blocked ...
... ►Occurs when blood vessels carrying oxygen and other nutrient to a specific part of the brain suddenly burst or become blocked ...
File
... Prevertebral layer of deep cervical fascia bind phrenic nerve to muscle. Posteriorly: pleura, origin of brachial plexus, second part of subclavian artery & Scalenus medius Medially: vertebral artery & vein & sympathetic trunk. left side medial border is related to thoracic duct. Laterally: cervical ...
... Prevertebral layer of deep cervical fascia bind phrenic nerve to muscle. Posteriorly: pleura, origin of brachial plexus, second part of subclavian artery & Scalenus medius Medially: vertebral artery & vein & sympathetic trunk. left side medial border is related to thoracic duct. Laterally: cervical ...
Intrinsic Muscles of the Back
... • Identify the superficial and deep muscles of the back in terms of their location, nerve supply and actions. • Understand the muscle support of the trunk. • Explain the mechanism of body weight transmission. ...
... • Identify the superficial and deep muscles of the back in terms of their location, nerve supply and actions. • Understand the muscle support of the trunk. • Explain the mechanism of body weight transmission. ...
CHAPTER 75 FACET JOINTS
... concave while the inferior articular process is correspondingly convex. In the upper lumbar spine the superior articular process faces medially while the inferior articular process faces essentially laterally. In the lower lumbar spine as the orientation of the joint gradually becomes closer to the ...
... concave while the inferior articular process is correspondingly convex. In the upper lumbar spine the superior articular process faces medially while the inferior articular process faces essentially laterally. In the lower lumbar spine as the orientation of the joint gradually becomes closer to the ...
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.