Chapter 7 Skeletal System
... • lumbar curvature • sacral curvature • rib facets • vertebra prominens •Long spinous process on 7th vertebra ...
... • lumbar curvature • sacral curvature • rib facets • vertebra prominens •Long spinous process on 7th vertebra ...
Kinesiology Chapter 9 Review 1.
... The origin of the _____________ muscle is the lower borders of the transverse processes of lumbar vertebrae (L1-L5), inner surface of the ilium, sides of the bodies of the last thoracic vertebra (T12), all the lumbar vertebrae (L1-5), intervertebral fibrocartilages, and base of sacrum. a. Sartorius ...
... The origin of the _____________ muscle is the lower borders of the transverse processes of lumbar vertebrae (L1-L5), inner surface of the ilium, sides of the bodies of the last thoracic vertebra (T12), all the lumbar vertebrae (L1-5), intervertebral fibrocartilages, and base of sacrum. a. Sartorius ...
Bones - Reading Community Schools
... • lumbar curvature • sacral curvature • rib facets • vertebra prominens •Long spinous process on 7th vertebra ...
... • lumbar curvature • sacral curvature • rib facets • vertebra prominens •Long spinous process on 7th vertebra ...
The ventricles are structures that produce cerebrospinal fluid
... displacement of the lower parts of the spinal cord with relation to the vertebrae column. The outcome of this uneven growth is that the adult spinal cord extends to the level of the first or second lumbar vertebrae, and the nerves grow to exit through the same intervertebral foramina as they did dur ...
... displacement of the lower parts of the spinal cord with relation to the vertebrae column. The outcome of this uneven growth is that the adult spinal cord extends to the level of the first or second lumbar vertebrae, and the nerves grow to exit through the same intervertebral foramina as they did dur ...
Biology 231 - Request a Spot account
... 6. For each epithelial tissue type, in the left hand column below its name, draw a brief sketch of its appearance and write a short phrase reminding you of what it looks like. For example, underneath a sketch of simple squamous epithelium write “fried eggs”. In the middle column write down the funct ...
... 6. For each epithelial tissue type, in the left hand column below its name, draw a brief sketch of its appearance and write a short phrase reminding you of what it looks like. For example, underneath a sketch of simple squamous epithelium write “fried eggs”. In the middle column write down the funct ...
Chapter 12 The Trunk and Spinal Column
... – Cervical & lumbar spine curve posteriorly – Spinal curves enable it to absorb blows & shocks ...
... – Cervical & lumbar spine curve posteriorly – Spinal curves enable it to absorb blows & shocks ...
12-1
... • Spinal movements are often preceded by the name given to the region of movement • Ex. flexion of trunk at lumbar spine is known as lumbar flexion, & extension of neck is cervical extension • Pelvic girdle rotates as a unit due to movement occurring in hip & lumbar spine © 2007 McGraw-Hill Higher E ...
... • Spinal movements are often preceded by the name given to the region of movement • Ex. flexion of trunk at lumbar spine is known as lumbar flexion, & extension of neck is cervical extension • Pelvic girdle rotates as a unit due to movement occurring in hip & lumbar spine © 2007 McGraw-Hill Higher E ...
Schlattman - T Spine 2013 II IPTA
... • Numbness/tingling in the ring and small fingers but can encompass the entire hand • Paresthesias occur at night and/or during daily activities • Vague pain in the involved extremity • (Can occur in the hand, elbow, shoulder and/or cervical spine) • Subjective complaints of hand/arm weakness especi ...
... • Numbness/tingling in the ring and small fingers but can encompass the entire hand • Paresthesias occur at night and/or during daily activities • Vague pain in the involved extremity • (Can occur in the hand, elbow, shoulder and/or cervical spine) • Subjective complaints of hand/arm weakness especi ...
ch07_answer_key - ANATOMY AND PHYSIOLOGY
... 7. The supraorbital foramen is on the upper margin of each orbit and allows blood vessels and nerves to pass to tissues of the head. 8. The sinuses of the frontal bone are called frontal sinuses. 9. The two halves of the frontal bone fuse together by the fifth of sixth year of life. 10. One parieta ...
... 7. The supraorbital foramen is on the upper margin of each orbit and allows blood vessels and nerves to pass to tissues of the head. 8. The sinuses of the frontal bone are called frontal sinuses. 9. The two halves of the frontal bone fuse together by the fifth of sixth year of life. 10. One parieta ...
Bee sting reaction swelling and breathing
... RT. PIIS WITH WIDE FLAT RIGHT BUTTOCK AND RT. FOOT FLARE. THE BEST PT. PLACEMENT AND SEGMENTAL CONTACT POINT FOR A SIDE POSTURE-----RIGHT SIDE UP, MEDIAL ASPECT OF PSIS SBLX WITH LET. FOOT PAIN REFERRED TO POSTERIOR CALF MUSCLE-----CUBOID THE FIRST BARRIER TO JOINT MVMTS IN MOTION PALPATION IS------ ...
... RT. PIIS WITH WIDE FLAT RIGHT BUTTOCK AND RT. FOOT FLARE. THE BEST PT. PLACEMENT AND SEGMENTAL CONTACT POINT FOR A SIDE POSTURE-----RIGHT SIDE UP, MEDIAL ASPECT OF PSIS SBLX WITH LET. FOOT PAIN REFERRED TO POSTERIOR CALF MUSCLE-----CUBOID THE FIRST BARRIER TO JOINT MVMTS IN MOTION PALPATION IS------ ...
asymmetrical assimilation of atlas vertebra
... The assimilation may reduce the foramen magnum and lead to neurological complication due to compression of the spinal cord [4]. In our study in both the skull bones there was slight protrusion into foramen magnum and transverse diameter has appeared to be much reduced in skull A, therefore we presum ...
... The assimilation may reduce the foramen magnum and lead to neurological complication due to compression of the spinal cord [4]. In our study in both the skull bones there was slight protrusion into foramen magnum and transverse diameter has appeared to be much reduced in skull A, therefore we presum ...
Abdominal Wall and Cavity
... downward, and are inserted into the anterior half of the outer lip of the iliac crest; the middle and upper fibers, directed downward (inferiorly) and forward (anteriorly), become aponeurotic at approximately themidclavicular line. This aponeurosis formed from fibres from either side of the external ...
... downward, and are inserted into the anterior half of the outer lip of the iliac crest; the middle and upper fibers, directed downward (inferiorly) and forward (anteriorly), become aponeurotic at approximately themidclavicular line. This aponeurosis formed from fibres from either side of the external ...
Body cavities and abdominal regions
... – created by the bones of the skull to protect the brain ...
... – created by the bones of the skull to protect the brain ...
Joint Move Type
... Joint Flexed to horizontal, then angled outwards Reversal of above to (horizontally) Flexed position Spine leans to one side Foot points Inferiorly ≡ Ankle Extension Foot points Superiorly ≡ Ankle Flexion Superior axial (vertebral) bone rotates around its vertical axis in relation to adjacent inferi ...
... Joint Flexed to horizontal, then angled outwards Reversal of above to (horizontally) Flexed position Spine leans to one side Foot points Inferiorly ≡ Ankle Extension Foot points Superiorly ≡ Ankle Flexion Superior axial (vertebral) bone rotates around its vertical axis in relation to adjacent inferi ...
Matching: Joints - Moore Public Schools
... 16. The basic functional histological unit of the bone is the ______________________ system. 17. The opening on the skull that is a passageway for the brainstem and spinal cord to exit the skull is __________________________. 18. The large mass of ligaments that connects the two pubis bones and limi ...
... 16. The basic functional histological unit of the bone is the ______________________ system. 17. The opening on the skull that is a passageway for the brainstem and spinal cord to exit the skull is __________________________. 18. The large mass of ligaments that connects the two pubis bones and limi ...
1 - Lone Star College
... Cervical vertebrae 1) Have transverse foramina and short spines 2) Atlas (C1) – supports the head; allows head movement up and down 3) Axis (C2) - serves as a pivot for the atlas; allows head movement from side to side Thoracic vertebrae – have long, slender spines and costal facets Lumbar vertebrae ...
... Cervical vertebrae 1) Have transverse foramina and short spines 2) Atlas (C1) – supports the head; allows head movement up and down 3) Axis (C2) - serves as a pivot for the atlas; allows head movement from side to side Thoracic vertebrae – have long, slender spines and costal facets Lumbar vertebrae ...
An Introduction to Articulations
... A joint cannot 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 cannot 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 ...
Anterior muscles
... II. Skeleton of the face I. Calvaria:- it’s the part of skull consist of two parts superior(box of the skull) inferior(base of the skull). Box of the cranium:- consist of these bones. a) Frontal bone: it’s formed the upper part of cranium. b) Parietal bones: they formed upper- middle part of crani ...
... II. Skeleton of the face I. Calvaria:- it’s the part of skull consist of two parts superior(box of the skull) inferior(base of the skull). Box of the cranium:- consist of these bones. a) Frontal bone: it’s formed the upper part of cranium. b) Parietal bones: they formed upper- middle part of crani ...
Peripheral Nervous System Structures
... cord), or motor, carrying commands from the CNS to a target organ (muscle or a gland). Follow each nerve as much as possible from the trunk to its peripheral attachment. The central nervous system (CNS) attachment of each nerve will probably not be visible, but the student can find the information a ...
... cord), or motor, carrying commands from the CNS to a target organ (muscle or a gland). Follow each nerve as much as possible from the trunk to its peripheral attachment. The central nervous system (CNS) attachment of each nerve will probably not be visible, but the student can find the information a ...
7 | axial skeleton
... Important landmarks of the temporal bone, as shown in Figure 7.8, include the following: • External acoustic meatus (ear canal)—This is the large opening on the lateral side of the skull that is associated with the ear. • Internal acoustic meatus—This opening is located inside the cranial cavity, on ...
... Important landmarks of the temporal bone, as shown in Figure 7.8, include the following: • External acoustic meatus (ear canal)—This is the large opening on the lateral side of the skull that is associated with the ear. • Internal acoustic meatus—This opening is located inside the cranial cavity, on ...
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.