The Skeletal System (Appendicular Skeleton)
... 1. The Bones that form directly within the mesenchyme form through the process of intramembranous ossification (Figure 6.5). 2. Bones that form within hyaline cartilage are through the process of endochondral ossification(Figure 6.6). B. The skull 1. begins development during the fourth week after f ...
... 1. The Bones that form directly within the mesenchyme form through the process of intramembranous ossification (Figure 6.5). 2. Bones that form within hyaline cartilage are through the process of endochondral ossification(Figure 6.6). B. The skull 1. begins development during the fourth week after f ...
Cranial Nerves Oh Once One Takes The Anatomy
... a. Divisions: derived from the large Trigeminal Ganglion, found in middle cranial fossa i. Ophthalmic – exits through superior orbital fissure (sphenoid bone) 1. general sensory from nasal cavity, skin of forehead, upper eyelid, external nose ii. Maxillary – exits through foramen rotundum (sphenoid ...
... a. Divisions: derived from the large Trigeminal Ganglion, found in middle cranial fossa i. Ophthalmic – exits through superior orbital fissure (sphenoid bone) 1. general sensory from nasal cavity, skin of forehead, upper eyelid, external nose ii. Maxillary – exits through foramen rotundum (sphenoid ...
C. Upper Extremities - Crestwood Local Schools
... 1. Head sits on an anatomical neck b. Where the bone turns and goes into the diaphysis is the surgical neck (commonly broke) c. Body (shaft) is rounded proximally and becomes triangular and flat d. distally are found two attachment points ...
... 1. Head sits on an anatomical neck b. Where the bone turns and goes into the diaphysis is the surgical neck (commonly broke) c. Body (shaft) is rounded proximally and becomes triangular and flat d. distally are found two attachment points ...
Skull Base Anatomy
... • Hiatus of the lesser petrosal nerve – transmits the lesser petrosal nerve (a branch of the glossopharyngeal nerve). • Carotid canal – located posteriorly and medially to the foramen ovale. This is traversed by the internal carotid artery, the deep petrosal nerve also passes through this canal • Fo ...
... • Hiatus of the lesser petrosal nerve – transmits the lesser petrosal nerve (a branch of the glossopharyngeal nerve). • Carotid canal – located posteriorly and medially to the foramen ovale. This is traversed by the internal carotid artery, the deep petrosal nerve also passes through this canal • Fo ...
File
... It is the part that usually breaks when a person "breaks their hip." The greater trochanter is a large and prominent bump just distal to the head. The lesser trochanter is smaller than the greater trochanter. ...
... It is the part that usually breaks when a person "breaks their hip." The greater trochanter is a large and prominent bump just distal to the head. The lesser trochanter is smaller than the greater trochanter. ...
Skeletal System - CCVI
... • Metatarsals – 5 bones of the foot – unite with the toes • Phalanges – toe bones – three per toe except the big toe - proximal, middle and ...
... • Metatarsals – 5 bones of the foot – unite with the toes • Phalanges – toe bones – three per toe except the big toe - proximal, middle and ...
ABC Anatomy coloring book By: Britney Rac
... A hair follicle is part of the skin that grows hair by packing old cells together. ...
... A hair follicle is part of the skin that grows hair by packing old cells together. ...
Bones
... the middle and flares at both ends. There are two hip bones that join together that along with the sacrum and the coccyx form the pelvis. Each hip bone has three parts: the ilium (flared, fanshaped superior portion of the hip bone), ischium (lowest portion of the hip bone that curves forward and mee ...
... the middle and flares at both ends. There are two hip bones that join together that along with the sacrum and the coccyx form the pelvis. Each hip bone has three parts: the ilium (flared, fanshaped superior portion of the hip bone), ischium (lowest portion of the hip bone that curves forward and mee ...
Skull, Brain and Cranial Nerves
... Form cavities for sense organs Opening for air + food passage Hold teeth Anchor face muscles ...
... Form cavities for sense organs Opening for air + food passage Hold teeth Anchor face muscles ...
Skull, Brain and Cranial Nerves
... Form cavities for sense organs Opening for air + food passage Hold teeth Anchor face muscles ...
... Form cavities for sense organs Opening for air + food passage Hold teeth Anchor face muscles ...
Craniocerebral Traumas
... • Depressed fractures: operative treatment, elevation of dislocated bone fragments, fixation (suture, wire) • Skull base fractures: usually conservative treatment (antibiotics, prevention of infection); permanent ...
... • Depressed fractures: operative treatment, elevation of dislocated bone fragments, fixation (suture, wire) • Skull base fractures: usually conservative treatment (antibiotics, prevention of infection); permanent ...
the Skeletal System Notes
... • Spina bifida is a spinal defect that is present at birth. In spina bifida, the spinal cord does not form properly and the vertebrae and skin cannot form around it. Spina bifida results from an error in the development of the embryo that occurs about a month after a woman becomes pregnant. This err ...
... • Spina bifida is a spinal defect that is present at birth. In spina bifida, the spinal cord does not form properly and the vertebrae and skin cannot form around it. Spina bifida results from an error in the development of the embryo that occurs about a month after a woman becomes pregnant. This err ...
HS120: MIDTERM REVIEW
... Q: Which abdominopelvic region typically contains the urinary bladder? a) hypochondriac ...
... Q: Which abdominopelvic region typically contains the urinary bladder? a) hypochondriac ...
Copyright 2009 John Wiley & Sons, Inc.
... mandible, two lacrimal bones, two palatine bones, two inferior nasal conchae, vomer ...
... mandible, two lacrimal bones, two palatine bones, two inferior nasal conchae, vomer ...
mandibular salivary gland
... prone to blockage when the mucosa is thickened by inflammation or congestion. Not all the sinuses are of equal importance. ...
... prone to blockage when the mucosa is thickened by inflammation or congestion. Not all the sinuses are of equal importance. ...
Anatomy
... Vertical Axis: through the head down to the feet (horizontal plane) Horizontal Axis: goes through the hips (sagittal plane) Sagittal Axis: goes through the belly into the back (vertical plane) ...
... Vertical Axis: through the head down to the feet (horizontal plane) Horizontal Axis: goes through the hips (sagittal plane) Sagittal Axis: goes through the belly into the back (vertical plane) ...
An Introduction to the Axial Skeleton
... • With one another • All other facial bones except the mandible ...
... • With one another • All other facial bones except the mandible ...
The Axial Skeleton The Axial Skeleton
... Frontal bone, sphenoid, and ethmoid: – superior wall of nasal cavities Maxillary, lacrimal, ethmoid, and inferior nasal conchae: – lateral walls of nasal cavities Maxillary and nasal bones: – bridge of nose ...
... Frontal bone, sphenoid, and ethmoid: – superior wall of nasal cavities Maxillary, lacrimal, ethmoid, and inferior nasal conchae: – lateral walls of nasal cavities Maxillary and nasal bones: – bridge of nose ...
Chapter 3
... • Soft column of nerve tissue continuous with the lower part of the brain • Enclosed in the bony vertebral column • Vulnerable to injury • Damage is almost always irreversible ...
... • Soft column of nerve tissue continuous with the lower part of the brain • Enclosed in the bony vertebral column • Vulnerable to injury • Damage is almost always irreversible ...
Chapter 3
... • Soft column of nerve tissue continuous with the lower part of the brain • Enclosed in the bony vertebral column • Vulnerable to injury • Damage is almost always irreversible ...
... • Soft column of nerve tissue continuous with the lower part of the brain • Enclosed in the bony vertebral column • Vulnerable to injury • Damage is almost always irreversible ...
List of Bones - El Camino College
... alveolar sockets (Note that these are holes in which teeth sit.) palatine process frontal process maxillary sinus infraorbital foramen incisive foramen (canal). Note: The book might mistakenly call this a fossa. orbital plate anterior nasal spine zygomatic process • PALATINE (2) horizontal plate • I ...
... alveolar sockets (Note that these are holes in which teeth sit.) palatine process frontal process maxillary sinus infraorbital foramen incisive foramen (canal). Note: The book might mistakenly call this a fossa. orbital plate anterior nasal spine zygomatic process • PALATINE (2) horizontal plate • I ...
Contributions to the Cranial Osteology of the Fishes. No. 1
... side walls of the ditch taper to nothing. The ditch is therefore broad and open behind, and narrow but still wider in front than it is near the mid point of its length. Since the lateral masses are deepest dorsoventrally at the point where they are thickest, here also the ditch is deepest. In front ...
... side walls of the ditch taper to nothing. The ditch is therefore broad and open behind, and narrow but still wider in front than it is near the mid point of its length. Since the lateral masses are deepest dorsoventrally at the point where they are thickest, here also the ditch is deepest. In front ...
Head - 山东大学医学院人体解剖学教研室
... meatus and lies in a deep hollow behind the ramus of mandibular and in front of the sternocleidomastoid ...
... meatus and lies in a deep hollow behind the ramus of mandibular and in front of the sternocleidomastoid ...
PDF - QuizOver.com
... large bony prominence on the inferior, lateral skull, just behind the earlobe ...
... large bony prominence on the inferior, lateral skull, just behind the earlobe ...
Skull
This article incorporates text in the public domain from the 20th edition of Gray's Anatomy (1918)The skull is a bony structure in the head of most vertebrates (in particular, craniates) that supports the structures of the face and forms a protective cavity for the brain. The skull is composed of two parts: the cranium and the mandible. The skull forms the anterior most portion of the skeleton and is a product of encephalization, housing the brain, many sensory structures (eyes, ears, nasal cavity), and the feeding system. Functions of the skull include protection of the brain, fixing the distance between the eyes to allow stereoscopic vision, and fixing the position of the ears to help the brain use auditory cues to judge direction and distance of sounds. In some animals, the skull also has a defensive function (e.g. horned ungulates); the frontal bone is where horns are mounted. The English word ""skull"" is probably derived from Old Norse ""skalli"" meaning bald, while the Latin word cranium comes from the Greek root κρανίον (kranion).The skull is made of a number of fused flat bones.