the cranium
... orbit that provides passage for the opRc nerve and the ophthalmic artery. 2. THE SUPERIOR ORBITAL FISSURE is a triangular opening between the wings of the sphenoid bone that provides passage for the ophthalmic nerve, a branch of the trigeminal nerve, and for the oculomotor, trochlear, and abducen ...
... orbit that provides passage for the opRc nerve and the ophthalmic artery. 2. THE SUPERIOR ORBITAL FISSURE is a triangular opening between the wings of the sphenoid bone that provides passage for the ophthalmic nerve, a branch of the trigeminal nerve, and for the oculomotor, trochlear, and abducen ...
Norma Basalis OBJECTIVES At the end of this lecture, students will
... within cranium just above foramen magnum to opening that perforates occipital bone externally at lateral part of base of occipital condyle – Transmits hypoglossal nerve & a branch of posterior meningeal artery • Condyloid fossa – Posterior to each occipital condyle – Perforated on one or both sides ...
... within cranium just above foramen magnum to opening that perforates occipital bone externally at lateral part of base of occipital condyle – Transmits hypoglossal nerve & a branch of posterior meningeal artery • Condyloid fossa – Posterior to each occipital condyle – Perforated on one or both sides ...
Chapter 7 skeleton part I
... b. Quincy suffers a hit to the skull that fractures the right superior lateral surface of his cranium. Which bone is fractured? c. Identify the following bones as either a facial bone or a cranial bone: vomer, ethmoid, sphenoid, temporal, and inferior nasal conchae. © 2011 Pearson Education, Inc. ...
... b. Quincy suffers a hit to the skull that fractures the right superior lateral surface of his cranium. Which bone is fractured? c. Identify the following bones as either a facial bone or a cranial bone: vomer, ethmoid, sphenoid, temporal, and inferior nasal conchae. © 2011 Pearson Education, Inc. ...
Document
... MANDIBULAR ANGLE. 2 processes at top of ramus are separated by the MANDIBULAR NOTCH. CORONOID PROCESS – attachment point for jaw muscles to move jaw up and down ...
... MANDIBULAR ANGLE. 2 processes at top of ramus are separated by the MANDIBULAR NOTCH. CORONOID PROCESS – attachment point for jaw muscles to move jaw up and down ...
Respiratory System – A
... c. Nasal bones 7. Return the slide to level 49 and locate the perpendicular plate of ethmoid. To the far right of the perpendicular plate, but before the zygomatic bone, identify the large open space. ...
... c. Nasal bones 7. Return the slide to level 49 and locate the perpendicular plate of ethmoid. To the far right of the perpendicular plate, but before the zygomatic bone, identify the large open space. ...
Contributions to the Cranial Osteology of the Fishes. No. 1
... is arcuate, and it terminates in front and laterally in a second prominence, not so marked as the orbital, to which the maxilla is attached by a short stout pedicle of fibro-cartilage. There is rather more of the dorsum of the bone exposed than is covered by the frontal. In front of the area covered ...
... is arcuate, and it terminates in front and laterally in a second prominence, not so marked as the orbital, to which the maxilla is attached by a short stout pedicle of fibro-cartilage. There is rather more of the dorsum of the bone exposed than is covered by the frontal. In front of the area covered ...
Pectoral Girdle and Upper Limb
... Greater Tubercle- This bony process at the top of the humerus provides for muscle attachment Lesser Tubercle- This bony process near the top of the humerus is smaller than the nearby greater tubercle. Intertubercular Groove- This depression is seen at the front of the humerus between the greater and ...
... Greater Tubercle- This bony process at the top of the humerus provides for muscle attachment Lesser Tubercle- This bony process near the top of the humerus is smaller than the nearby greater tubercle. Intertubercular Groove- This depression is seen at the front of the humerus between the greater and ...
Bones of the Skeleton
... facial skeleton. Locate the maxillae in the articulated skull and also study the disarticulated specimen. Locate these maxillary features: *Palatine process – plate like posterior projection of the upper jaw; forms the anterior part of the hard palate *Incisive foramen – anterior hole in the palati ...
... facial skeleton. Locate the maxillae in the articulated skull and also study the disarticulated specimen. Locate these maxillary features: *Palatine process – plate like posterior projection of the upper jaw; forms the anterior part of the hard palate *Incisive foramen – anterior hole in the palati ...
2.1.3.2.2 Hip bone - SUST Repository
... called sutures. The connective tissue between the bones is called a sutural ligament. The mandible is an exception to this rule, for it is united to the skull by the mobile temporomandibularjoint.The bones of the skull can be divided into those of the cranium and those of the face. The vault is the ...
... called sutures. The connective tissue between the bones is called a sutural ligament. The mandible is an exception to this rule, for it is united to the skull by the mobile temporomandibularjoint.The bones of the skull can be divided into those of the cranium and those of the face. The vault is the ...
Chronic Periodontitis
... – JE migrates apically & separates from root – Lateral pocket wall proliferates & extends into CT – Leukocytes & edema • Infiltrate lining epithelium • Varying degrees of degeneration & necrosis ...
... – JE migrates apically & separates from root – Lateral pocket wall proliferates & extends into CT – Leukocytes & edema • Infiltrate lining epithelium • Varying degrees of degeneration & necrosis ...
forms a joint
... Condyle – smoothened process at end of bone, forms a joint Facet – smooth flat surface, forms a joint Head – rounded condyle on a neck, forms a joint Crest – prominent ridge or projection, for attachment of connective tissues Epicondyle – projection above a condyle, for attachment of connective tiss ...
... Condyle – smoothened process at end of bone, forms a joint Facet – smooth flat surface, forms a joint Head – rounded condyle on a neck, forms a joint Crest – prominent ridge or projection, for attachment of connective tissues Epicondyle – projection above a condyle, for attachment of connective tiss ...
Anatomy of the Head, Neck, Face, and Jaws Lawrence
... The Temporal Bone The temporal bone has a large flat portion known as the squama. The squama forms part of the lateral wall of the skull and contains on its inferior surface a depression known as the glenoid fossa, into which the mandible articulates. Just superior to this fossa, is a fingerlike pr ...
... The Temporal Bone The temporal bone has a large flat portion known as the squama. The squama forms part of the lateral wall of the skull and contains on its inferior surface a depression known as the glenoid fossa, into which the mandible articulates. Just superior to this fossa, is a fingerlike pr ...
File
... Secretions produced by the mucous membranes which line the sinuses, drain into the nasal cavity Serve as resonating chambers that intensify and prolong sounds ...
... Secretions produced by the mucous membranes which line the sinuses, drain into the nasal cavity Serve as resonating chambers that intensify and prolong sounds ...
Lecture 1 -Bones of Lower Limb
... • At the end of the lecture the students should be able to: • Classify the bones of the three regions of the lower limb (thigh, leg and foot). • Memorize the main features of the – Bones of the thigh (femur & patella) – Bones of the leg (tibia & Fibula). – Bones of the foot (tarsals, metatarsals and ...
... • At the end of the lecture the students should be able to: • Classify the bones of the three regions of the lower limb (thigh, leg and foot). • Memorize the main features of the – Bones of the thigh (femur & patella) – Bones of the leg (tibia & Fibula). – Bones of the foot (tarsals, metatarsals and ...
m5zn_1bebf85f2ab3865
... Formed of dense avascular fibrous tissue that is formed of: -Tight collagen fs + some elastic fs + fibroblasts + some chondrocytes. -The collagen fiber is of type I and form 80% of the disc weight and about 5% is glucosaminoglycans (chondritine sulphate that withstands compressive ...
... Formed of dense avascular fibrous tissue that is formed of: -Tight collagen fs + some elastic fs + fibroblasts + some chondrocytes. -The collagen fiber is of type I and form 80% of the disc weight and about 5% is glucosaminoglycans (chondritine sulphate that withstands compressive ...
Musculoskeletal System
... o The occipital bone forms the posterior wall. On its inferior aspect it contains a large opening, the foramen magnum, through which the spinal cord passes. On either side of this opening is a pair of smooth articulating surfaces, the occipital condyles, which rest on the vertebral column. o On the ...
... o The occipital bone forms the posterior wall. On its inferior aspect it contains a large opening, the foramen magnum, through which the spinal cord passes. On either side of this opening is a pair of smooth articulating surfaces, the occipital condyles, which rest on the vertebral column. o On the ...
Full PDF - IOSR Journals
... Greater cornua: In early life, the greater cornua are connected to the body by cartilage, but after middle age they are usually united by bone. They project backwards (curving posterolaterally) from the lateral ends of the body. They are horizontally flattened, taper posteriorly, and each ends in a ...
... Greater cornua: In early life, the greater cornua are connected to the body by cartilage, but after middle age they are usually united by bone. They project backwards (curving posterolaterally) from the lateral ends of the body. They are horizontally flattened, taper posteriorly, and each ends in a ...
Sample Exam Questions for Systemic Anatomy
... 16) Wormian bones are _____. a) bones that are longer than they are wide b) found only in the skull c) also called short bones d) found only in the appendicular skeleton e) all but one of the above are examples of Wormian bones 17) The ______ covers the outside shaft of a long bone. a) endosteum b) ...
... 16) Wormian bones are _____. a) bones that are longer than they are wide b) found only in the skull c) also called short bones d) found only in the appendicular skeleton e) all but one of the above are examples of Wormian bones 17) The ______ covers the outside shaft of a long bone. a) endosteum b) ...
FEMUR
... • The linea quadrata, and gives attachment to the Quadratus femoris and a few fibers of the Adductor magnus. • The tubercle of femur is the point of meeting of five muscles: the Gluteus minimus laterally, the Vastus lateralis below, and the tendon of the Obturator internus and two Gemelli above. • T ...
... • The linea quadrata, and gives attachment to the Quadratus femoris and a few fibers of the Adductor magnus. • The tubercle of femur is the point of meeting of five muscles: the Gluteus minimus laterally, the Vastus lateralis below, and the tendon of the Obturator internus and two Gemelli above. • T ...
Chapter 8: The Appendicular Skeleton
... • The humerus is the long armbone that articulates with the pelvic girdle. - The epiphysis has 2 projections (the lateral greater tubercle, forming the tip of the shoulder, and the anterior, medial lesser tubercle) separated by the intertubercular groove. - The rounded head is the articulating surfa ...
... • The humerus is the long armbone that articulates with the pelvic girdle. - The epiphysis has 2 projections (the lateral greater tubercle, forming the tip of the shoulder, and the anterior, medial lesser tubercle) separated by the intertubercular groove. - The rounded head is the articulating surfa ...
Aspiration Techniques
... with bone marrow aspiration techniques and are responsible for choosing the aspiration location(s) and method(s) appropriate for each individual patient. The surgical techniques described today and/or available at www.biomet.com/biologics are provided for general reference only. These techniques are ...
... with bone marrow aspiration techniques and are responsible for choosing the aspiration location(s) and method(s) appropriate for each individual patient. The surgical techniques described today and/or available at www.biomet.com/biologics are provided for general reference only. These techniques are ...
The Skeleton
... which projects superiorly from the body and is cradled in the anterior arch of the atlas ...
... which projects superiorly from the body and is cradled in the anterior arch of the atlas ...
The Skeleton
... The acromial (lateral) end articulates with the scapula, and the sternal (medial) end articulates with the sternum ...
... The acromial (lateral) end articulates with the scapula, and the sternal (medial) end articulates with the sternum ...
Bone
A bone is a rigid organ that constitutes part of the vertebral skeleton. Bones support and protect the various organs of the body, produce red and white blood cells, store minerals and also enable mobility. Bone tissue is a type of dense connective tissue. Bones come in a variety of shapes and sizes and have a complex internal and external structure. They are lightweight yet strong and hard, and serve multiple functions. Mineralized osseous tissue or bone tissue, is of two types – cortical and cancellous and gives it rigidity and a coral-like three-dimensional internal structure. Other types of tissue found in bones include marrow, endosteum, periosteum, nerves, blood vessels and cartilage.Bone is an active tissue composed of different cells. Osteoblasts are involved in the creation and mineralisation of bone; osteocytes and osteoclasts are involved in the reabsorption of bone tissue. The mineralised matrix of bone tissue has an organic component mainly of collagen and an inorganic component of bone mineral made up of various salts.In the human body at birth, there are over 270 bones, but many of these fuse together during development, leaving a total of 206 separate bones in the adult, not counting numerous small sesamoid bones. The largest bone in the body is the thigh-bone (femur) and the smallest is the stapes in the middle ear.