Temporomandibular joint
... • It has NO BONY ARTICULATION!!! • It is suspended from the styloid process of the temporal bone by the stylohyoid ligament • Main Function: attachment site for tongue muscles and muscles that open/close the jaw Lippert, p201 ...
... • It has NO BONY ARTICULATION!!! • It is suspended from the styloid process of the temporal bone by the stylohyoid ligament • Main Function: attachment site for tongue muscles and muscles that open/close the jaw Lippert, p201 ...
0474 ch 07(119-149).
... living tissue, osteocytes (bone cells) reside in spaces (lacunae) and extend out into channels that radiate from these spaces. (B, Reprinted with permission from Ross MH, Kaye GI, Pawlina, W. Histology. 4th ed. Philadelphia: Lippincott Williams & Wilkins, ...
... living tissue, osteocytes (bone cells) reside in spaces (lacunae) and extend out into channels that radiate from these spaces. (B, Reprinted with permission from Ross MH, Kaye GI, Pawlina, W. Histology. 4th ed. Philadelphia: Lippincott Williams & Wilkins, ...
6e430d442f8069e
... From this center bone formation spread rapidly backward below the mental nerve & lie in a notch on the lateral side of the inferior dental nerve. In this notch the bone grow medially below the incisive nerve & soon afterward it goes upward between the incisive nerve & meckel’s car. so contained in a ...
... From this center bone formation spread rapidly backward below the mental nerve & lie in a notch on the lateral side of the inferior dental nerve. In this notch the bone grow medially below the incisive nerve & soon afterward it goes upward between the incisive nerve & meckel’s car. so contained in a ...
Document
... The head of the femur, which articulates with the acetabulum of the pelvic bone, composes 2/3 of a sphere. It has a small groove, or fovea, connected through the round ligament (ligamentum teres capitis femoris) to the sides of the acetabular notch, also is connected to the shaft through the neck or ...
... The head of the femur, which articulates with the acetabulum of the pelvic bone, composes 2/3 of a sphere. It has a small groove, or fovea, connected through the round ligament (ligamentum teres capitis femoris) to the sides of the acetabular notch, also is connected to the shaft through the neck or ...
Anatomy Lecture 3
... • The synovial fluid is secreted from the synovial membrane, it is a thin film of fluid present in the synovial (joint) cavity, viscous, clear or pale yellow fluid similar in appearance and consistency to uncooked egg white or albumin. It consists of hyaluronic acid. Its several functions are reduc ...
... • The synovial fluid is secreted from the synovial membrane, it is a thin film of fluid present in the synovial (joint) cavity, viscous, clear or pale yellow fluid similar in appearance and consistency to uncooked egg white or albumin. It consists of hyaluronic acid. Its several functions are reduc ...
Chapter 7 and 9 PowerPoint
... bones are held together by dense irregular connective tissue that is rich in collagen fibers (between bones of skull) • Cartilaginous joints – no synovial cavity and bones are held together by cartilage. (hip joint) • Synovial Joints – synovial cavity and bones are united by the dense irregular conn ...
... bones are held together by dense irregular connective tissue that is rich in collagen fibers (between bones of skull) • Cartilaginous joints – no synovial cavity and bones are held together by cartilage. (hip joint) • Synovial Joints – synovial cavity and bones are united by the dense irregular conn ...
Proximal row (lateral to medial)
... found inferior to the gluteal tuberosity on the posterior surface of the diaphysis. • Medial epicondyle: a small projection found proximal to the medial condyle. • Lateral epicondyle: a small projection found proximal to the lateral condyle. • Medial and lateral condyles: the rounded distal ends of ...
... found inferior to the gluteal tuberosity on the posterior surface of the diaphysis. • Medial epicondyle: a small projection found proximal to the medial condyle. • Lateral epicondyle: a small projection found proximal to the lateral condyle. • Medial and lateral condyles: the rounded distal ends of ...
Structural Meso-Scale Bone Remodelling of the Pelvis
... Loading on weight bearing bones is normally assumed to be dominated by body weight, but the greatest loads on weight bearing bones are applied from muscles due to gravitational and lever-arm effects (Inman, 1947; English & Kilvington, 1979; Afoke et al., 1980; Currey, 1984; Kannus et al., 1996). It ...
... Loading on weight bearing bones is normally assumed to be dominated by body weight, but the greatest loads on weight bearing bones are applied from muscles due to gravitational and lever-arm effects (Inman, 1947; English & Kilvington, 1979; Afoke et al., 1980; Currey, 1984; Kannus et al., 1996). It ...
The Axial Skeleton – Vertebral column
... The Lower Limb The Lower Limb - bones thicker & stronger than upper limb bones - carries weight of the body - subjected to exceptional forces ...
... The Lower Limb The Lower Limb - bones thicker & stronger than upper limb bones - carries weight of the body - subjected to exceptional forces ...
Comparative role of CT scan and MR imaging in primary
... capabilities of MRI lead to improved evaluation of both intracompartmental and extra compartmental extent of bone. This is particularly true with regards to invasion of muscle, neurovascular structures and adjacent fat planes and degree of marrow involvement. MRI has also been shown to be superior i ...
... capabilities of MRI lead to improved evaluation of both intracompartmental and extra compartmental extent of bone. This is particularly true with regards to invasion of muscle, neurovascular structures and adjacent fat planes and degree of marrow involvement. MRI has also been shown to be superior i ...
Ch7_lecture notes Martini 9e
... • Superior articular processes • Face up and in Inferior articular processes • Face down and out • Transverse processes • Slender • Project dorsolaterally • Spinous process • Short, heavy • For attachment of lower back muscles ...
... • Superior articular processes • Face up and in Inferior articular processes • Face down and out • Transverse processes • Slender • Project dorsolaterally • Spinous process • Short, heavy • For attachment of lower back muscles ...
File - Dentalelle Tutoring
... primary muscles used in mastication). The mandible articulates with each of the Maxillae by way of their contained respective lower and upper dentition. ...
... primary muscles used in mastication). The mandible articulates with each of the Maxillae by way of their contained respective lower and upper dentition. ...
File
... • composition of bones – osteocytes–mature bone cells – Minerals • 60-70% Ca (carbonate and phosphate) • 30-40% Collagen and water (higher in kids- more flexible) ...
... • composition of bones – osteocytes–mature bone cells – Minerals • 60-70% Ca (carbonate and phosphate) • 30-40% Collagen and water (higher in kids- more flexible) ...
Descriptive osteology of Gymnocorymbus ternetzi
... (zebrafish), are reported to lack acellular bone (Parenti, 1986), whereas acellular bone is most frequently observed in higher taxa (again with some exceptions) (Meunier & Huysseune, 1992). At a later stage, cartilage has been observed to become mineralised as well, at the close connection with the ...
... (zebrafish), are reported to lack acellular bone (Parenti, 1986), whereas acellular bone is most frequently observed in higher taxa (again with some exceptions) (Meunier & Huysseune, 1992). At a later stage, cartilage has been observed to become mineralised as well, at the close connection with the ...
Acumed Bone Graft Harvesting System Surgical Technique
... subcutaneous plane or from a separate oblique incision. The dissection should not extend toward the superior cluneal nerves which cross approximately 8 cm superolaterally to the posterior superior iliac spine. Perform a limited subperiosteal dissection to permit entry of the selected Acumed trephine ...
... subcutaneous plane or from a separate oblique incision. The dissection should not extend toward the superior cluneal nerves which cross approximately 8 cm superolaterally to the posterior superior iliac spine. Perform a limited subperiosteal dissection to permit entry of the selected Acumed trephine ...
BIOL_218_F_2008_MTX1_QA_100909.1
... 76. The type of epithelial tissue lining the air sacs in the lungs, where easy diffusion is required would be: A. simple cuboidal B. stratified squamous C. simple squamous D. stratified cuboidal 77. All of the following describes skeletal muscle tissue EXCEPT: A. branched fibers B. fibers with many ...
... 76. The type of epithelial tissue lining the air sacs in the lungs, where easy diffusion is required would be: A. simple cuboidal B. stratified squamous C. simple squamous D. stratified cuboidal 77. All of the following describes skeletal muscle tissue EXCEPT: A. branched fibers B. fibers with many ...
An Introduction to the Axial Skeleton
... • Superior articular processes • Face up and in Inferior articular processes • Face down and out • Transverse processes • Slender • Project dorsolaterally • Spinous process • Short, heavy • For attachment of lower back muscles ...
... • Superior articular processes • Face up and in Inferior articular processes • Face down and out • Transverse processes • Slender • Project dorsolaterally • Spinous process • Short, heavy • For attachment of lower back muscles ...
En Bloc Resection of the Temporal Bone and Temporomandibular
... patient complained of difficulty with masticating but was tolerating a regular diet without weight loss. A limitation of this study is the small sample size and short follow-up. However, the aim of this study is to describe a surgical technique that allows for en bloc resection of advanced carcinoma ...
... patient complained of difficulty with masticating but was tolerating a regular diet without weight loss. A limitation of this study is the small sample size and short follow-up. However, the aim of this study is to describe a surgical technique that allows for en bloc resection of advanced carcinoma ...
L10-development of s..
... mesoderm Smooth muscles: In the wall of viscera from: splanchnic part of lateral mesoderm In the wall of blood & lymphatic vessels from: somatic part of lateral mesoderm All skeletal muscles develop from myotomes of paraxial mesoderm EXCEPT some head & neck muscles which develop from mesoder ...
... mesoderm Smooth muscles: In the wall of viscera from: splanchnic part of lateral mesoderm In the wall of blood & lymphatic vessels from: somatic part of lateral mesoderm All skeletal muscles develop from myotomes of paraxial mesoderm EXCEPT some head & neck muscles which develop from mesoder ...
A. Frontal bone
... The skull is anterior to the spinal column and is the bony structure that encases the brain. Its purpose is to protect the brain and allow attachments for the facial muscles. The two regions of the skull are the cranial and facial region. The cranial portion is the part of the skull that directly ho ...
... The skull is anterior to the spinal column and is the bony structure that encases the brain. Its purpose is to protect the brain and allow attachments for the facial muscles. The two regions of the skull are the cranial and facial region. The cranial portion is the part of the skull that directly ho ...
Skull - Sinoe Medical Association
... 4. Sutures are immovable joints located between skull bones; four notable sutures are: i. coronal suture ii. sagittal suture iii. lambdoid suture iv. (two) squamous sutures 5. Paranasal sinuses are paired cavities located in certain skull bones; i. they are lined with mucous membranes that are conti ...
... 4. Sutures are immovable joints located between skull bones; four notable sutures are: i. coronal suture ii. sagittal suture iii. lambdoid suture iv. (two) squamous sutures 5. Paranasal sinuses are paired cavities located in certain skull bones; i. they are lined with mucous membranes that are conti ...
Skeletal System ppt.
... bone, the intact matrix making up the lamellae appears white, and the central canal, luacunae, and canaliculi appear black due to the presence of bone dust. © 2013 Pearson Education, Inc. ...
... bone, the intact matrix making up the lamellae appears white, and the central canal, luacunae, and canaliculi appear black due to the presence of bone dust. © 2013 Pearson Education, Inc. ...
BIO 218 F 2012 CH 06 Martini Lecture Outline
... Allow flexibility of the skull bones during the birthing process These membranous areas are actually the dura mater of the brain, which is a thick membranous material that helps to protect the brain. You can feel the infant’s pulse in the area of the anterior fontanel. Blood vessels lie deep to the ...
... Allow flexibility of the skull bones during the birthing process These membranous areas are actually the dura mater of the brain, which is a thick membranous material that helps to protect the brain. You can feel the infant’s pulse in the area of the anterior fontanel. Blood vessels lie deep to the ...
BIO 218 F 2012 CH 06 Martini Lecture Outline
... Allow flexibility of the skull bones during the birthing process These membranous areas are actually the dura mater of the brain, which is a thick membranous material that helps to protect the brain. You can feel the infant’s pulse in the area of the anterior fontanel. Blood vessels lie deep to the ...
... Allow flexibility of the skull bones during the birthing process These membranous areas are actually the dura mater of the brain, which is a thick membranous material that helps to protect the brain. You can feel the infant’s pulse in the area of the anterior fontanel. Blood vessels lie deep to the ...
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.