PPT-Articulations Bone-bone; Bone-cartilage; Bone-teeth

Structural Classification of Articulations Fibrous bones brought together by fibers Cartilaginous bones brought together by cartilage Synovial bones joined by an enclosed fluid filled cavity. Digital Laboratory. It’s best to view this in . Slide Show . mode, especially for the quizzes.. This module will take approximately . 60 . minutes to complete.. After completing this exercise, you should be able to:. Stuart S. Sumida. Biology 622. Winter 2011. Bone is classified as a type of connective tissue..  . Bone. Cartilage. Fibrous connective tissue. Adipose tissue. Blood.  . With the exception of adipose tissue, each type of connective tissue is characterized by a distinctive cell type surrounded by relatively abundant extracellular matrix.. portion of a bone. The radio- graphic appearance of living bone is the same as that of dead bone ofEgyptian mummies or prehistoric skeletons. Consequently, bone necrosis has no specific radiographic a VIBS 289 lab. . . Larry Johnson Texas A&M University. Cartilage and . Bone. Slide 121. : Bone, rabbit femur. . - . Chondroblasts. /. chondrocytes. Compact bone . Ossification . Vocab. Osteogenic. (. osteoprogenitor. ) cells. . -go through cell division, develop into . osteoblasts. ; found in . endosteum. and inner portion of . periosteum. . -assist in fracture repair. The cartilage. Muscle tissue. Dr. . Makarchuk. . Iryna. Bone is a connective tissue characterized by a mineralized extracellular matrix.. Bone is a specialized form of connective tissue that, like other . VIBS 289 lab. . . Larry Johnson Texas A&M University. Cartilage and . Bone. Slide 121. : Bone, rabbit femur. . - . Chondroblasts. /. chondrocytes. Compact bone . It’s best to view this in . Slide Show . mode, especially for the quizzes.. This module will take approximately 60 minutes to complete.. After completing this exercise, you should be able to:.  . Distinguish, at the light microscope level, each of the following::. Dr. David Dora. Assistant Professor. 2020. February. Bone formation (ossification). TB. Intramembranous . ossification. : . osteoblasts differentiate from mesenchymal cells and replace the preexisting connective tissue. Typical in flat . Z. Zamli. 1. , . C. Cartwright. 1. , . WA. Cook. 1. , . GE. Torlot. 1. , . K. Vassilevskaja. 1. , . K. Kawamoto. 2. , T. Kawamoto. 3. , . KA. Robson-Brown. 4. , JF. Tarlton. 5 . and M. Sharif. 1. .. Department of Anatomy, . 1. Diaphysis. Shaft or body of a long bone . Main part of the bone. Houses the marrow, composed of compact bone. Provides the strength and support functions for the bone . Periosteum. Tough connective tissue covering that surrounds the shaft of the bone. including the sacrum. The appendicular region includes the bones of the upper and lower limbs, shoulder and pelvic regions, hands, and feet. The next few pages will illustrate the bones of the crania B. Functions – dependent on need for strength and mobility. 1. J. oints . in skull are very strong & immovable. 2. . Joints . in appendages are more flexible but not very strong (surrounding muscles provide the strength). The most amazing story of bone histology! . Dr. Duran Kala. Functions of Bone. Supports soft tissue. Protects vital organs (cranium, thoracic cavity). Contains bone marrow. Reservoir of Ca++, PO. 4. to maintain constant concentrations in body fluids.