Location of osseous tissue

The main functions of the osseous tissue are. To serve as a site for mineral storage mainly of calcium and phosphorus.

Identify the tissue type and its function.

Location of osseous tissue. Osseous tissue refers to the rigid calcified connective tissue found in the bones of higher vertebrates. This type of tissue is commonly referred to as bone tissue. Connective tissue is the most predominant type of tissue in the human body which is classified based on its associated matrix and cellular components.

Secretion of the osteoid tissue which is the organic components of the bone matrix not yet calcified between the osteoblasts layer and the older bone matrix. Secretion of alkaline phosphatase enzyme which is essential for the deposition of calcium salts from the. Two Types of Osseous Tissue Compact bone dense bone Compact bones are dense and solid Forms the walls of bone Spongy bone trabecular or cancellous bone Open network of plates Surrounds the medullary cavity Medullary cavity consists.

Dense osseous tissue that can withstand compressive forces diaphysis tubular shaft that runs between the proximal and distal ends of a long bone diploë layer of spongy bone that is sandwiched between two the layers of compact bone found in flat bones endosteum delicate membranous lining of a bones medullary cavity epiphyseal plate. Osseous tissue is a type of connective tissue found in bone. It is the primary constituent of bone creating the mineral matrix that makes bones hard strong and lightweight.

Along with osseous tissue the bones also include marrow blood vessels nerves and epithelium which covers the surface of the bone. As with many other types of tissue osseous tissue is continually renewing itself and being broken down by the. Osseous tissue is a tissue of the skeletal system otherwise commonly known as bone tissue.

It is the major connective tissue of the human body. It consists of two types of bone. Compact bone forms the outer layer of bones and various structure of long bone.

It is composed of bone marrow and medullary cavity. It helps long bone to maintain the weight of our human body. Each osteocyte is located in a space called a lacuna and is surrounded by bone tissue.

Osteocytes maintain the mineral concentration of the matrix via the secretion of enzymes. Osteocytes maintain the mineral concentration of the matrix via the secretion of enzymes. Retroperitoneum deep cervical and supraclavicular regions of the neck interscapular paravertebral regions of the back and mediastinum Appearance.

A net of cells filled with numerous empty vacuoles. The nerve tissue or nervous tissue is the chief component of the two major parts of the nervous tissue the central nervous system CNS formed by the spinal cord and the brain and the peripheral branching nerves of the peripheral nervous system PNS that control and regulate the bodys functions and activities. Muscle tissue allows the body to move and nervous tissues functions in communication.

All cells and tissues in the body derive from three germ layers. The ectoderm mesoderm and endoderm. Membranes are layers of connective and epithelial tissues that line the external environment and internal body cavities of the body.

Osseous Tissue Compact Bone Key. Canaliculi within Lamella Layer Lacuna. Contains many collagen fibers which provides great strength and.

Identify the tissue type and a location where it is found. Compact Bone Osseous Tissue The diaphysis of long bones The external surface of all bones. Identify the tissue type and its function.

Provides considerable strength with reduced weight Open spaces contain bone marrow. The main functions of the osseous tissue are. To provide structural rigidity to the body and to delineate the spatial positioning of the other tissues and organs.

To support the body weight. To serve as a site for mineral storage mainly of calcium and phosphorus. To form protective structures for important organs like the brain the spinal cord the heart and the lungs.

To work as a lever and support. Each bone is an organ since many different tissues are found in bones. Bone osseous cartilage developing bone and articular cartilage blood vessels with blood endothelial lining muscle nervous.

General classifications based on shape. Much longer than wide. Bone tissue osseous tissue a form of dense connective tissue is a hard tissue.

Internally it has a matrix similar to a honeycomb which helps to. Bone tissue osseous tissue is a hard tissue a type of specialized connective tissue. It has a honeycomb-like matrix internally which helps to give the bone rigidity.

Bone tissue is made up of different types of bone cells. The epiphyseal plate a layer of hyaline cartilage is replaced by osseous tissue as the organ grows in length. The medullary cavity has a delicate membranous lining called the endosteum.

The outer surface of bone except in regions covered with articular cartilage is covered with a. Most animals need to move and support their bodies either on land or in the ocean with a rigid internal support system. Long bone - where diaphysis epiphysis meet.

Flat bone - resembles a sandwich of spongy bone. Between two layers of compact bone. In the cranium the layer between the compact bone is called the diploe.

Bone tissue is subjected to a wide variety of mechanical demands during activities of daily living and during nonhabitual scenarios such as trauma. Experiments on the mechanical behavior of bone tissue determine the ability of the tissue to meet to those demands. In working with bone tissue one can avoid the confounding influences of specimen size and shape by preparing tissue samples of.

Osseous tissue is dense supportive connective tissue containing specialized cells. The matrix of bone tissue is solid because of the calcium salts deposited around protein fibers in its ground substance. The location where ossification begins is the ossification center from which.

Bone tissue is continuously remodeled through the concerted actions of bone cells which include bone resorption by osteoclasts and bone formation by osteoblasts whereas osteocytes act as mechanosensors and orchestrators of the bone remodeling process. This process is under the control of local eg growth factors and cytokines and systemic eg calcitonin and estrogens factors that all.