Task 1: Bones And Connective Tissue

The function of the connective tissue is to support, bind, cover, protect and give structure to the body.

The shaft of the bone which surrounds the medullary cavity. In this patients case the diaphysis (shaft) of the humerus has been fractured

Cartilage doesn’t contain any nerves or blood vessels and is surrounded by a layer of dense irregular connective tissue, the perichondrium (Marieb, 176). Bones contain various types of tissues which makes them organs. They are used for support, protection, movement, mineral storage, and blood cell formation (Marieb, 178-179).

The skeleton provides the framework of the body and it is made up of 206 bones. It is part of the skeletal system, which is composed of ligaments and cartilages, in addition to bones. Bones are connective tissues made of osseous materials that undergo calcification, a process where minerals are deposited to harden the bone. Cartilages are thick and rubbery tissues that are found in joints, the ears, the nose, and the ribs. Ligaments are tough, fibrous tissues that connect one bone to another bone, while tendons are soft tissues that connect muscles to bones.

Bones- provide support and keep shape, they undergo growth and development, Bones have an outer membrane, beneath the outer membrane is compact bone in which canals run through. The canals carry nerves and blood vessels to living cells inside the bone. Inside compact bone is spongy bone. Spongy bone is also found at the ends of bones. In the spaces of bone you will find bone marrow. There is red and yellow bone marrow. The red bone marrow produces

The musculoskeletal system is an organ system that gives humans the ability to move, using the muscular and skeletal systems. It provides form, support, stability, and movement to the body. The musculoskeletal system is made up of the body's bones (the skeleton), muscles, tendons, ligaments, joints, and other connective tissue that supports and binds tissues and organs together. Its primary functions include supporting the body, allowing motion, and protecting vital organs. Most importantly, the system provides form, support, stability, and movement to the body. For example, the bones of the skeletal system protect the body's internal organs and support the weight of the body. The skeletal portion of the system serves as the main storage depot

The skeletal system has two different parts, the “axial skeleton” which has a a total of 80 bones and consists of the vertebral column,the rib cage and the skull.And the “appendicular skeleton” which has a total of 126 bones and consists of the pectoral girdles, the upper limbs, the pelvic girdle, and the lower limbs. The skeletal system is made up of the skeleton, axial skeleton, skull, backbone, bony thorax, appendicular skeleton, upper appendages, the hand, lower appendages, bone composition, bone structure, composition of the bone, periosteum, compact bone, and the spongy bone. The main organ of the skeletal system are

Intramembranous ossification and endochondral ossification are the types of bone development that occur during fetal development. Intramembranous ossification is the formation of flat bones (i.e, cranial bones). The first stage of this type of ossification is the formation of an ossification center in the fibrous connective tissue membrane. The ossification center is formed by mesenchymal cells differentiating into osteoblasts. The osteoblasts then secrete osteoid into the fibrous membrane and is subsequently mineralized. As the osteoid accumulates, it is laid down between fetal blood vessels, forming woven bone. The vascularized osteoid then condenses and forms the periosteum. The final stage of intramembranous ossifcation is the formation of the the bone collar in compact bone and the formation of red

The skeletal system is made up of 206 bones. All of these 206 bones help the body to perform the following functions: framework, protection, levers, production of blood cells, and storage. These functions work in very important ways. For example the framework helps support the body's muscles, fat, and skin. (Simmers) Protection also helps the vital organs be protected by the converse of bones. Levers connect everything together. Because there

Long bones significantly longer in one direction than in either of the other two directions for example humerus (upper arm); femur (thigh). Short bone is the similar length in all directions, for example, most carpal (wrist) and tarsal (ankle) bones. Flat bones are flat and plate-like for example bones of the skull. Irregular bones are not regular or systematic in shape for example vertebrae; hip bones (oli,

The skeletal system provides format for the body. “The adult human skeletal system consists of 206 bones, as well as a network of tendons, ligaments, and cartilage that connects them” (Zimmerman, 2016). This system shields our inner organs and especially our spinal cord. The brain is enclosed by the cranium to provide protection. Bones organize together so that the muscles attached to our body can have movement. The tendons are links that clutches the muscle and bone together. The skeletal has different types of tissue within the bone. The compact bone is firm and solid. It is the exterior of majority of the bones and the main section of the longer bones. The spongy bone contains red marrow. It can be found on the top of the femur bone and in the middle of other bones.

Long bones – they allow movements particularly in the limbs e.g. thigh bone, lower leg bones, collar bones, upper arm bone and the lower arm bone and hand, foot and finger and toe bones.

The skeletal system can be described as the infrastructure of the human body, providing the framework the offers protection and support as well as attachment sites for the tendons and muscles that are necessary for locomotion. There are 206 bones that make up the human skeletal system and each one is developed through a process called ossification. Bone development and remodeling takes place on a continual basis from the pre natal period to early child hood into adulthood. As well as during the healing process that takes place following a bone fracture or break. There are two main types of ossification, one that happens in the formation of flat bones like in the ribs and skull called intramembranous ossification. The other type, which this review will focus on, is

The basic framework of the body is a system of 206 bones and the joints between them are known as the skeleton. Bones have a number of functions in the body, they serve as a firm framework, protect delicate structures as the brain and spinal cord. They work as levers with attached muscles to produce movement, they store calcium salts, which may be reabsorbed into the blood if calcium is needed, and they produce red blood cells (in the red marrow). Bones are organs, with their own systems of blood vessels, lymphatic vessels and nerves. There are two types of bone tissue. One type is compact bone, which is hard and dense. The second type is spongy bone. It is made of a meshwork of small, bony plates, filled with red marrow. The human skeleton

Bones form a sturdy framework for the entire body. They protect delicate structures, such as the brain and the spinal cord. Bones work as levers with attached muscles to provide movement. They also store calcium salts, which may be reabsorbed into the blood if calcium is needed. Bones produce blood cells (in the red marrow). Long bones make up all of the legs and arms. The long, narrow shaft of the long bone is called the diaphysis. This part creates the framework. At the center of the diaphysis is the medullary cavity which contains bone marrow. The long bone also has two irregular ends, a proxima and a distal epiphysis. While aging, there is a loss of calcium salts and a decreased ability to form the protein framework on which calcium salts