5_Skeletal System Organs (1,100 Words). The Framework Of

A ligament is a group of dense regular connective tissue made of collagenous fibres which are protected by dense connective tissue sheaths. Ligaments connect one bone to another bones to form joints. The also provide joint stability and prevent movement that might damage a joint.

Joints are the connecting points where two bones meet. They allow the human body to be flexible. Muscles are also necessary for movement. They pulls bones are allow them to move. Tendons attach muscles to bones while ligaments attach bones to bones. The central nervous system stimulates muscles to contract when they are stimulated by “messages”, or impulses, that are sent from motor nerves and the bursae are fluid filled sacs between joints that provide protection

Joints are vital for connecting bones together. This framework authorizes our bodies to capacity as one, comprehensively. Joints are the essential hotspot for delivering force and development; it gives backing to the body, and security to our milder organs. A portion of the principle joints in the body incorporate the Shoulders, elbows and knees; these all work together to finish individual assignments. In spite of the fact that, we have numerous joints there are numerous that are not as adaptable. There are a few that have parts to secure yet don't permit development, for example, our noggin bone. This current bone's part is haven of the cerebrum and sense organs. Without the utilization of joints, makes it simply difficult to have any exercises

The back of the hand is called the dorsal side. The half of the hand from the middle finger to the thumb is called the radial side. The other side is called the ulnar side. There are 27 bones within the wrist and hand. The wrist itself contain 8 small bones called the carpals. The carpels join with the 2 forearm bones, radius and ulna, forming the wrist joint. Further into the palm the carpals connect to the metacarpals. There are 5 metacarpals forming the palm of the hand. One metacarpal connect at each finger and thumb. Small bone shafts called phalanges line up to form each finger and thumb. The main knuckle joint is formed by the connection of the phalanges and the metacarpals. These joints are called the metacarpophalangeal joints. These joints work like a hinge when you bend and straighten your fingers. The three phalanges are separated by interphalangeal joints. These are defined as proximal, distal and medial interphalangeal joints.The joints in the hand are covered on the inside with articular cartilage, this white shiny material is has a rubbery consistency. The function is to absorb shock and provide an extremely smooth surface to provide motion. There is articular cartilage everywhere when two bones are moving with each other // or

Tendons attach muscle to bone. These strong yet stretchy bands of fibrous tissue join the skeletal muscles to the bones they move. Though alike to tendons, ligaments attach bone to bone and help to steady joints they surround. They are made up of long, stringy collagen fibers that make bands of strong, fibrous connective

Muscles are joined to bones by tendons at their cause and insertion. Skeletal muscles produce developments by pulling on bones; bones serve as levers and joints go about as supports for the levers – a case of this is inside of the development of the lower arm: the elbow goes about as the support which when bowed, permits the development of the ulna and sweep bones in light of the fact that the bicep contracts. This is altogether clarified underneath:

The skeletal system is designed to provide proper support by giving the body shape. This

The adult human skeletal system consists of 206 bones, but the skeletal system is much more than just bones. It also includes the network of tendons, ligaments and cartilage that connects them. Bones aren’t just solid white lumps of calcium, there are various elements that make up a single bone.

The four major components of the axial skeleton include the skull, spine, ribs, and sternum. The structures of the skull provides framework that supports the brain which in turn supports the spinal cord. The spinal cord keeps our upper half of our body sitting upward. The spine is also a connecting piece for all other parts of the skeleton. The ribs protect lungs and other organs underneath from external damage. The ribs are bonded through the spine which holds the skull upright. Finally, the sternum is connected to the rib bone, connected to spine/skull. Its primary function is to serve as a connecting piece for the rib cage that stabilizes the thoratic skeleton. The axial skeleton provides support and structure for adjusting the position

Ligaments are what keeps all the bones together, It’s a tissue that surrounds the bone to connect two bones, cartilages and hold a joint together. When you exercise regularly the flexibility and strength of the ligaments will increase. You will be stretching your ligaments more if you exercise regularly rather than if you don’t and that will help make your ligaments stronger. In the connective tissue there are fibroblasts which are cells that make and produce collagen fibres. They will do this when a person exercises and increases the intensity of the exercise that their doing. When they do this increase the fibroblasts have to produce more collagen and other fibres for the exercise load, this will make the ligaments more flexible. Athletes

The skeletal system is an intriguing system, and it has been portrayed as creepy and scary in many cultures, but it is not at all. In fact, the skeletal system is very helpful to humans, this rigid framework without which none of our other body parts will stay in place, if we did not have a skeletal system under our skin and muscles, it will not protect vital organs and we could not have movement, we would be like a jellyfish on the ground.

Bone tissue also known as osseous tissue serves to protect and support. According to Elaine Marieb and Katja Hoehn’s book (2016) bones have seven important functions which are: support for organs; protection for the brain, spinal cord, and vital organs; movement of the body; mineral and growth storage such as calcium and phosphate; body cell formation such as blood cell formation (hematopoiesis); triglyceride (fat) storage which is then used as an energy source; and hormone production such as osteocalcin. There are different shapes of bones like long bones, short bones, flat bones, and irregular bones. Long bones are bones that are longer in length than in width while short bones are bones that are shaped somewhat like a cube. Flat bones are bones that are flat and thin while irregular bones are differently shaped bones with no specific shape. All the bones in the human skeleton are also separated by location. The axial skeleton consists of the rib cage, vertebral column, and the skull which in all, forms the long axis of the body. The appendicular on the other hand, consists of the limbs, pectoral girdle, and pelvic girdle. The bone also consists of two layers, which are the compact bone and spongy bone. Compact bone is the outer layer which is smooth and solid while the spongy bone, the inner layer has the appearance of a “honeycomb”.

The human skeletal anatomy is a mesmerising and complex structure of ligaments that attach all 206 bones together, along with tendons that attach muscles to the bones and also cartilage. All of the components are involved with the fundamental functions that are essential to how the human body works and reacts. The skeleton assists in protecting the body’s organs, provides attachment sites for the musculature system that allows locomotion, also other upholding the physical shape of the body, and protects vital organs such as the brain, spinal cord, and heart. Defined as being in two parts, the axial and appendicular skeleton. The axial skeleton

What is the purpose of this exercise? In this exercise I will exam how joints function and thereby discover how they allow for movement in the body. Joints are where two bones come together. The joints hold the bones together and allow for movement of the skeleton. All of the bones, except the hyoid bone in the neck, form a joint. Joints are often categorized by the amount of motion they allow. Some of the joints are fixed, like those in the skull, allow for no movement. Other joints, like those between the vertebrae of the spine, allow for some movement. Most of the joints

The Skeletal System has many bones which contain protein, nutrients, and protects certain organs from damage. It also alters our shape.