The Muscular System And The Skeletal System

Some of them are to protect inner organs and to provide shape and support. Another major function is to store materials, such as fats and minerals. Also the skeletal system also produces blood cells. The last major function of the skeletal system is that it allows movement ,like in our joints, so we aren’t just stiff as a rock.

With out the support we wouldn’t be able to function in the right way. The skeletal system is very important because of the bones that are found in our body, nearly all bones hold our vital organs in place whilst you are moving.

1.1 Discuss with the use of diagrams the main anatomical features of the human body

Bones possess five important functions including, support, protection, movement, storage and blood cell formation (Marieb, 2012). Bones protect and support the body by acting as a rigid framework surrounding delicate organs and tolerating enormous pressure when weight bearing and moving (Marieb, 2012). Bones are also responsible for storing fat, minerals and producing blood cells (hematopoiesis) within the cavities of bone marrow (McCance & Huether, 2014) (Marieb,

This system consists of both the skeletal and muscular system. They work together in unison to help our body produce movement, stabilize bones and give the body support, and pump blood cells. The bones have skeletal muscles that help produce movement. With the joints they act like fulcrums while the bones and muscles work and act like a lever. Depending on how close or far away of the load to the joint make the bones and muscles create a mechanical advantage or disadvantage when lifting an object. The bone that is stationary is the skeletal system. The skeletal muscles are attached by bones by tendons which help move the body. The tendon is a strong tissue used to produce movement. It doesn't stretch. Most of the time the tendon fastens a muscle to a bone. For example, the muscle on the upper part of the arm, is known as the biceps, is pulled together by a tendon to the bones just below the elbow. When the biceps becomes shorter, the tendon holds fast and pulls up the lower arm. On the back of the arm is triceps. When the muscle contracts, it pulls and straightens the arm. This is how a person is able to walk, raise and lower the head, and much more. The bone marrow produces leukocytes and erythrocytes while the muscular system pumps it out to the cells in the body. Now the skeletal system and muscular system gives our body our shape and stability. The muscles in the muscular system like the skeletal muscles and tendons help the bones in the skeletal system have their for a and shape so they would not fall and collapse. These are the interactions of both the skeletal and muscular

There are approximately two hundred six bones in our body and they're essential in our life. Bones consists of osseous tissue, nervous tissue, and epithelial and muscle tissue. Examples are the femur, humerus, clavicle, and sternum. The bones have many different functions in our bodies, but basically, their main functions are to provide support and protection for the body. Bones provide a framework that supports our body and bones such as skull, vertebrae and rib cage try to prevent internal organs from injuries. Also, bones enable movement by providing points of attachment for muscles and they produce blood cells, also known as hematopoiesis in the red marrow. Lastly, bones store minerals, such as calcium and phosphorus for different cellular activities and store lipids in adipose cells of the yellow marrow as an energy reservoir. There are different shapes and textures of bones. Bones can be flat, such as scapula and sternum, or irregular like the sphenoid bone and vertebra. Also, bones can be short or long. Examples of short bones are the carpal bone and talus and long bones are ulna, femur, and radius. In terms of texture, bones can be compact or spongy. Compact bones are dense and heavy while spongy bones are porous and light. Both types of bones are connective tissues. Usually compact bones are the out layer of a bone and spongy bones are the internal portion of the bone.

The human muscular system is made up of over 600 connecting muscles. All of the muscles work together in sync to make your body move in inumerable different ways.

2. What does each structure contribute to the functioning of the whole skeletal system and the whole body?

bones are essential as they surround internal organs e.g. your heart which stops them from getting damaged. Bones are a living tissue which is muscular and firm; slightly to resist breaking. The bones get their strength from storing minerals e.g. calcium and phosphorus. They produce blood cells which help the body fight against infections. Your bones allow you to walk and run as they work together with muscles. Bones can be flexible as well due to collagen. This makes it hard for the bones to break. However, bones can easily become brittle and this can be due to old age but when

The skeletal system haves 6 primary functions. which includes support, protection, movement, mineral homeostasis, blood cell protection, and storage. All of these functions are a big part of our body and are helping us out even if we don't know they are. The “support” function provides structural support for the entire body. The “mineral homeostasis” stores calcium and phosphorus. The “blood cell production” is the red bone marrow which produces red and white blood cells and other elements. My favorite function is “protection” because it provides soft tissue around the heart, lungs, ribs, and most importantly the brain. Another one of my favorites is “movement”, because i like to move and i'm a really busy person and just cant stay still.

The skeletal system is all of the bones in the body and the tissues such as tendons, ligaments, and cartilage that connect them. Bones, tendons, ligaments, and cartilage account for about twenty percent

Support - our skeleton provides shape and support to our body which gives our body its shape, without this function our body would simply collapse.

The musculoskeletal system is a made up of the muscular system and the skeletal system. The skeletal system provides the internal framework for the body, it protects the organs by enclosing it and anchors skeletal muscles so that the muscles can contract thus causing movement. The skeleton is divided into two divisions: the axial skeleton and the appendicular skeleton (Taylor & Cohen, 2013, p. 94). The Axial skeleton are the bones that have formed the longitudinal axis of the body which is made up of the skull, the vertebral column and the thoracic cage (Taylor & Cohen, 2013, p. 98). The Appendicular skeleton are the bones of limbs and griddles that are attached to the axial skeleton (Taylor & Cohen, 2013, p. 103).

The skeletal system of the body has many functions that are important for the body’s overall wellness. The skeletal system is what shapes the body, supports the body, and protects important organs in the body. The skeletal system is also a storage for calcium which is important for strength of bones, proper function of the heart, muscles and blood clotting. Other important functions of the skeletal system is creation of red blood cells in the bone marrow, which is responsible for transporting oxygen throughout the body.

The calcium salts of bone represent a valuable mineral reserve that maintains normal concentrations of calcium and phosphate ions in body fluids. In addition, fat cells within marrow cavities store lipids that represent an important energy reserve. The bones of the skeleton function as levers that direct and modify the forces generated by skeletal muscles. The movements produced range from the delicate motion of a fingertip to powerful changes in the position of the entire body.