Body systems are set to do particular in the body. All the body parts interact together for a purpose. No single part of the organ can do the job alone, and any delay or illness is likely to affect the body system.
The respiratory system provides a way of exchanging nutrients and waste between our bloods. Its main function is to provide the blood with oxygen from the surrounding , and to release the waste product carbon dioxide back into the atmosphere.
The digestive system takes the food that you , and turns it into energy. The food is broken down in the cells and helps functions . brings oxygen into the body, and releases carbon dioxide. When you inhale, you take in oxygen, which in turn is carried through the blood to different and organs to make them work.
All body systems are related with each other and the best example is the relation of the nervous system with the other systems. In fact, nervous system is responsible for the controlling the voluntary and involuntary actions of the other systems. Similarly, the respiratory and circulatory systems are related. When a person breathes, they inhale oxygen which is distributed to each cell of the body through the circulatory system. is related with excretory system because when we eat or drink anything, in the digestive system the important nutrients are protected in the body and wastes are excreted out. In this way all of the systems are linked with each other.
Our systems work together in several ways for example if a person is exercising their somatic nervous system will tell the skeletal muscles to start working. The working muscles will demand energy and the energy will be produced by ATP in the cells. The cardiovascular system will have delivered oxygen and glucose to the cells where ATP is produced.
There are nine major systems working in conjunction with one another to keep the body operating at peak performance:
1) Skeletal
2) Musculoskeletal
3) Blood
4) Cardiovascular
5) Central nervous
6) Endocrine
7) Digestive
8) Respiratory
9) Integumentary
The skeletal system functions as a structural foundation that performs as a catalyst of movement. It supports, protects and anchors muscles and organs within the skeletal frame. The skeletal system is composed of bones, ligaments, tendons, muscles and cartilage. The skeleton and muscle systems function together as the musculoskeletal system
The skeletal and muscular systems are fueled by the circulatory system which consists of plasma/blood. The plasma/blood transport oxygen and carbon dioxide, food molecules, irons, waste, hormones and heat throughout the body and fight against infection and other foreign material that invade the body.
The cardiovascular system is composed of the heart, blood vessels, and cells and plasma that make up the blood. The cardiovascular system works in harmony with the circulatory system to fuel the body with the essentials that sustain life.
The endocrine system is made up of group of ductless glands that secretes hormones necessary for normal growth and development, reproduction and homeostasis. The endocrine system regulates mood, growth and development, tissue function, and metabolism, as well as sexual function and reproductive processes.
The central nervous system consists of the brain and spinal cord, which serve as the main processing center for the entire nervous system, receiving and interpreting sensory information via electrical signals.
The digestive system (also known as the alimentary canal) is the system of organs that takes in food, digests it to extract energy and nutrients, and expels the remaining waste.
The respiratory system is made up of the lungs, airways, diaphragm, windpipe, throat, mouth, nasal passages, pharynx and larynx. This respiration process moves oxygenated air throughout the system into the blood stream.
The integumentary system and its components, skin, hair, nails, skin glands and their products (sweat and slime)--is the body's largest organ system. This system consists of two layers: the epidermis and the subdermis.
These nine systems provide the body with sustenance, heat, air and it needs. Each system depends on the other systems' input to provide good and peak performance.
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