They all work to support one another and one system can not malfunction and still allow the body to maintain a state of homeostasis (a normal state of healthy being).
Respiratory System- Transports O2 to the rest of the body and expels Co2 (Ex. Lungs)
Lymphatic System- Cleanses the body of toxins and impurities (Ex. Lymph nodes)
Digestive System- Responsible for digestion and absorption of necessary nutrients needed to feed the body.
Cardiovascular System- Transports blood and O2 to the body.
Nervous System- Responsible for sending and receiving chemical messages to the rest of the body for functioning.
Skeletal System- Provides mobility and support for the body.
Musculoskeletal System- Provides movement and strength for the body.
Integumentary System- Provides protection to the body in the form of skin.
Reproductive System- Responsible for reproduction.
Urinary System- Responsible for flushing the system of fluids/impurities.
You cant have just one system "shut down" without it eventually affecting the other systems.
Unfortunately this is a huge question, hard to explain. They just do, they all rely on each other to function if one fails, the others go down with it, its team work! They all work together for the one result, Life.
Hey there,
Answer:
1: Glycolysis (breaking down of glucose)
2: Link reaction
3: Krebs Cycle
4: Electron Transport Chain
Hope this helps :D
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Answer:
when a examiner gives the test to students in spoken form.
Explanation:
Answer:
phosphorylation ./ more
Explanation:
Phosphorylation is known to be a biochemical process which can be described as the involvement of adding phosphate to an organic compound. That is the process of introducing phosphate into an organic molecule
For example, it involves the addition of phosphate Adenosine diphosphate, ADP to make or form Adenosine triphosphate, ATP.
Phosphorylation is known to be an important key reaction to sugar metabolism and storage and release of energy.
In this case, the decomposition or breaking down of ATP will allow it to transfer the 3rd phosphate to another molecule.
The type of research may be the scientific method