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Here is another example using the language of anatomy on a model organism.

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This is an example of modeling using the anatomical language.

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Here is another picture of the setup for a lab with a live cockroach. In this image, we are anesthetizing the cockroach by putting him in an ice bath.

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The human body controls temperature by heat being let out when you breathe. Water can also soak up heat and release it into the air by moving it to the skin. The best way to cool the body is by sweating, or perspiring, though. The skin is relieved from heat by sweat coming off on the skin.

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An example of how the human body keeps homeostasis is the regulation of blood sugar. The body maintains a steady level of blood sugar by the hormones glucagon and insulin. Glucagon makes blood sugar levels rise when it is excreted into the bloodstream. Insulin lets sugar that’s in the blood go into the body’s cells. If you are unable to regulate blood sugar levels, you might have diabetes and need to take insulin via insulin shots.

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An example of when homeostasis is out of balance is Raynaud's Syndrome, which is when the blood vessels spasm when it is cold. This relates to homeostasis because a person's body who has this disease cannot regulate itself when the temperature is lower than comfortable for them, so their hands and feet turn blue, red, or white. The blood isn’t circulating properly when this happens and therefore, the person's extremities stay cold and turn colors.

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Here is the setup for reading an action potential from a cockroach leg kicking. I removed the leg of the cockroach and attached the leg to the spiker box, which read the action potentials using a phone

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Here is a video of me conducting a experimentation on a real cockroach leg. The phone is reading the action potentials from the moving of the cockroach's leg.