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It contains caffeine and caffeine is a drug that effects the body in various ways.
Caffine can get in pretty much in any opening in your body wether it's a solid liquid or gas
Yes, but it is kind of silly as they effect the body in opposite ways.
You can always get disease, but the ways that stress affects your body can make you more vulnerable to disease
it can make you gain weight (thats all I know)
it affects it in many ways. one of these is u get fat!
it brings on stress and depression,like it would any other person, regardless of age
skeletal system affects other body systems in many ways. such as it affects circulatory system because red blood marrow in bone bone makes blood
Everyone is aware that caffeine is useful for overcoming tiredness, but not many people understand how. Caffeine actually affects different tissues in different ways; the most stimulating effect actually occurs in the brain. Normally when you start to get sleepy, adenosine molecules bind to receptor proteins stimulating drowsiness. Because caffeine is similar in structure to the adenosine molecules, it binds to the receptors instead, blocking the site from the adenosine. Caffeine also stimulates epinephrine in the heart and liver cells, increasing heart rate and stimulating glycogen conversion to glucose.
Drugs effect your body in ways like making it harder to breathe and giving you muscle damage.
Marijuana affects your body in many ways, hey are just a few ; -Dry mouth. -Increased heart beat. -Change of blood pressure. -Hunger -Sleepiness
A hormone is a chemical that affects the ways in which an organism functions; it is produced in one part of the plant (or animal) body but affects many other parts of the body as well. Hormones work by coming in contact with target cells, causing the organism to respond in various ways to the chemical signal. In plants, hormones usually work by influencing cell differentiation, elongation, and division. They also affect the timing of reproduction and germination. These hormones are divided int o five categories: auxins, cytokinins, gibberellins, inhibitors (or abscisic acid), and ethylene.