As with most medical terms, there is a word that refers to asthma definition, but that doesn’t help much with understanding what an idea is and how it works in the body.
Homeostasis is defined by science as “the tendency of a living thing or a cell to control its internal conditions, usually through a set of feedback controls, to keep health and functioning in balance, no matter what is going on outside.”
In the case of asthma, homeostasis means that your body’s respiratory system is working well without your symptoms getting worse or other parts of the pathophysiology of asthma hurting you.
Sit back and relax if you think that definition is too complicated and made up. We’ll look at what it means and how it relates to the body as a whole.
Your body wants to stay in a “Typical” state.
When you are outside and it starts to rain, your body does a few things. At first, a “sensor” picks up on what’s going on in your general area. When it’s raining, your skin acts as a “sensor,” telling your brain that it’s cold and wet outside. Then, an “inside system” responds to this upgrade;
When you shiver, your body is trying to warm up and keep your temperature up.
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When you’re not as cold, you stop shaking. Even though some of the words and terms above might seem confusing, it is clear how everything works. Also, it’s a great example of how homeostasis works.
In asthma, you may need a rescue inhaler to stop the symptoms from getting worse, or you may need to take a regular regulator to try to keep homeostasis in balance.
Homeostasis is a broad term, and what it means depends on a few things, whether you are talking about asthma or something else. In each situation, your body needs a “sensor” (your skin in a rainstorm or smooth muscle with asthma), an “interior component” (the confusing cycles by which your brain raises your internal temperature or the pathophysiology of asthma), and a “negative criticism system” (one more confounded process by which your body quits bringing your temperature or up at times a drug to switch the cycle and head you back to a condition of homeostasis).
Homeostasis is both a tool and a state.
In the downpour model above, homeostasis was shown as a “component,” or the way your body reacts to a change to keep things in balance. As a system, homeostasis can be seen in many places. A liquid equilibrium is another great one.
Your body needs to keep a certain amount of liquids on hand to keep all of your organs and cycles running smoothly, but it will get rid of more liquids through waste when you drink water to keep up healthy liquid levels.
This is also important if you have asthma because not drinking enough water can make your breathing worse2. Homeostasis is a part of the way your body “senses” how much water you drink, reacts to it, and then stops when you’ve had enough.
In any case, there is a big caveat that makes the question “What is homeostasis?” useless. The word “homeostasis” can also be used as a state to describe the balance your body is trying to reach with the tools we’ve already talked about. Homeostasis is where your body needs to be. It’s at a temperature of 98.6, it’s fully hydrated, it’s very stable, and it has all of the right nutrients and supplements.
Homeostatic Imbalance
When everything works perfectly, your body can use homeostatic tools to keep things in a good state of homeostasis. Most of the time, things don’t go perfectly, and there are a few ways your body can end up with a homeostatic imbalance. Think asthma attack.
As you get older, the negative input instruments in your body start to break down. Your body’s ability to tell itself when it doesn’t have to keep going, as usual, gets worse as you get older. This is why older people often shiver more than younger people. As your body gets worse at keeping its own balance, you will be more likely to get sick and have other health problems.
If you don’t take your asthma medicine, which is helping you reach a homeostatic balance, your symptoms will get worse and you won’t be able to control them as well.
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