Monday, October 10, 2016

Homeostasis - Nicholas Smith

Homeostasis
Main Ideas:
- The ability to maintain a stable internal environment
- Body Regulations: Temperature, Heart Rate, pH, Lung flow, Sugar, Insulin, Glucose, Water Balance
- pH control uses a buffer: a solution that resists the change in pH, usually a weak acid/base
- Glucose Levels Control - release of insulin when glucose levels are high, body signals liver to break down glycogen when glucose level are low.
metabolism: must consume food, blood vessel dilation and constriction, hair and fat, shivering, lay out in the sun or sit by a fire, sweat 

I've known a little bit about Homeostasis from the past but what really surprises me is that it can control multiple things in your body and not miss a beat, for example it can regulate your body's internal temperature and maintain a normal heart rate. Homeostasis occurs within all organisms and the body needs structure like this in order for survival, if something were to change in one area then everything changes. I really liked researching Homeostasis and reading how it can control body regulations and adapt to a certain environment or lifestyle that you train your body to perform at, say as an athlete or if you live in a cold environment. I think Homeostasis can be used to make a baseline on where the human body needs to be in order to be healthy or in order to prepare or train the body to adapt to new conditions.  



"IHMC Public Cmaps (3)". Cmapspublic3.ihmc.us. N.p., 2016. Web. 10 Oct. 2016.

Sciences), #158 et al. "Biology Notes For IGCSE 2014". Igbiologyy.blogspot.com. N.p., 2016. Web. 10 Oct. 2016.

5 comments:

  1. Interesting. Which regulation controls fever ?

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  2. Good summary of what we learned. Covers most of the things we learned and would be great for a review. The examples were good and pictures provided good insight. How does it control the beat of your heart?

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    Replies
    1. Through the medulla, it transmits chemical messages and nerve impulses from the brain to nerves to pump blood and oxygen.

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  3. This is very informative and well written, but what is it that makes homeostasis able to control all those things at once ?

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