Water Storage in the Body: Understanding Absorption and Release

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SUMMARY

This discussion focuses on the absorption and release of water in the human body, emphasizing that water moves from the intestines into the bloodstream and then to various tissues. There is no excess water stored in the body; instead, it is distributed throughout the bloodstream and interstitial spaces. Homeostasis regulates water levels through mechanisms such as thirst and urination, with excess water filtered by the kidneys and excreted via the bladder. Additionally, the discussion highlights that dehydration can lead to headaches, which can be alleviated by proper hydration and the addition of salt or sugar to enhance water uptake.

PREREQUISITES
  • Understanding of human physiology, specifically fluid dynamics in the body.
  • Knowledge of homeostasis and its role in maintaining bodily functions.
  • Familiarity with the functions of the kidneys in water regulation.
  • Basic concepts of hydration and its effects on health.
NEXT STEPS
  • Research the role of the kidneys in fluid balance and filtration processes.
  • Explore the concept of homeostasis in greater detail, particularly in relation to hydration.
  • Learn about the effects of electrolytes on water absorption and retention.
  • Investigate the physiological impacts of dehydration and effective rehydration strategies.
USEFUL FOR

This discussion is beneficial for health professionals, fitness enthusiasts, and anyone interested in understanding hydration, its effects on the body, and strategies for maintaining optimal fluid balance.

Nuklear
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WHen you drink some water it goes into your intestines and to you tissues and cells. WHat happens between there. Were is it stored between you intestins and your cells.

Say you drank a whole lot of water thwen you were dehydrated. But instead of going into your tissues it still hangs somewhere and you still look and feel dehydrated. Were is ll that extra water being held and how could/would you release it?
 
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Your body is essentially some proteins and other gunk floating in a big bath of water. Water exists throughout your body, inside your cells, in your blood, between your cells, etc.

Water goes from your stomach or intestine into your bloodstream, and from there on to every other part of your body. It takes some time for water to be absorbed from the gut and actually get into your cells. There is no "secret extra water" being held anywhere in your body, however.

- Warren
 
There is no pool of water - except maybe in your bladder. There is a concept called homeostasis. Homeostatic mechanisms act to keep water and electrolytes in the body within certain bounds. Some of these are: thirst, urination, sweating, digestion, resorbtion.

Homeostasis basically means 'staying the same'
 
The lymph system is much like the blood system, only the lymph system transports lymph - which is mostly water.
 
So if I drink a lot of water and feel it or my tissues don't begin to inflate it's in my bloodstream? How would I get it out?
 
Unless you drink vast amounts of water, your body excretes it without your help.

And no, it's not in your just blood stream - it's kind of everywhere.
Dave mentioned lymph, there is so-called interstitial water(between cells), and so on.
 
Nuklear said:
So if I drink a lot of water and feel it or my tissues don't begin to inflate it's in my bloodstream? How would I get it out?

Excess water can be very quickly moved from your bloodstream through your kidneys where it is filtered out and passed along to your bladder, from which you can excrete it through urination.

Here is a site that will give you a nice overview of how that happens, complete with animations to help visualize the process: http://www.nottingham.ac.uk/nursing/sonet/rlos/bioproc/kidneyphysiology/2.html
 
The first thing you'll notice upon drinking water is that your headache will go away.

A surprising number of headaches - and certainly hangovers - are caused by dehydration. If you want to speed up the process, add salt and/or sugar. They attach themselves to water and greatly increase its uptake into the body. That's what Gatorade is all about.

And that, by the way, is the last hangover you'll ever have.
 

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