Difference between revisions of "Water Balance and Homeostasis - Renal Flash Cards - Anatomy & Physiology"
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<TD>As milk yield increases how does this effect water intake? | <TD>As milk yield increases how does this effect water intake? | ||
− | A - Water intake increases more than milk yield | + | *A - Water intake increases more than milk yield |
− | B - Increases in water intake match milk production litre for litre | + | *B - Increases in water intake match milk production litre for litre |
− | C - Water intake increases but not as much as milk yield</TD> | + | *C - Water intake increases but not as much as milk yield</TD> |
− | <TD><FONT COLOR="#FFFFFF">A</font></TD> | + | <TD><FONT COLOR="#FFFFFF"> |
+ | *A</font></TD> | ||
<TD>[[Total Water Balance - Physiology#Water Intake and Lactation|Link]]</TD> | <TD>[[Total Water Balance - Physiology#Water Intake and Lactation|Link]]</TD> | ||
</TR> | </TR> |
Revision as of 13:59, 10 September 2008
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Question | Answer | Link |
What are the problems if body water levels drop too low? |
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Link |
What are the problems if body water levels get too great? |
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Link |
If you take a fat and a thin cow, which will have the most body water and why? | The thin cow as adipose tissue contains little water | Link |
Metabolic water is derived from which reaction? | The oxidation of hydrogen | Link |
What is "insensible water loss"? | Insensible water loss is water loss which cannot be sensed by the individual and tends to be a response to thermoregulation rather than being a regulated process of water homeostasis | Link |
As milk yield increases how does this effect water intake?
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Link |
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