Difference between revisions of "Water Balance and Homeostasis - Renal Flash Cards - Anatomy & Physiology"

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|linkpage =The Nephron - Renal Flash Cards - Anatomy & Physiology
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|linktext =RENAL FLASH CARDS - THE NEPHRON
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|maplink = Urinary System (Content Map) - Anatomy & Physiology
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'''Use the mouse to highlight the answers.  They are written in white'''
 
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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?
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*A - Water intake increases more than milk yield
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A - Water intake increases more than milk yield
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*B - Increases in water intake match milk production litre for litre
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B - Increases in water intake match milk production litre for litre
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*C - Water intake increases but not as much as milk yield</TD>
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C - Water intake increases but not as much as milk yield</TD>
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<TD><FONT  COLOR="#FFFFFF">
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<TD><FONT  COLOR="#FFFFFF">A</font></TD>
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*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>
 
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</TR>
 
<TR>
 
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<TD>What are aquaporins?</TD>
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<TD>?</TD>
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<TD><FONT  COLOR="#FFFFFF">
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<TD><FONT  COLOR="#FFFFFF"></font></TD>
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* Family of membrane channel proteins
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<TD>[[#|Link]]</TD>
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* Over a dozen homologous water transporting proteins make up this family in mammals
 
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* Allow rapid transport of substances across membranes</font></TD>
 
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<TD>[[Aquaporins of the Kidney and Water Homeostasis - Anatomy & Physiology#What are Aquaporins|Link]]</TD>
 
 
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</TR>
 
<TR>
 
<TR>
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<TD>AQP2 is inserted into the membrane of which cells to increase water reabsorption?</TD>
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<TD>?</TD>
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<TD><FONT  COLOR="#FFFFFF">Principal cells of the collecting duct</font></TD>
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<TD><FONT  COLOR="#FFFFFF"></font></TD>
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<TD>[[Aquaporins of the Kidney and Water Homeostasis - Anatomy & Physiology#ADH and the Collecting Duct|Link]]</TD>
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<TD>[[#|Link]]</TD>
 
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</TR>
 
<TR>
 
<TR>
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<TD>Which hormone influences this insertion?</TD>
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<TD>?</TD>
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<TD><FONT  COLOR="#FFFFFF">ADH</font></TD>
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<TD><FONT  COLOR="#FFFFFF"></font></TD>
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<TD>[[Aquaporins of the Kidney and Water Homeostasis - Anatomy & Physiology#ADH and the Collecting Duct|Link]]</TD>
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<TD>[[#|Link]]</TD>
 
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</TR>
 
<TR>
 
<TR>
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<TD>What are the two differant types of nephron called?</TD>
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<TD>?</TD>
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<TD><FONT  COLOR="#FFFFFF">
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<TD><FONT  COLOR="#FFFFFF"></font></TD>
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*Juxtamedullary
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<TD>[[#|Link]]</TD>
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*Cortical</font></TD>
 
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<TD>[[Water Conservation and Economy Species Differences - Physiology#Nephron Species Differences|Link]]</TD>
 
 
</TR>
 
</TR>
 
</table>
 
</table>
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[[Category:Water Balance and Homeostasis]][[Category:Urinary System Anatomy & Physiology Flashcards]]
 

Revision as of 13:58, 10 September 2008

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Use the mouse to highlight the answers. They are written in white

Question Answer Link
What are the problems if body water levels drop too low?
  • Inadequate perfusion due to low blood volume
  • A build up of waste products due to insufficient urine volume
  • Increased solute concentrations affect cell function
  • Inability to sweat and control body temperature
  • Death
 Link
What are the problems if body water levels get too great?
  • Oedema
  • Increased blood volume and therefore pressure could damage the CVS
  • A decrease in solute concentrations disrupt normal cell function
 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?

A - Water intake increases more than milk yield B - Increases in water intake match milk production litre for litre

C - Water intake increases but not as much as milk yield		 A Link
? Link
? Link
? Link
? Link
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