Difference between revisions of "Important Hormonal Regulators of the Kidney - Renal Flash Cards - Anatomy & Physiology"
Jump to navigation
Jump to search
| Line 31: | Line 31: | ||
<TD> | <TD> | ||
<FONT COLOR="#FFFFFF"> | <FONT COLOR="#FFFFFF"> | ||
| − | + | AT1</FONT></TD> | |
<TD>[[Important Hormonal Regulators of the Kidney - Anatomy & Physiology#Effects of Angiotensin 2 on Blood Pressure|Link]]</TD> | <TD>[[Important Hormonal Regulators of the Kidney - Anatomy & Physiology#Effects of Angiotensin 2 on Blood Pressure|Link]]</TD> | ||
</TR> | </TR> | ||
| Line 42: | Line 42: | ||
</TR> | </TR> | ||
<TR> | <TR> | ||
| − | <TD>?</TD> | + | <TD>What three things stimulate the release of aldosterone?</TD> |
<TD> | <TD> | ||
| − | <FONT COLOR="#FFFFFF"></FONT></TD> | + | <FONT COLOR="#FFFFFF"> |
| − | <TD>[[Important Hormonal Regulators of the Kidney - Anatomy & Physiology#|Link]]</TD> | + | * Corticotropin (ACTH) |
| + | * Angiotensin 2 | ||
| + | * K<sup>+</sup></FONT></TD> | ||
| + | <TD>[[Important Hormonal Regulators of the Kidney - Anatomy & Physiology#Release|Link]]</TD> | ||
</TR> | </TR> | ||
<TR> | <TR> | ||
| − | <TD>?</TD> | + | <TD>What are its effects on sodium?</TD> |
<TD> | <TD> | ||
| − | <FONT COLOR="#FFFFFF"></FONT></TD> | + | <FONT COLOR="#FFFFFF">Increases the reabsorption of sodium from the distal tubule and collecting duct</FONT></TD> |
| − | <TD>[[Important Hormonal Regulators of the Kidney - Anatomy & Physiology#|Link]]</TD> | + | <TD>[[Important Hormonal Regulators of the Kidney - Anatomy & Physiology#Action|Link]]</TD> |
</TR> | </TR> | ||
<TR> | <TR> | ||
| − | <TD>?</TD> | + | <TD>How does it achieve these effects?</TD> |
<TD> | <TD> | ||
| − | <FONT COLOR="#FFFFFF"></FONT></TD> | + | <FONT COLOR="#FFFFFF">Increases the synthesis of sodium transporters and increases the supply of ATP to them by altering gene transcription</FONT></TD> |
| − | <TD>[[Important Hormonal Regulators of the Kidney - Anatomy & Physiology#|Link]]</TD> | + | <TD>[[Important Hormonal Regulators of the Kidney - Anatomy & Physiology#Action|Link]]</TD> |
</TR> | </TR> | ||
<TR> | <TR> | ||
| − | <TD>?</TD> | + | <TD>Where is atrial natriutretic peptide secreted from?</TD> |
<TD> | <TD> | ||
| − | <FONT COLOR="#FFFFFF"></FONT></TD> | + | <FONT COLOR="#FFFFFF">Atrial walls</FONT></TD> |
<TD>[[Important Hormonal Regulators of the Kidney - Anatomy & Physiology#|Link]]</TD> | <TD>[[Important Hormonal Regulators of the Kidney - Anatomy & Physiology#|Link]]</TD> | ||
</TR> | </TR> | ||
<TR> | <TR> | ||
| − | <TD>?</TD> | + | <TD>Whats it's effect?</TD> |
<TD> | <TD> | ||
| − | <FONT COLOR="#FFFFFF"> | + | <FONT COLOR="#FFFFFF">Increases the excretion of water by reducing the reuptake of sodium.</FONT></TD> |
| − | + | <TD>[[Important Hormonal Regulators of the Kidney - Anatomy & Physiology#Atrial Natriuretic Peptide|Link]]</TD> | |
| − | |||
| − | |||
| − | |||
| − | |||
| − | |||
| − | <TD>[[Important Hormonal Regulators of the Kidney - Anatomy & Physiology#|Link]]</TD> | ||
</TR> | </TR> | ||
</table> | </table> | ||
Revision as of 15:45, 10 September 2008
|
Use the mouse to highlight the answers. They are written in white
| Question | Answer | Link |
| Which hormone is excreted by the juxtaglomerular cells in response to a fall in blood pressure? | Renin | Link |
| What does ACE do? | Converts angiotensin 1 to angiotensin 2 | Link |
| Which receptors does angiotensin 2 act on to cause the release of aldosterone? |
AT1 |
Link |
| How does angiotensin 2 effect GFR? |
Contracts the efferent arteriole to increase GFR when blood pressure drops |
Link |
| What three things stimulate the release of aldosterone? |
|
Link |
| What are its effects on sodium? | Increases the reabsorption of sodium from the distal tubule and collecting duct | Link |
| How does it achieve these effects? | Increases the synthesis of sodium transporters and increases the supply of ATP to them by altering gene transcription | Link |
| Where is atrial natriutretic peptide secreted from? | Atrial walls | Link |
| Whats it's effect? | Increases the excretion of water by reducing the reuptake of sodium. | Link |