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Line 21: |
| <FONT COLOR="#FFFFFF"> | | <FONT COLOR="#FFFFFF"> |
| Sodium</FONT></TD> | | Sodium</FONT></TD> |
− | <TD>[[Proximal Tubule - Anatomy & Physiology#Introduction to Reabsorption|Link]]</TD> | + | <TD>[[Proximal Tubule - Anatomy & Physiology#Epithelial Transport|Link]]</TD> |
| </TR> | | </TR> |
| <TR> | | <TR> |
Line 38: |
Line 38: |
| </TR> | | </TR> |
| <TR> | | <TR> |
− | <TD>?</TD> | + | <TD>When being reabsorbed alone how does sodium enter the epithelial cells?</TD> |
| + | <TD> |
| + | <FONT COLOR="#FFFFFF"> |
| + | Via ion channels</FONT></TD> |
| + | <TD>[[Proximal Tubule - Anatomy & Physiology#Sodium|Link]]</TD> |
| + | </TR> |
| + | <TR> |
| + | <TD>Sodium is able to leave the intersitium and enter the blood because...?</TD> |
| + | <TD> |
| + | <FONT COLOR="#FFFFFF"> |
| + | The blood has a low hydrostatic and high protein osmotic pressure</FONT></TD> |
| + | <TD>[[Proximal Tubule - Anatomy & Physiology#Sodium|Link]]</TD> |
| + | </TR> |
| + | <TR> |
| + | <TD>What is the main route of potassium reabsorption from the proximal tubule?</TD> |
| + | <TD> |
| + | <FONT COLOR="#FFFFFF"> |
| + | paracellular</FONT></TD> |
| + | <TD>[[Proximal Tubule - Anatomy & Physiology#Potassium|Link]]</TD> |
| + | </TR> |
| + | <TR> |
| + | <TD>Potassium is cleared from the cell using a co-transporter with which other ion?</TD> |
| + | <TD> |
| + | <FONT COLOR="#FFFFFF"> |
| + | Chlorine</FONT></TD> |
| + | <TD>[[Proximal Tubule - Anatomy & Physiology#Potassium|Link]]</TD> |
| + | </TR> |
| + | <TR> |
| + | <TD>How is glucose reabsorbed?</TD> |
| + | <TD> |
| + | <FONT COLOR="#FFFFFF"> |
| + | Co-transported with sodium</FONT></TD> |
| + | <TD>[[Proximal Tubule - Anatomy & Physiology#Glucose|Link]]</TD> |
| + | </TR> |
| + | <TR> |
| + | <TD>The point at which glucose can first be detected in the urine is called?</TD> |
| <TD> | | <TD> |
| <FONT COLOR="#FFFFFF"> | | <FONT COLOR="#FFFFFF"> |
− | </FONT></TD> | + | The renal threshold for glucose</FONT></TD> |
− | <TD>[[Proximal Tubule - Anatomy & Physiology#|Link]]</TD> | + | <TD>[[Proximal Tubule - Anatomy & Physiology#Glucose|Link]]</TD> |
| </TR> | | </TR> |
| <TR> | | <TR> |
− | <TD>?</TD> | + | <TD>Define Splay?</TD> |
| <TD> | | <TD> |
| <FONT COLOR="#FFFFFF"> | | <FONT COLOR="#FFFFFF"> |
− | </FONT></TD> | + | Between the renal threshold and T-Max the amount of glucose filtered and the amount of glucose in the urine is not linearly related. This is becuase some nephrons have a greater capacity for reabsorbtion than others and are not overcome as easily.</FONT></TD> |
− | <TD>[[Proximal Tubule - Anatomy & Physiology#|Link]]</TD> | + | <TD>[[Proximal Tubule - Anatomy & Physiology#T Max and Splay|Link]]</TD> |
| </TR> | | </TR> |
| <TR> | | <TR> |
− | <TD>?</TD> | + | <TD>Define T Max?</TD> |
| <TD> | | <TD> |
| <FONT COLOR="#FFFFFF"> | | <FONT COLOR="#FFFFFF"> |
− | </FONT></TD> | + | Is the point at which every nephron is running at full capacity of reabsorping glucose. After this point the glucose cocentration filtered and excreted increase linearly.</FONT></TD> |
− | <TD>[[Proximal Tubule - Anatomy & Physiology#|Link]]</TD> | + | <TD>[[Proximal Tubule - Anatomy & Physiology#T Max and Splay|Link]]</TD> |
| </TR> | | </TR> |
| <TR> | | <TR> |