| Hint | Answer |
|---|
| 3 Rapid acting insulin analogues | |
| Rapid acting insulin - B28 and B29 switched (lysine and proline reversed) | |
| Rapid acting insulin - aspartic acid in B28 | |
| Rapid acting insulin - lysine for asparagine at B3, Glutamic acid for lysine at B29 | |
| Rapid acting insulin onset? | |
| Peak of rapid acting insulin? | |
| Duration of rapid acting insulin? | |
| Intermediate insulins (2) | |
| Onset of intermediate insulins? | |
| Peak of intermediate insulins? | |
| Duration of intermediate insulins? | |
| Long acting insulins (2) | |
| Long acting insulin that is peakless? | |
| Long acting insulin that CANNOT BE MIXED WITH OTHER INSULINS! | |
| Long acting insulin that is good in brittle diabetics? | |
| Ultra-long acting insulin? (1) | |
| Increases insulin secretion? | |
| Sulfonylurea binds to and closes what channel, leading to depolarization of beta-cell? | |
| Risk of sulfonylurea? | |
| Examples of meglitinides? | |
| Intestinal hormones that cause secretion of insulin? | |
| Insulin response is higher with oral or IV glucose? | |
| 2 naturally occurring incretins | |
| Drug that inhibits breakdown of natural incretins | |
| Drug that acts like natural incretins (GLP1 analog) | |
| Decreases glucose production in the liver? | |
| Acts as a transcription factor by binding to PPAR nuclear receptors? | |
| Examples of TZDs? | |
| Drug that delays absorption of glucose? | |
| Ex of alpha-glucosidase inhibitor? | |
