1. Amadori Rearrangement
Go to Slide Show mode and click the button to begin.

2. Amino
compound
Open chain D-glucose

3. Open chain D-glucose

4. Open chain D-glucose

5. + -

7. This species is unstable and will lose water to produce the open chain form of the glycosylamine with a C-N double bond

8. Loss of water

9. Water of
dehydration
Open chain glycosylamine

10. Rearrangement of this compound will yield the Amadori compound
Rearrangement of this compound will yield the Amadori compound. This sequence of reactions is known as the Amadori rearrangement.

11. Open chain glycosylamine

12. Open chain glycosylamine

13. Open chain Amadori compound

14. Attack by O-6 on the carbonyl group will close the ring producing a 1-deoxy-1-amino-D-fructopyranose compound (the Amadori product)

15. Open chain Amadori compound

16. (a 1-deoxy-1-amino-D-fructopyranose)
The Amadori compound
(a 1-deoxy-1-amino-D-fructopyranose)