| 11. | These crystal structures provided vital background on chromophore formation and neighboring residue interactions.
|
| 12. | In polymers, these areas are known as chromophores.
|
| 13. | Energy diagram illustrating the Franck Condon principle applied to the solvation of chromophores.
|
| 14. | When a photon strikes the chromophore, it changes shape ( isomerizes ).
|
| 15. | In phototransduction, a photon interacts with a chromophore in a light receptor.
|
| 16. | The parabolic potential curves symbolize the interaction energy between the chromophores and the solvent.
|
| 17. | The proteins use a flavin as a chromophore.
|
| 18. | The chromophore absorbs the photon and undergoes photoisomerization.
|
| 19. | An oxidizing bleach works by breaking the chemical bonds that make up the chromophore.
|
| 20. | A reducing bleach works by converting double bonds in the chromophore into single bonds.
|
