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Figure 8.
Figure 8. Model for the type III AFP bound to the {10 Image 0}
plane of ice. (a) View nearly parallel to the ice surface, with
the c-axis of the hexagonal ice vertical. Ice water molecules
(including protons) are in CPK presentation, and the protein
backbone is shown in stick presentation. The polar contacts or
hydrogen bonds between protein atoms and ice surface atoms are
indicated by yellow lines. (Figure generated using the program
InsightII [Biosym, Palo Alto, CA].) (b) Presentation of the
excluded molecular surface. The ice surface and protein surface
is shown on the left and right, respectively. The applied color
gradient from white via blue to red represents distances
between the protein and ice surface in the complex from 0
å (direct contact) over 1.4 å (water inaccessible)
to 3 å. Figure 8. Model for the type III AFP bound to
the {10 [3]Image 0} plane of ice. (a) View nearly parallel to
the ice surface, with the c-axis of the hexagonal ice vertical.
Ice water molecules (including protons) are in CPK presentation,
and the protein backbone is shown in stick presentation. The
polar contacts or hydrogen bonds between protein atoms and ice
surface atoms are indicated by yellow lines. (Figure generated
using the program InsightII [Biosym, Palo Alto, CA].) (b)
Presentation of the excluded molecular surface. The ice surface
and protein surface is shown on the left and right,
respectively. The applied color gradient from white via blue to
red represents distances between the protein and ice surface in
the complex from 0 å (direct contact) over 1.4 å
(water inaccessible) to 3 å. (Figure generated using the
program GRASP [[4]55].)
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