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Figure 2.
Figure 2. The large hydrophobic pocket on Tim44p surface. (a)
Surface potential drawing of the Tim44p monomer molecule
determined by GRASP.^21 The Tim44p is in the similar orientation
as Figure 1(a). Blue and red denote positively and negatively
charged regions, respectively. White indicates hydrophobic
region. The scale bar of the surface potential is shown in the
top of the Figure. The hydrophobic pocket is drawn in a red box.
(b) The magnified version of the area within the red box in
(a). The hydrophobic residues that are involved in forming the
hydrophobic pocket are labeled. Figure 2. The large
hydrophobic pocket on Tim44p surface. (a) Surface potential
drawing of the Tim44p monomer molecule determined by
GRASP.[4]^21 The Tim44p is in the similar orientation as
[5]Figure 1(a). Blue and red denote positively and negatively
charged regions, respectively. White indicates hydrophobic
region. The scale bar of the surface potential is shown in the
top of the Figure. The hydrophobic pocket is drawn in a red box.
(b) The magnified version of the area within the red box in (a).
The hydrophobic residues that are involved in forming the
hydrophobic pocket are labeled.
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