Figure 2.
Figure 2: Fold of the receptor -transducer complex a, Ribbon
diagram of the top view from the cytoplasmic side. -Helices
are in red for the receptor and green for the transducer; -strands
are in blue and coils in grey.The labels of the symmetry related
complex are marked by a prime. The crystallographic symmetry
axis is located between TM1 -TM2 and TM1' -TM2'. b, Side view of
the complex. The complex is coloured according to B-factor
mobility: light red/green (less mobile), dark red/green
(mobile). ES, extracellular side; CS, cytoplasmic side. The
dotted white lines confine the major hydrophobic core of the
proteins. Of note, the actual membrane boundary will not follow
these straight lines. The arrows indicate the shortened stalk in
HtrI (white) and the site where the helices 1
and 4
of the chemoreceptor domain of H. salinarum HtrII are attached
to the transmembrane helices TM1 and TM2 (blue). All figures
were generated with MOLSCRIPT and Raster3D.
The above figure is reprinted
by permission from Macmillan Publishers Ltd:
Nature
(2002,
419,
484-487)
copyright 2002.
-Helices
are in red for the receptor and green for the transducer; 
-strands
are in blue and coils in grey.The labels of the symmetry related
complex are marked by a prime. The crystallographic symmetry
axis is located between TM1 -TM2 and TM1' -TM2'. b, Side view of
the complex. The complex is coloured according to B-factor
mobility: light red/green (less mobile), dark red/green
(mobile). ES, extracellular side; CS, cytoplasmic side. The
dotted white lines confine the major hydrophobic core of the
proteins. Of note, the actual membrane boundary will not follow
these straight lines. The arrows indicate the shortened stalk in
HtrI (white) and the site where the helices