Rotation right

Fig. 18 Spiral staircase (left), staggered (middle), or tilted and rotated (right) arrangement of 114d in the Col phase. Reproduced by permission of AAAS from [128]...

Figure 5. Operations involved in the single-parent evolution algorithm (Ref. [44]) reflection (left) and rotation (right). The rotation is by a random angle, 180° in this case.

Fig. 5 Definition of skew-line chirality descriptors with rotational right- (8/ A) and left-(X/A) handed orientations...

Scheme 1 Statistical approach of the formation of D2-D5 product. a) The product D2 is formed in a concentration 1 2 = 6 Prot with 6 = surface concentration (in %) of the rotating species and b) Pdes = fractional probability on desorption,c) Species I is bonded at C-C bond (A), d Adsorbed species has a fractional probability Prot of rotating right and an equal probability Prot of rotating left Prot=(l-Pdes)/2. After the first rotation, the species rotated to the left and right are equal. Species VI has been through the following route adsorption on bond A B A E and desorption would result in the D4 product. The route for species VII has been A B A B.

Dextro, Levo and Inactive Compoimds.— All optically active substances rotate the plane of polarized light either in one direction to the right or in the contrary direction to the left. On this account they are known as right-handed or dextro-rotatory and left-handed or levo-rotatory. The phenomenon of polarization being purely a physical one will not be discussed here. An explanation of it may be found in text books of physics or in chemical books which consider in detail such subjects as the sugars. All that need be added is that optically active compounds are readily examined by means of an instrument known as a polariscope and the direction of rotation (right or left) and the exact amount of rotation in degrees may be accurately determined. 

Position 2 Inspection of the right upper abdomen with the upper body raised in left rotation (= right lobe of liver, gall bladder, round ligament, falciform ligament, duodenum). 

Figure 2.30. The two-dimensional diffraction patterns from stationary (left) and rotating (right) single crystals recorded using a CCD detector. The incident wavevector is perpendicular to the plane of the figure. The dash-dotted line on the right shows the rotation axis, which is collinear with c. ...

Helix rotation Right-handed Right-handed Left-handed... 

FIGURE 11.4 Right-hand rules. Left direction of axial vector < > representing counterclockwise rotation. Right direction of vector product A X B. 

Figure 2 Schematic representation of the consequences of translational (left) and rotational (right) degrees of freedom upon complexation. Prior to interaction, the two interacting structures (A and B) each have three degrees of translational freedom, and three degress of rotational freedom, i.e., 12 degrees of freedom. Upon complexation, this total is reduced to six, an entropically unfavorable process.

A second mold-making machine had the same layout, but the molds exited on that conveyor in an opposite direction. The control panel was on the left of the table. The rotary switch on each control panel operated the same and had the same labels. Rotating right meant the table moved down. Rotating left meant the table moved up. 

H. Osada, K. Kojima, Experimental tracheal reconstruction with a rotated right stem bronchus, Ann. Thorac. Surg. 70 (6) (December 2000) 1886—1890. 

Fig.3.6. Rotational levels for a rigid rotator left) and an elastic rotator right)...

The terminology reflects the fact that the vertebra assumes the position of its freedom of motion. T7 ESrRr indicates that the seventh thoracic vertebra is extended, side-bent to the right, and rotated right on T8. In this case, the seventh thoracic vertebra is restricted in the motions of flexion, side-bending to the left, and rotation to the left. 

Rotation right is the turning of the anterior aspect of the body of the vertebra toward the right, coupled with a diminution of intervene-... 

During these motions, the lumbar spine rotates to the right and flexes laterally to the left, compensating for the right sacral flexion created by pelvic rotation toward the left with right pelvic tilt The relationship of the rotated right L5 to the left-on-left sacral rotation completes the picture... 

Negative Right on Right (R on R) Rotation Right Oblique... 

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