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Axial viewing

FIGURE 17.17 All axial view of the two-stranded, a-helical coiled coll of a myosin tall. Hydrophobic residues a and d of the seven-resldne repeat sequence align to form a hydrophobic core. Residues b, c, and f face the outer surface of the colled coll and are typically Ionic. [Pg.545]

Fig. 37. (continued)—(b) An axial view projected along the r-axis shows the packing arrangement of three welan double helices in the trigonal unit cell. The helix drawn in solid bonds is antiparallel to the remaining helices (open bonds). Note that calcium ions are positioned between the helices and each water molecule (large open circle) shown here is connected to all three surrounding helices. The interstitial space is occupied by several other ordered water molecules (not shown). [Pg.393]

Figure 8.6 Horizontal axially viewed torch and vertically oriented, radially viewed plasma configuration. Reproduced by permission of Varian, Inc. Figure 8.6 Horizontal axially viewed torch and vertically oriented, radially viewed plasma configuration. Reproduced by permission of Varian, Inc.
Fig. 8. Ribbon diagrams showing (A) lateral and (B) axial views of the antiparallel double-stranded /1-solenoid from bacterial protein YhcH (Teplyakov et al., 2005). The /1-strands of this dimeric /1-solenoid are colored in blue and magenta. Fig. 8. Ribbon diagrams showing (A) lateral and (B) axial views of the antiparallel double-stranded /1-solenoid from bacterial protein YhcH (Teplyakov et al., 2005). The /1-strands of this dimeric /1-solenoid are colored in blue and magenta.
Determination of Trace Elements in Drinking Water by Axially Viewed Inductively Coupled Plasma-Atomic Emission Spectrometry... [Pg.1203]

Typical configuration for ICP-AES instruments (a) side -on viewing of the ICP (b) axial viewing... [Pg.94]

The signal-to-noise ratio on an axially viewed ICP was studied for different lines of the elements and the best conditions were sought... [Pg.104]

M. Chausseau, E. Poussel and J. M. Mermet, Signal and signal-to-background ratio response surface using axially viewed inductively coupled plasma multichannel detection-based emission spectrometry,... [Pg.144]

M. Grotti, C. Lagomarsino and J. M. Mermet, Effect of operating conditions on excitation temperature and electron number density in axially-viewed ICP-OES with introduction of vapors or aerosols, J. Anal. At. Spectrom., 21(9), 2006, 963-969. [Pg.145]

M. Grotti, C. Lagomarsino, F. Soggia and R. Frache, Multivariate optimisation of an axially viewed inductively coupled plasma multichannel-based emission spectrometer for the analysis of environmental samples, Ann. Chim. (Rome), 95(1-2), 2005, 37-51. [Pg.145]

Left and center Two gramicidin A molecules associate to span a cell membrane. Right Axial view showing ion channel. [Structure from B. Roux, "Computational Studies of the Gramicidin Channel." Acc. Chem. Res. 2002,35,366. based on solid-state nuclear magnetic resonance. Schematic at left from L. Stryer. Biochemistry,... [Pg.228]

Fig. 3. Axial view of space filling model of Structure I (5 mers). The benzylic hydrogen atom of each substituent (white atoms, matked with "X s) situates directly over the imine double bond of the next repeating unit. Two imine carbon atoms are also marked... Fig. 3. Axial view of space filling model of Structure I (5 mers). The benzylic hydrogen atom of each substituent (white atoms, matked with "X s) situates directly over the imine double bond of the next repeating unit. Two imine carbon atoms are also marked...
Fig. 4. Axial view of model of Structure II (5 mers). A pentamer model of either structure squats slightly because of the model s weight the helix of such a pentamer end tightens with the addition of subsequent mer units. Phenyl groups are more protruding... Fig. 4. Axial view of model of Structure II (5 mers). A pentamer model of either structure squats slightly because of the model s weight the helix of such a pentamer end tightens with the addition of subsequent mer units. Phenyl groups are more protruding...
Fig. 7. Schematic representations of the a-helix (axial view) and the /J-sheet (side view) conformations of peptides 8-10 (CE = crown-ether side chain). (Reproduced with the permission of Ref, 10a)... Fig. 7. Schematic representations of the a-helix (axial view) and the /J-sheet (side view) conformations of peptides 8-10 (CE = crown-ether side chain). (Reproduced with the permission of Ref, 10a)...
Fig. 13. Illustrations of the possible arrangement of C-protein (MyBP-C) on the myosin filament backbone in projection down the axis (A) and in axial view (B). Of particular importance here is the possibility that the N-terminal half of C-protein extends out and binds to actin in relaxed muscle. (C) Simulation of the possible interactions of C-protein with binding sites on actin generated using the program MusLABEL (Squire and Knupp, 2004). (D) Left left half of the low-angle X-ray diffraction pattern from bony fish muscle (as in Fig. 11C), showing (right) the possible positions where the C-protein array in (D) might contribute. (From Squire elal, 2003d.)... Fig. 13. Illustrations of the possible arrangement of C-protein (MyBP-C) on the myosin filament backbone in projection down the axis (A) and in axial view (B). Of particular importance here is the possibility that the N-terminal half of C-protein extends out and binds to actin in relaxed muscle. (C) Simulation of the possible interactions of C-protein with binding sites on actin generated using the program MusLABEL (Squire and Knupp, 2004). (D) Left left half of the low-angle X-ray diffraction pattern from bony fish muscle (as in Fig. 11C), showing (right) the possible positions where the C-protein array in (D) might contribute. (From Squire elal, 2003d.)...
Kato, T., Uehiro, T., Yasuhara, A. and Morita, M. (1992) Determination of methylmercury species by capillary column gas chromatography with axially viewed inductively coupled plasma atomic emission spectrometric detection./. Anal. At. Spectrom., 7, 15-18. [Pg.85]

Fig. 3.5 Two substrate oxidation sites in VP left, Oxidation site for high redox-potential substrates (such as VA, RB5, and lignin) by a LRET pathway (dotted arrow) from a tryptophan residue forming a catalytic neutral radical (W164-) to a heme methyl group via a leucine residue [57-59] right, Oxidation site for Mn2+, at the internal propionate of heme, involving three acidic amino acid residues [10]. Axial view of the heme region (a water molecule, represented as van der Waals spheres, is seen at the top position on the heme iron)... Fig. 3.5 Two substrate oxidation sites in VP left, Oxidation site for high redox-potential substrates (such as VA, RB5, and lignin) by a LRET pathway (dotted arrow) from a tryptophan residue forming a catalytic neutral radical (W164-) to a heme methyl group via a leucine residue [57-59] right, Oxidation site for Mn2+, at the internal propionate of heme, involving three acidic amino acid residues [10]. Axial view of the heme region (a water molecule, represented as van der Waals spheres, is seen at the top position on the heme iron)...
Fig. 2. a) Axial view through the liver of a Cafe diet mouse showing the position of the 3x3x3 mm localised MRS voxel in the right lateral lobe of the liver, and b) the resultant in vivo localized PRESS spectrum (acquisition parameters Broker Biospec 4.7T 40 cm magnet repetition time approx. 3000 ms (dependant on respiration rate) echo time 6.8 ms number of averages 64) (Abdel Bidar, AstraZeneca personal communication). [Pg.392]

Apparatus Use a suitable Inductively Coupled Plasma Emission Spectrophotometer set to 226.502 nm for cadmium and to 371.029 for yttrium (internal standard) with an axial view mode. (This method was developed using a Perkin-Elmer Model 3300 DV equipped with a sapphire injector, low-flow GemCone nebulizer, cyclonic spray chamber, and yttrium internal standard.) Use acid-rinsed plastic volumetric flasks and other labware. [Pg.331]

Robertson GH, Taveras JM, Tadmor R, et al. Computed tomography in metrizamide cisternography importance of coronal and axial views. J Comput Assist Tomogr 1977 1 241. [Pg.253]

Fig. 4 Minimum energy conformation corresponding to the homopolymer containing only a-structural unit (A) longitudinal view (B) axial view (See also Plate 10 in the Colour Plate Section)... Fig. 4 Minimum energy conformation corresponding to the homopolymer containing only a-structural unit (A) longitudinal view (B) axial view (See also Plate 10 in the Colour Plate Section)...
Radial or axial view of spontaneous emission occurring in ICP... [Pg.6084]

Figure 5.11. Watson-Crick Model of Double-Helical DNA. One polynucleotide chain is shown in blue and the other in red. The purine and pyrimidine bases are shown in lighter colors than the sugar-phosphate backbone. (A) Axial view. [Pg.204]

Figure 5.13. Axial View of DNA. Base pairs are stacked nearly one on top of another in the double helix. [Pg.205]


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See also in sourсe #XX -- [ Pg.227 ]

See also in sourсe #XX -- [ Pg.227 ]

See also in sourсe #XX -- [ Pg.240 , Pg.243 ]




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Axial view

Axial view

Axial viewing geometry

Axial-View ICP Optical Emission

Axially viewed ICP

Inductively coupled plasma axial view

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