Fit, perfect

In the case of dynamic mechanical relaxation the Zimm model leads to a specific frequency ( ) dependence of the storage [G ( )] and loss [G"(cd)] part of the intrinsic shear modulus [G ( )] [1]. The smallest relaxation rate l/xz [see Eq. (80)], which determines the position of the log G (oi) and log G"(o>) curves on the logarithmic -scale relates to 2Z(Q), if R3/xz is compared with Q(Q)/Q3. The experimental results from dilute PDMS and PS solutions under -conditions [113,114] fit perfectly to the theoretically predicted line shape of the components of the modulus. In addition l/xz is in complete agreement with the theoretical prediction based on the pre-averaged Oseen tensor. 

When the exact dimensions of the target steel are known, a charge may be tailored in advance to fit perfectly. See Figure 24. If the target measurements can only be estimated, a more flexible charge can be prepared as shown in Figure 25. 

A semirigid core, having fingers projecting outward in the direction of the receptor s binding sites and fitting perfectly into the active site have been assembled. 

This profile fits perfectely the SERM concept. By designing molecules that exert specific effects on different organs and fine-tuning those molecules to a given woman s advantage, we would be able to influence health and survival expectancies. 

Look, the Corning people went to a lot of trouble to turn out a piece of glass (Fig. 24) that fits perfectly in both a glass joint and a rubber adapter, so use it ... 

Vadim Kosmatschof s sculpture Unfolding Square not only fits perfectly into the exhibition theme Movement in a Square , but also harmonizes with the ecological orientation of the MUSEUM RITTER. 

Stanewsky There is one aspect of the Cry double knockout behaviour that has always puzzled me. It never looked to me that it was just masking, because they seem to anticipate the LD transition. This would fit perfectly with your assumption that it is an hour-glass mechanism. 

Foster The WC-1 photoreceptor analysis is lovely. In the binding assay you generated your action spectrum from, I was amazed to see that you got sufficient resolution in it to see the absolutely characteristic double peaks that you d expect from a flavoprotein-like pigment. If you ever get a chance to replot those data, fit a flavoprotein nomogram to it. I m sure that it will fit perfectly. 

The human reproductive process does not fit perfectly into the animal model of reproductive and developmental toxicity. Conditions of the fetal-maternal unit that affect both mother and child have not been adequately addressed in this monograph, although there is some evidence that some of these adverse outcomes, such as pregnancy-induced hypertension, may be related to environmental exposure (Tabacova et al., 1998 Dawson et al., 1999). This is a promising frontier for new research. We have also not dealt with genetic susceptibility to developmental toxicants. Advances in this field may illuminate many of the mysteries of how toxicants act, and on whom. Limited data are available on mechanisms of action (see section 5.2.4). The work on oxidative stress in pregnancy (Tabacova et al., 1998 Hubei,... 

Figure 18.1 Plot of In kobs against [GdmCl] for the folding of CI2. kQbs = k + ku (s-1) (i.e., the sum of forward and reverse rate constants (see Chapter 4, section Die). kobs approximates to the folding rate constant (kf) for low [GdmCl], and the unfolding constant (kn) at high [GdmCl], In kohs fits perfectly to a two-state equation (solid line). [Modified from S. E. Jackson and A. R Fersht, Biochemistry 30, 10436 (1991).]...

The presence of Planck s constant, h, shows that the equation cannot be derived from classical mechanics. We know that all observable quantities which contain this constant are discontinuous and, consequently, not classical. The proof of its validity lies, therefore, in its applicability. Our calculations yield results that can be tested experimentally. If we do our calculations as accurately as possible, it turns out that our calculated results agree with experience. It is, however, obvious that the more we apply approximate solutions to the Schrodinger equation, the less we can expect to obtain results that fit perfectly. ... 

The attachment of the MM to the CP may possibly involve the incorporation of water which would link the two fractions via hydrogen bonds. Sterically, the water would fit perfectly into such a network and a greater stabilization would be achieved. The presence of water in shell structures either within the mineral or associated with the intracrystalline matrix has been reported232). On the other hand, the high amount of serine in the CP could provide the necessary hydrogen bridges. 

She carried the dresses through to the exhausted dancers, who had collapsed, dripping with perspiration, to recover awhile from their novel exertions. With great dexterity she undressed the scrawny beauties, who were not without abuse for their little handmaid, and clothed them in the new garments which were neatly made and fitted perfectly. While thus occupied, she praised the charm and sweet disposition of her mistresses, and the crones were well... 

Because why would she come here, and not go in search of your Doctor And why with this - this - Garudin tried different terms on Aphrodite, like a succession of glass slippers, but only one fit perfectly. Goddess. ... 

NMR titration experiments showed that the presence of an alkali metal cation greatly enhances halide-binding constants. [21] For example, the 13/CF association constant in CDCl3 DMSO-t/6 (85 15) was increased from 80 M 1 to 2.5 x 104 M 1 by the presence of one molar equivalent of potassium tetraphenylborate. Additional NMR titration experiments showed that receptor 13 binds KC1 better than NaCl. X-ray analysis of the 13 KC1 complex uncovered two independent but structurally similar complexes in the unit cell. One of the stmctures is shown in Figure 2. The salt is clearly a contact ion-pair whose K-Cl distance of 2.989 A is slightly shorter than that observed in solid KC1. We also obtained the X-ray structures of receptor 13 complexed with LiCl, LiBr, NaCl, NaBr, Nal, KC1, KBr, and KI. [22,23] As expected, the larger anions do not fit perfectly inside the macrocyclic cavity, and so salt affinities are decreased. 

The three-module system found in all ACV synthetases correlates well with the sequential condensation, epimerization, and hydrolytic release of the tripeptide. At first sight, the arrangement of domains and modules fits perfectly the collinearity rule found in the majority of NRPS systems, which implies that the linear sequence of domains corresponds to the sequence of reactions of the pathway [40,45],... 

Figure 4.1 The above diagram illustrates the "lock and key" hypothesis of enzyme action. The approaching substrate fits perfectly into the enzyme—like a key going into a lock. The enzyme-substrate complex is then formed, and products form out of the substrate. The products no longer fit the "lock" of the active site and are released.

Chemical activities in the field of mass screening are often related to combinatorial chemistry [51,52]. One major goal, especially in the field of solid phase chemistry involving polymers like DNA or peptides, aims at the increase in the number of compounds per reactor volume and time. Commercially available microtiter plates are established as reactors in this case whereby robotic feed systems fit perfectly to their dimensions. A drastic reduction of reaction volume and increase in number of reaction vessels ( wells ) leads to the so-called nanotiter plates (e.g. with 3456 wells). Microfabrication methods such as the LIGA process are ideal means for the cost effective fabrication of nano-titer plates in polymeric materials by embossing or injection molding techniques so that inexpensive one-way tools are realized. 

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