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Population derivation

Despite th ese reservation s. Mu Ilikeri population -derived atomic charges arc easy to compute. Empirical investigation shows that they have various uses, they provide approximate representation of the 3D charge distribution within a molecule. [Pg.138]

Arentz-Hansen et al. (2004) ( continuation of Lundin et al, 2003) 9 CD subjects who had history of oats exposure ( 5/9 from same study population) Derivation of polyclonal T cell lines In vitro duodenal mucosal cultures were challenged with either pepsin or Avenin-reactive T cell lines recognized avenin peptides in the context of HLA-DQ2 A substantial proportion of the avenin-reactive T cell appears to be specific to avenin Some CD patients have avenin-reactive mucosal T cells that can cause mucosal inflammation... [Pg.246]

Differences between both tests result from the different test principles. Biosensors use either a pure culture of microbes or a defined combination of several species of microorganisms with a fixed metabolic state, whereas for the conventional method an undefined bacterial population derived from activated sludge is used. In Sect. 3.2.1.3 it is shown that this obstacle can at least partly be overcome by the selection of suitable microorgaiusms for the BOD-sensor design. [Pg.87]

Figure 3.15. Rotational state distributions of NO produced in direct scattering from Ag(lll) at Ts 600 as a function of incident normal energy En. Rotational populations Nj are plotted in such a way that a Boltzmann distribution characterized by a temperature T is a straight line. The different symbols correspond to rotational populations derived from the different rotational transitions as listed. From Ref. [160]. Figure 3.15. Rotational state distributions of NO produced in direct scattering from Ag(lll) at Ts 600 as a function of incident normal energy En. Rotational populations Nj are plotted in such a way that a Boltzmann distribution characterized by a temperature T is a straight line. The different symbols correspond to rotational populations derived from the different rotational transitions as listed. From Ref. [160].
A model of the randomly colling form of polylrll) based on minimum-energy conformers of UpU is described. The blend of conformers is chosen to fit the C—C rotational populations derived in NMR studies of UpU and poly(rU) and to match the experimental unperturbed dimensions of the poly(rU) chain. In addition, estimates of loop closure based on the model are comparable to the sizes of loops most frequently seen In the model oligonucleotides. Approximately 60% of the conformers constituting the model are characterized by stacked, extended C2 -endo ra cmy = tg g+ rotations. [Pg.467]

In the internal MEC case, all populational derivatives = 0 for the initial global equilibrium. Therefore, fim = 0 also in the REC description for a given partitioning, Melectron distribution corresponds to the global equilibrium then too, ijf> = dEjdz = (pfp = P Thus, the representative REC chemical potential pf > for the M(k) partitioning, representing the relaxed chemical potential of atom k, is also at the initial global chemical potential level. [Pg.56]

Fig. 5.26. X-ray photoelectron, uv photoelectron, and angle-resolved carbon K and oxygen K x-ray emission spectra for carbonates, shown along with molecular-orbital assignments and atomic-orbital populations derived from the calculations of Connor et al. (1972) and orbital assignments derived from the calculations of Tossell (1976b) (after Tegeler et al., 1980 reproduced with the publisher s permission). Fig. 5.26. X-ray photoelectron, uv photoelectron, and angle-resolved carbon K and oxygen K x-ray emission spectra for carbonates, shown along with molecular-orbital assignments and atomic-orbital populations derived from the calculations of Connor et al. (1972) and orbital assignments derived from the calculations of Tossell (1976b) (after Tegeler et al., 1980 reproduced with the publisher s permission).
Fig. 9.—Relative vibrational populations derived from different sequences solid line, Ay = 0 sequence dashed line. Ay = — 1 sequence, (a) The Ba+HCl reaction using the Franck-Condon factors given in table 2. Here the data are normalized so that the total population is equal for both sequences, (b) The Ba+HBr reaction assuming constant Franck-Condon factors in a sequence. Fig. 9.—Relative vibrational populations derived from different sequences solid line, Ay = 0 sequence dashed line. Ay = — 1 sequence, (a) The Ba+HCl reaction using the Franck-Condon factors given in table 2. Here the data are normalized so that the total population is equal for both sequences, (b) The Ba+HBr reaction assuming constant Franck-Condon factors in a sequence.
Kanakura, Y., Thompson, H., Nakano, T., Yamamura, T., Asai, H., Kitamura, Y., Metcalfe, D.D. and Galli, S.J. (1988). Multiple bidirectional alterations of phenotype and changes in proliferative potential during the in vitro and in vivo passa of clonal mast cell populations derived from mouse peritoneal mast cells. Blood 72(3), 877-885. [Pg.78]

Groundwater is now the major source of both drinking water and irrigation water and 97% of the rural population derives its drinking water from tubewells. There has been no accurate country-wide survey of the distribution of tubewells but there are believed to be somewhere in the region of 6-11 million hand-pump tubewells, mostly privately owned. [Pg.212]

The ir-components of Mulliken overlap populations derived from a series of calculations each employing STO-3G basis sets are given in Table 17.5. Using this admittedly simplistic approach, COFj has the weakest ir(CO) interaction, and the strongest t(CX) bonding is seen when X = F. All of the molecules show significant, positive, t overlap populations and... [Pg.756]

Simonoff E, Pickles A, Charman T, Chandler S, Loucas T, Baird G (2008) Psychiatric disorders in children with autism spectrum disorders prevalence, comorbidity, and associated factors in a population-derived sample. J Am Acad Child Adolesc Psychiatry 47 921-929. [Pg.266]

Fig. 2. Neural Crest Derivatives. The neural crest is a pluripotent migratory population derived from the dorsal neural tube that gives rise to an extraordinary number of diverse cell and tissue types. (See Color Insert.)... Fig. 2. Neural Crest Derivatives. The neural crest is a pluripotent migratory population derived from the dorsal neural tube that gives rise to an extraordinary number of diverse cell and tissue types. (See Color Insert.)...
Risk for population derives from the individual count affected by individual risk of different affliction types, e.g. those who are dependent on poor quality drinking water, supply water, sealing water resource (task category 5.1). [Pg.1113]


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See also in sourсe #XX -- [ Pg.265 ]




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