Multiplicity, positions

Trust in risk information about food-related hazards is an important determinant of public reactions to risk information. One of the central questions addressed by the risk communication literature is why some individuals and organizations are trusted as sources of risk information whereas others are not. Industry and government often lack public trust, whereas other sources are highly trusted (such as consumer organizations, selected media, and physicians). Their analyses indicate that knowledge in itself does not make one a trusted source, but that trusted sources are characterized by multiple positive attributes. 

In another application of multiple position detection, a cooled CCD detector has been used to detect four spots of fluorescein-labeled HSA, which bind to anti-HSA antibody that is immobilized on a fused silica plate.(134) Irradiation of the waveguide at a 70° angle of incidence on the top surface generates an evanescent wave in the waveguide. The CCD is positioned parallel to the top surface of the waveguide to capture the emission of the labeled HSA. Three-dimensional images of the scans are shown in this study. 

Moghal, N., and P. W. Sternberg. Multiple positive and negative regulators of signaling by the EGF-receptor. Curr Opin Cell Biol. 11 190-196.1999. 

SS a -attached state at or near the equilibrium SS bond length Rc. In polypeptides containing multiple positively charged sites such as that shown in Figure 4, the total Coulomb potential C... 

Both a proton and a metal ion can introduce a positive charge into a substrate molecule and effect the electronic changes listed above. A metal ion, however, is superior to a proton on several grounds. A metal ion can introduce a multiple positive charge into an organic molecule, whereas a proton can introduce only a single positive charge. Furthermore, a metal ion can operate in neutral solution, whereas a proton cannot. Finally, a metal ion can coordinate several donor atoms, whereas a proton can coordinate with only one donor atom. 

It is recommended to include multiple positive controls (e.g. genomic DNA with and without mutation) and a negative control (water instead of template DNA) in each series. 

It is recommended to include multiple positive controls (e.g. genomic DNA with heterozygous and homozygous mutations) and a negative control (water instead of template DNA) in each series. A validation of the procedure can be performed by sequencing some of the wild-type and mutant PCR products, as described in 8.2.3.5 Mutation Screening Restriction Enzyme Digest. 

Recall from Section 2.10 that the characteristic feature of extensive properties XL is their uniform scaling with respect to the size of the system, expressible in terms of a multiplicative positive scale factor A. Re-sizing the macroscopic system merely means that all extensive properties are multiplied by the common scale factor A,... 

The structures of polyamines are shown here as di-and tri-cations, but it should be realized that there are multiple positions for protonation and therefore various tautomers. Also, polyamines show extreme anti-cooperativity in proton binding, i.e., successive pKa values range from very low to very high for the last proton to leave. Polyamines are thought to have... 

The effect of small-molecule modifiers on isocitrate dehydrogenase is appropriate in that a high-energy charge favors inhibition of isocitrate dehydrogenase and thus favors an accumulation of mitochondrial citrate. This leads to an increased flow of citrate from the mitochondrion to the cytosol where the citrate can exert its multiple positive effects on biosynthesis and its negative effects on glycolysis. 

Below is the brief of our proof. One key difference between dynamic SDR and static SDR is that a member might have the secret information for multiple positions in dynamic SDR. We project dynamic SDR onto static SDR by mapping the member ID space from one dimension into two dimensions, i.e., member m at ith position in the dynamic SDR is mapped to member (m, i) in static SDR. Thus, member m in the dynamic SDR can be viewed as coalition of members (m, i) for all i in static SDR. Furthermore, coalition among member mi,..., mj in the dynamic SDR can be viewed as coalition of members... 

---