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Response domain

Lucas P, Granner D Hormone response domains in gene transcription. Annu Rev Biochem 1992 61 1131. [Pg.473]

FSMW-EFA does not focus on a description of the evolution of the different components in a system as EFA does rather, it focuses on the local rank of windows in the concentration domain (rows) or the local rank of windows in the spectral response domain (columns). [Pg.426]

The molecular basis for the evolution of distinct kdr mutations in different insects and arachnids remains unclear. Assuming that the pyrethroid binding site(s) (and/or the pyrethroid response domain) is composed of multiple amino acid residues, there are two ways by which different mutations can be selected in different insects and arachnids. First, the random mutation hypothesis mutation in any pyrethroid binding site/response domain affects pyrethroid toxicity without impacting normal sodium channel functional properties. Thus, selection of different mutations in different insects and arachnids is purely random. Second, the nonrandom mutation hypothesis mutation in any pyrethroid binding site/response domain affects pyrethroid toxicity, but some mutations also drastically alter normal sodium channel functional properties in one species, but not in another, presumably because of different sodium channel backbone sequences. That is, there may be severe fimess costs for some mutations, if placed out of their native protein context. [Pg.174]

The chromatographic response spectrum, illustrated in Fig. 1, establishes the boundaries of the response function and breaks the response domain into appropriate... [Pg.1351]

Lucas, P. C., and Granner, D. K. (1992). Hormone response domains in gene transcription. Annu. Rev. Biochem. 61, 1131-1173. [Pg.183]

The chromatographic response spectrum, illustrated in Fig. 1, establishes the boundaries of the response function and breaks the response domain into appropriate categories and regions. The spectrum begins at the lowest analyte concentration that reproducibly produces a discernible analyte response (LOD) and ends at the highest analyte concentration that produces a response that is discemibly different from the response produced at a... [Pg.2019]

Three important and related technical points remain which are not standardized but central for tribological experiments they are related to the optical detection method used for most of the AFM. First, the laser beam must be centered on the cantilever end. The centring can easily be checked by scanning parallel and perpendicular to the cantilever symmetry axis. Secondly, for each apparatus, the four photodiodes quadrants orientation must be carefully checked (one method is described in fig lb). Lastly, one has to work within the linear response domain of the photodiodes, which implies a limited variation domain for the vertical movement of the sample when the vertical difference from the photodiodes signal is used. This constraint can be detoured by using horizontal difference signal, see ref (28,52). [Pg.133]

Su et al. reported, in 2003, that the electric field-induced strain of the elastomer can be controlled by thermal annealing treatment, which can increase the crystallinity of the grafted electric field-responsive domains. The higher crystallinity is achieved, the higher electric field-induced strain is obtained. Since the mechanism... [Pg.525]

Figure 6 shows illustrative representation of the concept of info-gap robustness function. When the uncertainty level is 0C2, the response domain is just encircled by the permissible (or feasible) domain. In this case, the info-gap robustness function is given by a.2. [Pg.2344]


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See also in sourсe #XX -- [ Pg.301 ]

See also in sourсe #XX -- [ Pg.301 ]




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Domain of response

Dynamics in the Linear Response Domain

Fourier time-domain response

Frequency-domain response

Great Curvature Domain of the Response Surface Sequential Experimental Planning

Impedance spectroscopy frequency domain response

Impulse excitation, time-domain response

Phase-domain response

Response function frequency domain

Response function time domain

Response great curvature domain

Response to a Small-Signal Stimulus in the Frequency Domain

Time domain analysis dielectric response

Time domain response

Time domain response capacitor

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