Multiparametric

Filimonova, E.A., Kim, Y.H., Hong, S.H. et al. (2002) Multiparametric investigation on NOx removal from simulated diesel exhaust with hydrocarbons by pulsed corona discharge, J. Phys. D Appl. Phys. 35, 2795-807. 

Boriani E, Mariani A, Badema D, Moretti C, Lodi M, Benfenati E (2010) ERICA a multiparametric toxicological risk index for the assessment of environmental healthiness. Environ Int 36 665-674... 

Multiparametric Reporters Combining the Transitions Between Ground-State and... 

Klymchenko AS, Demchenko AP (2003) Multiparametric probing of intermolecular interactions with fluorescent dye exhibiting excited state intramolecular proton transfer. Phys Chem Chem Phys 5 461 -68... 

In the quest for optimal FRET resolution in three dimensions [48, 49], one requires sophisticated algorithms for analyzing complex distributions [48, 50, 51], An issue of particular relevance when multiple probes [52-54] and multiparametric detection [26, 55] are employed. Strategies for spatial superresolution [56] have spawned a family of acronyms RESOLFT, STED, STORM, astigmatic STORM, PALM, fPALM, sptPALM, PALMIRA ([57-59] and other references), some of which involve systematic photoconversion or destruction. Undoubtedly, these techniques will be applied systematically to FRET imaging, and, conversely, one can anticipate that FRET mechanisms will be exploited for achieving superresolution. 

R. Ehret, W. Baumann, M. Brischwein, M. Lehmann, T. Henning, I. Freund, S. Drechsler, U. Friedrich, M.-L. Hubert, E. Motrescu, A. Kob, H. Palzer, H. Grothe, and B. Wolf, Multiparametric microsensor chips for screening applications. J. Fresenius, Anal. Chem. 369, 30-35 (2001). 

This multiparametric dependence can be simplified by using correlation equations, each of which describes a particular group of inhibitors. For instance, phenols can be divided into three groups (see Chapter 15). 

Multiparametric equation An equation which uses three or more parameters any of which may be either pure or composite. 

IMF equation A multiparametric equation which models phenomena that are a function of the difference in intermolecular forces between an initial and a final state. 

Generalization of Data Concerning to the Coal Swelling in Organic Solvents and Their Extraction Using the Linear Multiparametric Equations... 

Spyratos, F., Martin, P.-M., Hacene, K., Romain, S., Andrieu, C., Ferrero-Pous, M., Deytieux, S., Le Doussal, V., Tubiana-Hurlin, M., and Brunet, M., Multiparametric prognostic evaluation of biological factors in primary breast cancers. J. Natl. Cancer Inst. 84, 1266-1272 (1992). 

The study of solute-solvent and solvent-solvent interactions in mixed solvents has been gaining significance in recent years61-64, because of the increasing application of these solvents. Casassas and collaborators67 have used the Kamlet-Taft multiparametric equation for the correlation of dissociation constants of acids in 1, 4-dioxane-water mixtures. They found that when the main solvent is retained the property does not involve significant changes in the cavity volumes and, in those cases, the pK in binary solvents can be described by equation 8 ... 

The multiparametric equation 14 has been also applied to estimate solvent effects on the relative basicities (SAG) of propylamines97 ... 

Such ambiguity and also the low structural resolution of the method require that the spectroscopic properties of protein fluorophores and their reactions in electronic excited states be thoroughly studied and characterized in simple model systems. Furthermore, the reliability of the results should increase with the inclusion of this additional information into the analysis and with the comparison of the complementary data. Recently, there has been a tendency not only to study certain fluorescence parameters and to establish their correlation with protein dynamics but also to analyze them jointly, to treat the spectroscopic data multiparametrically, and to construct self-consistent models of the dynamic process which take into account these data as a whole. Fluorescence spectroscopy gives a researcher ample opportunities to combine different parameters determined experimentally and to study their interrelationships (Figure 2.1). This opportunity should be exploited to the fullest. 

Thus, at present, fluorescence spectroscopy is capable of providing direct information on molecular dynamics on the nanosecond time scale and can estimate the results of dynamics occurring beyond this range. The present-day multiparametric fluorescence experiment gives new opportunities for interpretation of these data and construction of improved dynamic models. A further development of the theory which would provide an improved description of the dynamics in quantitative terms with allowance for the structural inhomogeneity of protein molecules and the hierarchy of their internal motions is required. 

Finally, the use of PAT should not be limited to existing processes and products but is especially attractive in the R D and scale-up of new processes and products. PAT is especially effective in scale-up. As PAT involves consideration of all monitored variables and not only an empirical selection of some of those variables, and since in-process monitoring techniques are normally multiparametric (e.g., near-infrared spectra of a whole sample), they will be more suited to capture scale effects present in the sample s matrix that show up clearly in a consolidated multivariate analysis of quality and operating variables, thus helping the skillful engineer or scientist to pinpoint and solve scale-up problems thus resulting in a much faster process prototyping and scale-up. 

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