Statistical estimations in enzyme kinetics

Statistical estimations in enzyme kinetics.

Statistical Estimations in Complex Problems

The current issue is devoted to statistical estimations in complex problems. Several novel methods of solving different applied problems are discussed, and some unique approaches of statistical analysis are introduced. Eight theoretical and applied papers devoted both to modern statistical estimations in multi-person multi-criteria decisions and other complex problems, statistical methods and t...

The Kinetics of Enzyme Mixtures

Even purified enzyme preparations are often heterogeneous. For example, preparations of aspartate aminotransferase or cytochrome oxidase can consist of several different forms of the enzyme.  For this reason we consider how different the kinetics of the reactions catalysed by a mixture of forms of an enzyme must be to provide some indication of the characteristics of the species present.  Based...

Statistical Estimations of Lattice-Valued Possibilistic Distributions

The most often applied non-numerical uncertainty degrees are those taking their values in complete lattices, but also their weakened versions may be of interest. In what follows, we introduce and analyze possibilistic distributions and measures taking values in finite upper-valued possibilistic lattices, so that only for finite sets of such values their supremum is defined. For infinite sets of...

Statistical Estimations of PCR Amplification Rates

Quantitative applications of the Polymerase Chain Reaction (PCR), also known as Quantitative-PCR (Q-PCR) are intended either to determine the number of copies of a given nucleic acid sequence, or more generally, to determine the relative abundance of two sequences. Current methods to determine exact numbers of molecules overcome the determination of the amplification rate by assuming identical ...