Sentence examples for a wide range of transformations from inspiring English sources

There is a wide range of transformations that can be used in this context [ 2], but the most commonly used with positively skewed data is the logarithmic transformation.

Two of the cluster genes have no close homologs or predictable biochemical activities while the remaining genes, even though have a predictable type of biochemical activity, belong to classes of enzymes that are involved in a wide range of transformations.

Several natural bioactive molecules, as well as synthetic materials, possess this particular structural motif.[ 4] These building blocks are used for a wide range of transformations, in particular those producing heterocyclic architectures, for example, furans and pyrrolidines.[ 5] Direct access to allenes is possible by various protocols,[ 6] however, harsh reaction conditions are often required.

The PSTS method is reported to provide faithful transformations over a wide range of transformation factors for the abovesaid parameters.

We conclude with a summary of recommendations on EOP usage and bias precession nutation model implementations for achieving a wide range of transformation accuracies at several altitudes.

Much of the bacterium's unique and fascinating biology and a wide range of transformation protocols have been developed for an impressive number of plant species, varieties, and cultivars.

Although a wide range of transformation potency is found as a function of the dose of Ni per area of culture, all substances produce the same number of transformed colonies at the same degree of toxicity (e.g., 50% survival).

Catalytic antibodies have emerged as powerful tools for the efficient and specific catalysis of a wide range of chemical transformations.

We describe self-similar intensity patterns together with an efficient and reliable algorithm for their detection in real-time that can handle a wide range of affine transformations.

The CA1 spatial representation thus remained invariant with respect to a wide range of geometric transformations.

Magnetic shape memory CoNiGa alloys hold great promise as new smart materials due to the good ductility and a wide range of martensitic transformation (MT) temperatures as well as magnetic transition points.