The phrase "application to functional" is not correct and lacks clarity in written English.
It may be intended to describe a process or context where an application is related to a functional aspect, but it needs more context to be usable.
Example: "The application to functional requirements was not clearly defined in the project documentation."
Alternatives: "application regarding functionality" or "application for functional use".
The freeze-dried powder showed potential application to functional dairy production in relative food industry.
Since 2-FL has a great potential in application to functional food materials and pharmaceuticals, several microbial systems for mass production of 2-FL have been developed in recent years.
This review briefly summarizes our current knowledge of the mechanism of RNAi, the technical basis for its application to functional gene analysis in mammalian cells in vitro and in vivo, and potential therapeutic applications.
Several examples and applications to functional equations arising in dynamic programming are also given in order to illustrate the effectiveness of the obtained results.
However, unlike its applications to functional magnetic resonance imaging (fMRI) where the number of data samples is greater than the number of signal sources to be separated, a dilemma encountered in MR image analysis is that the number of MR images is usually less than the number of signal sources to be blindly separated.
There are several excellent reviews of genome sequencing technologies, and their applications to functional genomics, strain engineering, and other investigatory biology efforts [ 5, 15- 18].
Applications to functional brain imaging have spanned a diverse range of studies, including visual [ 1 3], sensori-motor [ 4], auditory [ 5, 6], and cognitive [ 7, 8] tasks.
Denoting still by (operatorname {Fix}_{et} varphi subset operatorname {Fix}_{e} varphi)) the subset of trivial (obvious) ejective fixed points of φ, we can immediately reformulate Theorem 5.6 in the following form which is suitable for applications, for instance, to functional differential equations.
In this article, we demonstrate its application to a functional programming language core, the functional subset of Core Erlang, that supports pattern matching, structured recursive data types such as lists, recursion and higher-order functions.
Traditionally differentially expressed miRNAs should first be detected and secondly correlated to their downstream targets and further to functional applications.
We also discuss the suitability of this technology for further assay development and application to other functional read-outs and signaling pathways.
