Sentence examples for complementarities by from inspiring English sources

The empirical study uses 2014 Spanish CIS data and studies complementarities by performing conditional complementarity/substitutability tests.

For example, neighbouring grasses that share many traits may have increased their functional complementarity by associating with unique AMF.

A remarkable advantage of the CRISPR/Cas system is that the target DNA sequence is recognized by simple base-pairing complementarity by the gRNA.

We have demonstrated the suitability of short-read sequencing for de novo assembly and annotation of genes without prior genome information, as well as its reliability and complementarity by alignment with sequence from a close, but distinct, species.

There are two classes of ncRNAs: one that includes antisense RNA and microRNA, and functions by sequence complementarity to target mRNA or DNA, whereas another functions independently of sequence complementarity by forming a functional 3D structure to target protein or macromolecules as an apparent equivalent to a protein.

Condition specific cooperativity is defined as condition specific target sharing and determined by (static) significant sequence complementarity by computational target prediction algorithms provided by TargetScan and (functional) significant inverse expression pattern at a specific experimental condition (by Pearson's correlation coefficient).

Evidence provided by Allen et al [ 10] and Felippes et al [ 11] show that some miRNAs evolved by inverted duplications of target gene sequences, whereas others originated from random sequences that either have self-complementarity by chance or sequences that represent highly eroded inverted duplications.

This will foster data complementarity by allowing us to probe questionnaire responses [ 46, 64], generate data that cannot be captured by questionnaire measures alone [ 46], and ultimately produce deeper insights into children's psychological and behavioral responses to PICU hospitalization [ 49].

39, 46 As most target prediction algorithms rely on evolutionary conservation to distinguish authentic target sites from the multitude of heptamer segments that would exhibit seed complementarity by chance, 18 tackling ORFs for target site searches was somewhat challenging, where strong conservation has been imposed to preserve the codon usage.

We focus on knowledge complementarities conveyed by two or more gene-expression signatures by means of embedded biological processes and pathways, which alternatively form a meta-knowledge platform of analysis towards a more global, robust and powerful solution.

Functional complementarities obtained by the mixture of different species of cover plants are thus often required.