During the pre-genomics era, gene function was established through a reductionist approach [1] where organism physiology was understood by breaking components into pieces, studying them, and then putting them back together to see the larger picture.
In total, 4181 and 1008 differentially expressed genes (DEGs) were identified in T200 and TME3, respectively, across all 3 time points, and their biological functions were established through gene ontology (GO) annotation and Kegg pathway analysis.
The role of non-linear periodicity function is established in the analytical expressions of the effective properties and clarified through the waviness effect in wavy stratified composites and through the cylindrical periodicity in fiber composites.
As stated above, through putting the feature vector into the regression function, we can estimate its target value once the regression function is established by SVR.
In some designs, a covalent linkage of the bound protein to the probe is established through a separate reactivity function or a combined selectivity/reactivity function.
The final element of the model is the relationship between labour supply and programme incomes which is established through the functions, g.
The theoretical relationship between input and output signals in a sensor is established through a transfer function.
Thirdly, the heat transfer wavelet finite element model of single screw compressor is established through using Hermitian wavelet function, and then the fuzzy random Hermitian wavelet finite element mode is established based on λ level set theory.
Moreover, even when orthology is established through formal phylogenetic analysis, similarity in function does not necessarily follow orthology [e.g. [ 39]].
Dynamic loads are expressed as the functions of time and random parameters in time domain and the forward model is established through the discretized convolution integral of loads and the corresponding unit-pulse response functions.
