Sentence examples for are typically explained by from inspiring English sources

Social influence benefits of board interlocks are typically explained by theories such as agency (Jensen and Meckling 1976), bank control (Mintz and Schwartz 1985), and inter-organizational co-optation (Allen 1974; Selznick 1949 4 describing the mechanisms that firms employ to exert control and gain commitment and support from other firms.

Social insects, helper birds and apoptotic cells (evolutionary suicide) exemplify such paradoxical behaviours which are typically explained by the existence of genetic relatedness between the cooperating entities - they actually do not reproduce independently from each other.

Among the mt gene orders found in Hexacorallia there have been no gene inversions, but there has instead been extreme shuffling of genes, changes that are typically explained by a model of gene duplication followed by random loss.

This is typically explained by the fact that so many nonviolent crimes are punishable by death under Saudi law.

SERS enhancement is typically explained by CM [40] and EM [1, 41 43] mechanisms.

The dynamic modulation of interhemispheric inhibition may account for why healthy subjects' performance is typically explained by statistical facilitation, while there are also infrequent, yet clear, instances of coactivation in the healthy brain.

The convex curvature is typically explained by the presence of two sequential barriers along the unfolding pathway of the protein (Fig. 2).

Renal urate transport is typically explained by a 4-component model: glomerular filtration, a near-complete reabsorption of filtered urate, subsequent secretion, and postsecretory reabsorption in the remaining proximal tubule.

These largely-unexplored patterns of transcription are typically explained either by the existence of regulatory elements internal to the TE (internal enhancer model) or by the co-option of external cellular regulatory elements in the vicinity of a TE insertion (enhancer trap model) [ 39, 41].

Differences between measured and predicted responses are typically explained from inaccuracies in structural or fluid modelling.

A larger mIPSC, or quantal amplitude, is typically explained either by a larger number of postsynaptic receptors, or by an increase in their single channel conductance.