Sentence examples for exert constraints from inspiring English sources

Although there were no differences in the length of the incubation period or hatching success between high- and low-disturbance nests, it has previously been shown that the prenatal environment can exert constraints on postnatal development even in the absence of effects on incubation period or hatching success (Nilsson et al., 2008).

Since the development of scientific theories of "self-organization," "chaos," and "complexity" have begun to alter our understanding of evolutionary change, there is a new need for a metaphysics that can accommodate all sorts of phenomena where dynamic organizations exert causal constraints.

Because proteins exert universal constraints on DNA at the CDS level, this finding also explains why purine bias contributes to their universal classification.

As for burial, Islamic scholarship holds that burial can be done anywhere while socio-custom, tradition and local socio-economic factors, including cost of land, may exert significant constraints in practice.

They may have effects on the entire genomes, for example, exerting isolation mechanisms or exerting functional constraints that restrict recombination and promote genome-wide rapid divergence.

Thus, weather exerts significant constraints on the space-time loci of crime opportunities, particularly outside of working hours during a person's time and space delineated discretionary routine activities.

In other words, the continuous system is viewed as subdivided into small equispaced subsystems so that all the arbitrarily located point-wise discontinuities (i.e., external and boundary disturbances, forces exerted by constraints and attached discrete systems) appear as acting at subsystem interfaces.

However, the coordinate axes of MMC subspace are not optimal in meaning of maximum margin due to the fact that they are solved by (SVD) on the difference between the between-class scatter matrix and within-class scatter matrix without exerting the constraints.

The role of altered physical properties of the thickened leptomeninges in exerting mechanical constraints on the developing cortex is also considered.

Mammalian teeth are no exception, and the need for them to meet precisely exerts exacting constraints on a staggering array of developmental and functional factors that must be integrated to maintain their performance as they evolve.

It is conceivable that the "inactive" conformation and the reduced ILK activity detected by Fukuda et al [47] is due to α-parvin exerting a constraint on the kinase domain and locking it into an inactive conformation.