Sentence examples for underlying phenomena such as from inspiring English sources
Similar methods yielded results on the formation of connectivity patterns underlying phenomena such as orientation preference, ocular dominance, and spatial frequency maps in primary visual cortex (area V1) [2, 6, 8, 9, 50 52].
Comparative genomics has captured the attention of researchers as a way of achieving a better understanding of the molecular basis underlying phenomena such as symbiosis and pathogenesis.
Elucidating the mechanisms underlying phenomena such as these might one day lead to the rational design of novel probiotics and antibiotics, provide new insights into pathogen host ranges, and contribute to our understanding of the ecology of diseases and epidemics.
In this proposed controller, packet transform is used to decompose the error signal into different frequency nodes at various scales which represents many underlying phenomena such as process dynamics, noise and disturbances.
Neuronal networks display persistent activity, an important form of circuit dynamics thought to underlie phenomena such as working memory (reviewed by Major & Tank, 2004).
Network topologies in the two-step protein-protein interaction models can illustrate ordered structures related to underlying biological phenomena such as protein complex formation and the connectivity between functional modules such as signal transduction pathways between sub-cellular compartments [37], [38].
To access adaptation funding, countries have to show that the primary driver for the problem is climate change and not underlying societal phenomena such as failing health systems.
Lineage-specific expansions and gene loss events detected as the result of comparative analysis of the domain compositions of different proteomes have been examined mostly at a qualitative level, in terms of the underlying biological phenomena, such as adaptation associated with expansion or coordinated loss of functionally linked sets of genes [ 15].
Adaptation may also underlie perceptual phenomena, such as the organization of streams of sounds (Fishman et al., 2004) or the masking of weak signals by preceding sounds (Plomp, 1964; Relkin & Turner, 1988; Nelson et al., 2009).
Bistability underlies basic biological phenomena, such as cell division, differentiation, cancer onset, and apoptosis.
Any network representation of biological processes suffers from the inherent limitations of the representation itself: just using nodes and edges of a limited number of types over-simplifies the complicated interplay of known (and unknown) biological processes that underlie a phenomenon such as cellular pluripotency.
