Sentence examples for organisms in relation to from inspiring English sources

Despite different timing and mode characterised evolution of marine and continental organisms in relation to their ecology and relationships with environment, the main biota changes seem related with severe climate changes.

Ordinarily, protein constitutes part of EPS produced by organisms in relation to polysaccharides.

A century later, this progressivism fit superficially with Darwin's idea of natural selection tending toward the "improvement" of organisms in relation to their environments.

First, the topic is generalized as part of an evolutionary question that is relevant to all organisms in relation to their environment.

From the basis of this novel epistemological framework, grounded on the search for "physical" truth, Buffon reoriented natural history away from a primarily classificatory project to one which sought to analyze organisms in relation to their conditions of existence, to biogeography, and in his later work, to cosmology and historical geology.

Rates of development can be constrained by laboratory-based estimates of stage durations from temperature- and food-dependent functions, mesocosm studies of molting rates, or approximation of development rates from growth rates, combined with the vertical distributions of organisms in relation to food and temperature gradients.

Not only coloration but also the form and the activities or behaviour of the organism in relation to its model are important.

"This provides direct calibration of the timescale for changes over time and enables us to look at the evolution of the pathogenic organism in relation to its human host".

Our approach has allowed us to identify key metabolites and altered pathways, which provide a coherent and complementary picture of physiological changes at the level of the whole organism in relation to the metabolic role of GH.

We show a distinct trend in the aggregation propensity of proteins of an organism in relation to the GC content.

Metabolomics represents an efficient way to contemporarily measure many biomarkers by analysing global sets of low-molecular-weight metabolites (including amino acids, organic acids, sugars, fatty acids, lipids, steroids, small peptides, vitamins, etc)., thus providing a 'snapshot' of the metabolic status of a cell, tissue, or organism in relation to genetic variations or external stimuli.