Sentence examples for behavior in organisms that from inspiring English sources

Based on our analysis, we expect gradual, "overflow-like" switching behavior in organisms that have an additional energy-yielding pathway that does not consume NADH (e.g., acetate production in E. coli).

The easiest way to characterize levels of intelligence is by comparing to the behavior of organisms that we know, as in the end all intelligence must be measured by how appropriate an organism responds to the challenges it meets day to day.

Circadian rhythms are ∼24 h oscillations in behavior and physiology present in most organisms that evolved as an evolutionary response to the environmental changes brought upon by the day-light cycle [1], [2].

We systematically identified pathways or processes with more than 4 genes and then searched the literature for comparable studies of the dynamical and adaptive behavior of these processes in different organisms that belong to our dataset.

This work discusses the computational design of microvascular polymeric materials, which aim at mimicking the behavior found in some living organisms that contain a vascular system.

Seasonal cyclicity of reproductive and metabolic physiology coupled to complementary behaviors is almost ubiquitous among organisms that evolved in non-equatorial latitudes.

This means that for light avoiding organisms that moderate their behavior in the presence of moonlight, for example zooplankton in a lake system [42], the light pollution from Berlin is expected to be a considerable stressor.

In order to evolve neural based behavior, a "mating rule" was introduced in the environment, where two virtual organisms that contacted each other produced offspring according to the reproduction equation presented in the Materials and Methods section.

This warrants a detailed search for parasitic organisms that affect human behavior.

Darwin imagined the deliberate evolution of species and organisms that make sense in their respective habitats.

Much of this work is focused on understanding chemical signals in the sea and how transmission of these chemicals among organisms constitutes the language of life on a reef, altering organism behaviors in ways that can facilitate reef health and recovery or, if interfered with, cause reef decline and initiate the biotic death spiral that modern reefs seem to be experiencing.