Sentence examples for organisms function as from inspiring English sources

Since Rad51 paralogs in other organisms function as complexes, we reasoned that RFS-1 may require a binding partner for optimal function.

However, we are just beginning to investigate how these organisms function as part of the complex communities that exist in natural waters.

Dawkins appeals to such dismantling of entities to argue against organisms functioning as replicators.

Iron is an essential micronutrient required for almost all organisms, functioning as a cofactor for proteins that are involved in a number of fundamental metabolic and enzymatic functions.

Laboratory objects (a particular type of microbe, virus or protein or a particular model organism) function as the intractable entity (object a in the upper-right position) which drains their intellectual energy, time and resources, but continues to escape them, for instance because initial results cannot be replicated.

NPY thus conserves bioenergy for periods of high demand, at which point it helps to maintain organism function as energy and neurotransmitters are depleted Lower NPY levels in persons with PTSD could, therefore, be expected to lower the stress threshold and increase the frequency of NPY release.

From the identification of each class of organisms' function (phytoplankton as primary producer, zooplankton as the algae grazer, bacteria and protozoa as organic matter decomposer) that occurs in the zero water exchange culture system, the interaction happening between the organisms in the biofloc system can be understood.

Determining novel gene functionality is critical for bringing a better understanding of how an organism functions as a whole.

We call them diseases, but they are really the failure of a vast system of regulations that enable us to function as organisms as well as we do.

Arabidopsis is useful as a model organism for study of SS function, as well as starch biosynthesis in general, owing to genome-wide reverse genetic resources that can provide null mutations in all of the individual enzyme classes.

These findings have painted a fascinating and complex picture involving the coordinated interplay of numerous regulatory epigenetic mechanisms that help ensure the organism's normal development and function as well as adaptability to changes in environmental conditions.