Sentence examples for function in nature from inspiring English sources
And demonstrating a functional difference gets even harder, he notes, if a molecule's original "function" in nature is unknown.
The scorpionfly is harmless to humans and serves a useful function in nature as a scavenger.
PDZ (PSD-95, DiscsLarge, ZO1) domains function in nature as protein binding domains within scaffold and membrane-associated proteins.
Darwin's theory of evolution by natural selection provided an immediately convincing explanation for the close fit between form and function in nature that had previously only been explicable in terms of supernatural design.
'They achieve this by raising their abdomen to reduce drag so they can fly at high speeds while using less energy.' Why it matters: As well as helping scientists create tiny flying machines, this research reiterates how the honeybees' anatomy is perfectly designed to carry out its function in nature, to pollinate flowering plants, which it does by flying up to three miles from its hive.
Many natural substances like proteins, cellulose, living cells and soil particles exhibit ion exchange properties, which play an important role in the way the function in nature.
This is particularly true in processes involving multiple elemental cycles and system segregation, as is the case for methanotrophic bacterial consortia functioning in nature.
Scientifically, glycolipids, membrane receptors, or proteins of the extracellular matrix immobilized onto semiconductor devices can provide physical models of cell and tissue surfaces allowing the investigation of the basic principles of their complex functions in nature.
They include "utilitarian" values, which lead people to think of natural resources as goods to be tapped; "naturalistic" values, which center on positive physical, emotional, and intellectual encounters with the nonhuman world; and "ecologistic-scientific" values, whose focus is the patterns, structures, and functions in nature.
On a supramolecular level, appropriately controlled spatial arrangement of dyes enables pivotal functions in nature, the most intriguing examples being provided by the light-harvesting systems of purple and green bacteria which contain a large number of chlorophyll and carotene chromophores organized in cyclic arrays or tubular architectures by non-covalent interactions.
