Sentence examples for evolving strong from inspiring English sources

Japan's poorest prefecture, reduced to ashes in World War II and then made a dumping ground for American military bases, Okinawa is one of those rare spots in the developed world where age-old music traditions thrive, not embalmed for tourist shows but evolving, strong enough for artists to make a living, to sell records, fill concerts and get on the radio.

For instance, in the system we have described here, females could either avoid males by evolving visual traits like male mimicry (i. e. androchrome females) or by evolving strong behavioural resistance towards male mating attempts (i. e. infuscans females).

This indicates that the rapidly evolving strong operon genes mainly are individual components of individual biosynthetic pathways that are relatively free to evolve, whereas proteins from the more slowly evolving weak operon genes to a larger extent have several partners (directly or indirectly), and therefore evolve more slowly.

The result is to some extent dominated by genes at the extreme ends of the plot; a large group of fast evolving strong operon genes to the left and a similar group of slowly evolving weak operon genes to the right.

Scientists have long suspected that bees and other bugs combat the added risk that being social incurs by evolving stronger disease defenses, such as secreting antimicrobial agents to cover their bodies.

To keep a vulnerable child alive for many years, we evolved strong bonds between parents and children, between mates, within extended family groups and within bands as a whole -- all in order to sustain "the village it takes to raise a child".

During the latest Carboniferous and Early Permian around 300 Mya, several groups, such as the dissorophids and trematopids evolved strong, robust limbs and vertebrae and became adapted to life on land while others such as the eryopids, developed into large semiaquatic predators.

In this case, competitors fail to evolve strong solutions and are sometimes even quite uncompetitive.

Plant pathogenic viruses have evolved strong PTGS suppressors that can act at different levels of the silencing pathway.

Tumour cells must have evolved strong mechanisms for the suppression of anoikis in order to disintegrate from their original cellular environment, to extravasate and to form distant metastases.

Under this hypothesis, our results imply that early monocot lineages may have evolved strong 5′-3′ recombination gradients leading to the ancestral GC3 gradient and bimodal distribution.