Sentence examples for have evolved less from inspiring English sources

It also shows us that the limits of tolerance for women's accomplishment have evolved less than we might hope.

Heterodonty is a primitive characteristic, and primates have evolved less far from the original pattern than most mammals.

However, since the divergence of the two species approximately 350 million years ago, S. pombe appears to have evolved less rapidly than S. cerevisiae so that it retains more characteristics of the common ancient yeast ancestor, causing it to share more features with metazoan cells.

It is too easily forgotten that, ever since 1688, the monarchy has evolved less to reflect the personality and whims of the monarch than to reflect the values, institutions and needs of the nation within which the monarch reigns.

Clean-up techniques have evolved much less impressively.

In the late 19th century, evolutionary anthropologists such as Henry Maine and Lewis Morgan suggested that the human societies of their time may have evolved from less complex forms of clan-based societies into more complex class-based societies.

This misconception is often expressed in the form of a question: "What good is half an X?", where X is any complex feature such as a wing or an eye.12 More generally, it is based on the assumption that a complex system missing some of its parts would be completely nonfunctional and therefore could not have evolved through less complex ancestral stages.

Before NV could have evolved, become less virulent, and subsequently become endemic, it would have been first introduced to pigs.

If it was being routinely harvested, either by pod-plucking or plant uprooting, and sown from stores we would expect domesticated forms to have evolved with less dehiscent pods and loss of dormancy.

To evade attack by the immune system some bacterial pathogens have evolved a less negatively charged variation of Kdo2-lipid A. The modifications at the 1- and 4′-positions of Kdo2-lipid A include the removal of phosphate groups or the addition of the amine-containing residues such as α- l-Ara4N and phosphoethanolamine.

In contrast, in anaerobic conditions, higher growth yields and faster batch growth performance were observed for both EHEC E. coli strains (EDL933 and Sakai), and the insight derived from E. coli ancestral core in silico predictions suggest that the UPEC and K-12 lineages have evolved with less efficient anaerobic glucose catabolism then the EHEC lineage.