Sentence examples for has evolved to recognise from inspiring English sources
Or maybe "the human brain has evolved to recognise faces, so there is a very real possibility that automated Rhytidectomy kits will cause our brains to get confused, leaving us unable to recognise our own mothers".
Since then, "Redd+" has evolved to recognise the importance of poverty alleviation, sustainable forest management, especially by local communities, and the conservation of species, as well as forest protection for carbon sequestration.
But because the sialic acid found in birds is chemically different from that in mammals, and because bird flu has evolved to recognise only the avian variety, it cannot stick easily to mammalian cells, limiting its ability to infect people.The researchers wanted to know what it would take to enhance that ability.
Because most journals are in fact commercial activities, the infrastructure has evolved to recognise this feature; a DOI does not point to an article itself, but to what is called its landing page.
Whilst in bacterial, fungi, and mammals POT family homologues are responsible for peptide uptake, in plants this family has evolved to recognise widely diverse molecules, including nitrate, glucosinylates, hormones, and peptides (Léran et al., 2014; Sun et al., 2014; Parker and Newstead, 2014).
coli), there is a bias towards the presence of residues with a low aggregation propensity flanking aggregation-prone stretches and that chaperones seem to have evolved to recognise these sequence features [27].
The model represented in Figure 5 provides further support to the idea that topoisomerases II have evolved to recognise stable right-handed DNA and may also help to understand how two DNA segments can simultaneously be confined into a tight protein clamp.
Because polyamines are generically induced during plant stress, it is possible that Fusarium pathogens have evolved to recognise these metabolites during the infection of wheat plants to trigger toxin production.
Its binding specificity has been evolved to recognise a quite different target, a human monoclonal IgG4.
We now understand that these effectors have evolved to be recognised in order to facilitate pathogen growth in planta.
