Exact(60)
28 This selectivity is explained by the selective protonation of the enolate intermediate (shown in the inset in Scheme 5) due to stereoelectronic effects of the sulfur substituent.
Between these two processing stages, neurons in the secondary auditory regions NCM and CM exhibit selective responses to conspecific song, and this selectivity is affected by recent and past experience with these sounds [9], [10], [14], [17], [28].
This selectivity is an important distinction between an analgesic and an anesthetic.
The way in which this selectivity is achieved is not yet fully understood, although it has been established that E. coli contains a protein, the sigma factor, that is not required for the incorporation of the nucleoside triphosphates into the growing RNA chain but apparently is essential for binding RNA polymerase to the proper DNA sites to initiate RNA synthesis.
The hypothesis of self-referential systems theory is that this selectivity is conditioned by external references.
The nature of this selectivity is one of the principal points of disagreement between the extant theories of attention.
This selectivity is modest, so commercial systems often require multi-stage or multi-step process designs.
This selectivity is revealed by a significant cooperativity between specific and non-specific cell adhesion.
This selectivity is strongly influenced by the H/N ratio of reaction intermediates at the catalyst surface.
This selectivity is governed by the nature of a single amino acid residue (asparagine, N for β2 and β3; serine, S for β1).
"F5 and AIP neurons only respond to certain features of objects (their shape, size, inclination, etc)., and this selectivity is significant in that these features are interpreted as just as many systems of visual affordances and potential motor acts.
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