Sentence examples for functional counterpart from inspiring English sources

Our fold level structural similarity search and comparison of similarities in putative active site pockets helped in detection of eukaryotic protein BLES03, a human protein with unknown function, as functional counterpart of PTLs.

All but 300 of them have a functional counterpart in the mouse genome.

APIs make coders' lives easier still, by providing access to ready-made chunks of code to perform some basic, well-defined tasks, from simple ones like displaying dates to the more complicated, such as creating encryption keys.An API for a particular language is paired with a functional counterpart, a library containing snippets of code in that language which perform the tasks in question.

The complex with OAA in the active site identifies a novel OAA-binding residue, Arg306, which has no functional counterpart in other known CS-OAA complexes.

Let (eta dagger (P mapsto overline{v})) be equal to (eta [pi _1 mapsto v_1, ldots, pi _n mapsto v_n],) where (P = { pi _1,ldots, pi _n}.) ({ vSeq} overline{P})) denotes a sequence of fresh variables (v_i,) one for each (pi _i) in the sequence (overline{P}.) ({ mgu}_I) is a functional counterpart of the most general unifier relation (({ mgu})).

Dot-quotes form a common noun true of items in any language that play the role performed in our language by the tokens exhibited between them, So, any expression that is a functional counterpart to 'red' can be described as a ·red·.

In detail however, drugs modulate activity of dysfunctional proteins or their functional counterparts aiming to reduce the pathogenic effects.

Wilfrid Sellars, developing a strategy of Ockham's, argues explicitly that we may construe category statements as disguised metalinguistic statements about the role of certain expressions (and their functional counterparts in other languages).

Assuming that 'rouge' is a good translation of 'red', Sellars (1963) thought it convenient to have a general term by which to classify words that are functional counterparts in this way.

Thus, the comparison of these microanatomical specializations with their respective functional counterparts provides important insights into the functional role of cerebral cortical organization and its consequences for processing of cortical information in the implementation of complex cognitive functions.

Thus, the CXCL8-like genes appear to be at least partial functional counterparts of the human CXCL8.