Sentence examples for elementary translation from inspiring English sources

In the elementary translation described here, these conditions are given by the kinetics of anticodon-codon interactions.

Consider an elementary translation system constituted by RNA templates made up of two types of codons {I, II}, tRNAs with anticodons complementary to these codons, and two types of amino acids {1, 2}.

Considering a system without enzymes, in which the tRNAs (the translation adaptors) are not loaded selectively with amino acids, we show that an elementary translation governed by a Michaelis-Menten type of kinetics can follow different polymerization regimes: random polymerization, homopolymerization and coded polymerization.

The first two constraints can be achieved using elementary translation and rotation of the ideal coordinates.

Hoping that he will prove just as provocative - and bankable - in English, Knopf has brought out The Elementary Particles in translation this month, according it the kind of print run (40,000 copies) rarely lavished on a foreign novel.

Hoping that he will prove just as provocative -- and bankable -- in English, Knopf is bringing out "The Elementary Particles" in translation this November, according it the kind of print run (40,000 copies) rarely lavished on a foreign novel.

This sequence is well suited to translation into elementary computerised components, that we call primitives.

Notably, all three elementary reactions required for translation, namely: i) amino acid activation through the formation of aminoacyl-AMP, ii) (t RNA aminoacylation, and iii) transpeptidation (the peptidyltransferase reaction), have been successfully modeled with ribozymes (Table 1).

Interestingly, the elementary reactions required for translation (amino acid activation, RNA aminoacylation, and transpeptidation) are relatively easily modeled with ribozymes (see above), in a marked contrast to RNA replication.

It is shown that translations of elementary solutions of the biharmonic equation can be achieved by considering the translation of a pair of elementary solutions of the Laplace equations.

One scholar, Nancy Bauer of Tufts University, says that she has counted "literally hundreds" of mistakes in translation ranging from elementary bloopers to misunderstandings of scholarly jargon.