Sentence examples for frequent compounds from inspiring English sources

The procedure needs to be extended to other frequent compounds such as mixed oxides, metallic salts of simple anions, etc.

We still favoured the EEG due to its flexibility in analysing the EEG power in more detail, as it is well accepted in neuroscientific research capturing features of brain disturbances in regard to toxicologic effects as noted for Ecstasy and its frequent compounds.

Iridoids and carotenoids are most frequent compounds identified in N. arbortristis and they have been reported for various biological activities [ 30, 31].

Results are consistent with a dual-route mechanism for compound processing in which individual constituents are accessed and combinatorial processing attempted, alongside direct access to a unitary representation, which will be stronger for more frequent compounds.

The results may support the assumption of a specific neurotoxicity of Ecstasy and its frequent compound MDMA to serotonergic neurotransmission systems in human CNS.

You can see how important frequent compounding periods are for long-term investments.

Introduction of an acetate (R = Ac) led to the most frequent active compounds, whereas bulky carboxylic residues such as benzoic, pivalic, or iso-pentanoic acids as the R group induced lower activity (Scheme 19).

Instead of a para substituted benzene ring with a terminal chlorine atom as one of the substituents, the fluorine case is more frequent in Compound and consequently ranked lower with 3.4% incidence (fluorine, ranked seventh) compared to 3.1% incidence (chlorine, ranked ninth).

Perfect EST-SSRs were more frequent than compound ones in both taxa and in all three genomic fractions (Additional file 1: Table S2).

The most frequent categories of compounds presented are secretagogues and anti-inflammatory drugs.

Simultaneously, the presence and transformations of other compounds, frequent in industrial wastewater treatments, adds more complexity to these types of interactions, whose effect can be different, favorable or unfavorable, for chemical or biological reactions.