Sentence examples for compounds can directly from inspiring English sources

The sulfur-containing compounds can directly be oxidized by the hydroperoxide to yield a sulfoxide and then a sulfone (Eq. 7) (Attar and Corcoran 1978).

Unlike conventional alkylzinc reagents these heteroleptic compounds can directly alkylate (tert-butylate) benzophenone in the challenging para position.

Because the ability to perceive harmful airborne or food-borne compounds can directly affect an individual's survival, genetic variation within the TAS2Rs is an obvious target for natural selection.

As for hormonal paths, two distinct mechanisms can influence the potential for aberrant cell growth: compounds can directly bind with endogenous hormone or growth factor receptors affecting cell proliferation or compounds can modify breast cell proliferation altering the formation of hormone metabolites that influence epithelial-stromal interaction and growth regulation.

It has been proposed that the occludin TJ compound can directly interact with phosphatidylinositol-3 kinase (PI3K) to allow the phosphorylation of phosphatidylinositol 2 phosphate (PIP2) into PIP3, and link TJs to lipid signaling, and indirectly, to the Akt pathway [23].

Actually, β-dicarbonyl compounds can be directly converted in a two-step one-pot procedure to give the 1,4-diketones in high yield.

Total increase in yield resulting from treatments including DMPP may be due, among other factors, to the increase of N content in leaves, crown and root of plants treated with DMPP; the lower loss of antioxidant compounds can be directly attributed to protein metabolism and the increase of SPAD values in treatments T2 and T3.

The epigenome consists of chemical compounds that can directly or indirectly affect DNA in the genome and change the way cells use the DNA's instructions.

The use of compounds that can directly or indirectly activate this pathway such as 5-aza-2-deoxycitidine, Curcumin or Nutlin-3 opens new therapeutic strategies for patients with ALL.

Hypermethylation of genes implicated in the TP53 pathway is a poor independent prognostic factor in patients with ALL and the use of compounds that can directly or indirectly activate this pathway opens new therapeutic strategies for patients with ALL.

Therapeutic compounds, however, can directly interfere with assay design and assay modifications are required dependent on the therapeutic approach.