Sentence examples for extensive variation of from inspiring English sources

In general, extensive variation of linkage types does not occur within a polysaccharide structure, nor are there many polysaccharides composed of more than three or four different monosaccharides; most contain one or two.

The panicle architecture of rice is amenable to modification by both intrinsic and extrinsic factors, and there is extensive variation of panicle structure among genotypes.

Due to the influence of the ligation methods in the force exerted on the teeth and to the extensive variation of them in the market, further studies become essential to evaluate the behavior of each wire/bracket combination.

Extensive variation of applied potential, electrolyte composition, stoichiometry, catalyst, leaving halogen and activating substituents on the carbonyl compound led to the conclusion that the reaction mechanism in most cases proceeds via a radical intermediate generated from the halide reduction.

Owing to the robustness of RFR and particular control aim of regulating bed temperature within a relatively broad range, a fuzzy logic controller of type-1 is sufficient to cope with the uncertainty brought by the extensive variation of VAM concentration.

However, the potential of A3xB3jD3x to give more elevated ZSV may be influenced by genetic backgrounds, which, in turn, may be responsible for the more extensive variation of ZSVs observed for the RILs with genotype A3xB3jD3x.

Extensive variations of the reaction conditions such as surfactant type, mixed surfactants, silica source, mixed inorganic sources, counterion, (co)solvent, pH adjustment, shearing stress, temperature, and many other parameters have contributed to comprehensive understanding of the mechanism of formation.

The nupts examined show extensive variation, consisting of DNA fragments originating from different parts of the chloroplast circular genome, mixed chloroplast and mitochondrial DNA integrants (fig. 2), and mosaic DNA inserts containing nuclear, mitochondrial DNA, and chloroplast DNA (supplementary table S1, Supplementary Material online).

Because of the extensive variation within each of the taxa studied (Fig. 3), despite being collected within a relatively small area (Table 1), taxon-wise predictions about germination, as fractions, are not possible.

The ongoing selection pressure is at the root of the extensive variation underlying many of the genes in the immune defense pathways (Christophides et al. 2002; Nielsen et al. 2005; Sackton et al. 2007; Obbard et al. 2009).

Each by itself gives important clues to causes of the gene's extensive variation in context of the splice-based evolutionary strategy of compartment-specific PEPCK expression, in contrast to the paralogy seen in Drosophila and in vertebrates.