The relative intensity of the absorption bands in these spectra reflect the relative proportion of the associated structural features responsible for the excitations.
The properties, such as the hardness, wear resistance, tensile strength, etc., depend actually on the multi-scale structures, say, the composition, the proportion of different structural domains and the details of each domain.
Furthermore, there was a significant difference in the relative proportions of the three structural categories of gene duplicates (G = 11.9, df = 4, p = 0.018) as a function of evolutionary age as represented by three different age-cohorts of gene duplicates (K S = 0, 0 < K S ≤ 0.025, and 0.025 < K S ≤ 0.1).
This significant difference in the relative proportions of the three structural categories of gene duplicates as a function of K S was also observed when 26 duplicate sets with gene conversion were excluded from the analyses (G = 11.87, df = 4, p = 0.018).
In general, there was a close match between the proportion of MC structural variants recorded from the field samples and from the cultured Microcystis strains (Table 3).
We demonstrate a reduction of these effects due to amygdala damage, in direct parametric proportion with the structural severity of the pathology.
Experiments are currently underway to identify these low-abundance toxins by improving methods of venom purification to decrease the proportion of structural proteins in the purified venom and by improving the fractionation of toxins before tandem MS/MS.
Under two experimental conditions, i.e. with and without direct air intake in the cavity, the influence of the mainstream air flow velocity, the air intake velocity in the cavity, the height of inlet channel, the structure of holder and the structural proportion of the cavity on entrainment in the cavity is studied, respectively, through experiment at atmospheric temperature and pressure.
To identify the proportion of major structural noncardiac anomalies identified with congenital heart defects (CHDs).
