It is not clear at this moment why the resistance-changing trends are divided into two regions for both simple stretching and more complex straining of bending and stretching.
The following equation is used as a first approach to estimate the drop modulus, if one uses more complex strain softening models with confinement stress dependent drop modulus [2, 3]: {text{M}} = frac{{1000{text{E}}}}{{{text{GSI }} cdot upsigma_{3} + 75 cdot {text{GSI}}- 2 2 5 upsigma_{3} -5875}}quad {text{for 25 < GSI < 75}} (13).
Brewer's yeast is a modified, more complex strain of baker's yeast.
The visual aids, at this early stage, are limited to still pictures and dancing molecules; anything much more complex would strain the available bandwidth.
The predicted fabrics of the piston cores were slightly more complex; extensional strain parallel to the Y-axis may have occurred near the bottom of the core liner (i.e., near the bottom of the 'U' shape in Figure 5b) as in a folded elastic layer.
Within the early adult group, however, the picture is more complex because strain differences in methylphenidate-induced locomotor activity differ as a function of pretreatment day (significant drug pretreatment × strain × day interaction: F(18, 29) = 4.57, p <.0001.
E30 on the other hand, is a more complex case: three strains isolated between 1987 and 1988 demonstrated little divergence with maximum p-distance of 4.3%, 5% and 8.5% in the VP1, 2C and 3D regions respectively and consistent clustering with one another in all regions.
These findings demonstrate that the HIV diversity in the mid-1980s in Kinshasa was far more complex than in strains currently found in other parts of the world.
Recently, Grande et al. demonstrated that biofilms developed by multiple H. pylori strains are more complex than those associated with single strains and such conditions might promote genetic exchange favoring the generation of more virulent strains [ 47].
Extending the scope of isotope mapping models becomes increasingly important in order to analyze strains and drive improved product yields as more complex pathways are engineered into strains and as secondary metabolites are used as starting points for new products.
However, the effect of the antioxidants on fermentative capacity was more complex in terms of strain dependency (Table 1).
