Exact(10)
We suggest that the partial exclusion of nucleoplasmic proteins is due to increased structural restrictions and dense environments occupied by condensed chromatin and concentrated chromatin-binding factors.
From our analysis it seems that these small chemical modifications (methylation and hydroxymethylation of cytosines) lead to increased structural diversity in the roll, tilt and twist parameters, which are related to unwinding and bending of the DNA.
Consequently, the larger numbers of contacts buried in the structures of larger domains, such as those of fungi, are prone to increased structural change.
Our simulations revealed the conformational inter-conversion between β-barrels and double-layer β-sheets due to increased structural strains upon forming a closed β-barrel while maximizing backbone hydrogen bonds.
In the case of simultaneous IPNs, in which both phases cross-linked at the same time, the accelerated cross-linking of gelatin in the presence of exfoliated sodium-montmorillonite led to increased structural homogeneity, improved mechanical and thermal properties.
This is hypothesized to be attributed to a decrease in kinetic chain length and/or a more narrow dispersity of kinetic chains which leads to increased structural homogeneity and increased stability and integrity of binding sites.
Similar(50)
The reduced strains associated with wider implants may be due to the increased structural capacity and the enlarged resin-implant contact area offered by these implants, resulting in lower torque effect in conjunction with off-axial loading [20].
High strength steels are nowadays used in a wide range of weight lifting applications, e.g. spreaders and cranes, where there is a demand on lightweight design of these structures with increased structural performance where the welds become more sensitive to failure.
The results highlighted in this study are fundamental to the development of optimal design of complex ultra-light structure weight with increased structural efficiency.
This finding implies that frontal white matter is at the heart of increased structural connectivity associated to brain enlargement and higher cognitive capacities.
Increased nucleotide substitution rates have also been associated with increased structural variability [ 3], similar to our findings in C. americanum.
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