The phrase "a more variable structure" is correct and usable in written English.
It can be used when discussing something that has a greater degree of variability or flexibility in its arrangement or organization.
Example: "The new design features a more variable structure, allowing for easier customization based on user preferences."
Alternatives: "a more flexible framework" or "a more adaptable configuration".
Genes from more basal organisms (arthropods and nematodes) show a more variable structure in terms of intron number and position; no significant similarities with vertebrate genes were noted at the level of gene structure.
On the other hand, in the nematode C. elegans only two β-hexosaminidases [GenBank: AAA91263.1, AAA96105.3] are encoded by 10 exons, while the other three β-hexosaminidases [GenBank: CAI06053.1, CAO72177.1, CAA22078.2] show a more variable structure in terms of exon number and position and intron phase (data not shown).
Larger regions were inspected in species with larger vessels or with more variable structure in the tangential direction.
For example, normal immortalized mammary epithelial cells, such as the MCF-10A cells, form polarized acini structures in Matrigel, reminiscent of the normal breast architecture [ 17], whereas breast cancer cells generate more variable structures [ 18].
In general, a more relaxed matrix variable structure is derived based on improved scalar parameter approach from the perspective of eigenvalue theory, which is then applied to obtain less conservative filter design condition with linearized matrix variable inequality in the first stage of provided algorithm.
The H-site or substrate binding site is more variable in structure and is largely formed from residues at the C-terminal [ 2].
Passive gleaning bats use broadband, low-intensity calls (Faure and Barclay, 1994), while active gleaners may use much more variable call structures and intensities.
Step 4. We build a network with a variable structure.
To establish the significance of indirect effects operating through two or more variables covariance structure software is considered superior [ 29].
Both of these assumptions are strongly violated with biological macromolecules, as certain regions of a structure are more variable than others (due to a combination of experimental imprecision, dynamics and conformational heterogeneity) and because atoms physically communicate with each other (e.g. via electrostatic, Van der Waals and covalent interactions).
In the first steps, conserved structure features are recognized via primary sequence conservation and consistent and/or compensatory substitution, which provides a structure skeleton for the next step, where the more variable regions gain structures by thermodynamic folding.
