The phrase "structure difference" is correct and usable in written English.
You could use it to describe the difference between two different tools, buildings, or any other structure. For example, "The structure difference between a hammer and a saw is evident when looking at the different shapes of the tools."
From Fig. 4, it can be drawn that with same channel width, the nanopore shape has little influence on ETC at small pore size, because the scattering caused by a small nanopore may like a defect-scattering while the structure difference between different nanopore shapes for small nanopores is difficult to be seen by electrons in their moving.
Results tell that the nanopore shape has little effect on ETC at small pore size, because the scattering caused by a small size nanopore may like a defect-scattering while the structure difference between different nanopore shapes with small pore size is difficult to be seen by electrons in their moving.
After these steps, Parallel-META reports the classification, length distribution, summary of the taxonomic assignments of 16S rRNA fragment sequences and structure difference at different phylogenetic levels among all samples.
Additionally, the different adsorption abilities to the proteins with different sizes could also be caused by the surface charge and structure difference of the proteins themselves.
The porous structure difference between three carbon spheres is mainly caused by the adding of F108.
Besides, the Cu structure difference also could hasten the dissolution of Cu ions and result in fast drifting into SiO2.
The remaining five genes (29.41%), CIPK1, CAP, BG, ManA2 and CelA3, produced some structure differences caused by different exon length or numbers (Additional file 2: Supplemental Figure S1B).
These structure differences might contribute to different enzymatic kinetics of the GIF1 and OsCIN1 proteins.
Construction of consensus maps presents a challenging problem in wheat due to its structural diversity, particularly the chromosomal structure differences between the parents of mapping populations.
These structure differences are shown to translate into different ratios of machine and transverse direction tear and tensile strengths.
Since considerable microscopic structure differences have been demonstrated in anatomically different tendons [ 19], this limits the conclusions that may be drawn from these studies.
