We also found that gene structure of these differentially expressed genes in grass carp were different from those in zebrafish, suggesting that the unique gene structure of grass carp might contribute to its unique food habit transition.
For instance, since GmPHD5 is increased upon salinity stress and can interact with the promoter of selected salinity stress induced genes, such a crosstalk system might contribute to a unique transcription regulation mechanism in soybean when subjected to stress.
Our calculation showed that the first (3.31%) and the last exon (5.98%) had a higher proportion than 2.33% in the others, indicating that the first and the last exon tend to be spliced alternatively, which might contribute to their unique lengths or GC contents.
The objective of this study was to investigate whether the previously reported differences in the equilibrium between the closed and open monomer arrangements, KCO, was caused by differences in helical stability and whether the differences in KCO might contribute to the unique requirement of TGF-β1 and TGF-β3 in vivo that has been previously suggested based on gene replacement and other studies.
Combined, the observed physicochemical properties might contribute to explain reported unique functional properties of fishmeal with positive impact on physical pellet quality and open up the possibility to obtain a satisfactory thermomechanical transformation in the extrusion process at reduced moisture level.
Although acquisition of multiple antibiotic resistance genes and genes that enhance colonization and infection capacities might contribute, such acquisitions appear not unique for MT159 [ 3, 33].
This would provide insight into the extent of this variant's conformational closing profile and delineate a structural basis for understanding which specific residues might contribute to this variant's unique capability to support mismatched dNTP incorporation more efficiently.
Although its structure is clearly interesting, we prefer not to include Squid ADAR1 sequence data in this manuscript because only through structure-function studies can we assess whether its unique features might contribute to high-level editing.
This unique interfacial microstructure might contribute to the strong retention of volatile compounds due to steric barrier and enhanced affinity to those lipophilic volatiles.
This unique structural feature might contribute to the enhanced immunogenicity of the attached glycan.
The authors suggested that the de novo genes might contribute to phenotypic traits that are unique to humans [ 27].
