It is unknown how those genes might contribute on divergent agronomic traits related to biotic and abiotic stress resistance in the NU and parental varieties.
Technical issues can also contribute to divergent results.
Other differences including virus dose and route and volume of inoculum may contribute to divergent results.
In addition, differences in absorption, distribution, metabolism and excretion (ADME) between ligands and species, likely contribute to divergent physiological and gene expression characteristics.
These observations, combined with previous knowledge about signal transduction pathway downstream of ETAR and B2R, suggest that second messenger pathway(s) bifurcate to contribute to divergent responses.
Furthermore, additional risk factors associated with IHD/MI in RA (for example, autoantibodies and increased inflammation) may contribute to divergent results between study populations.
PET scanner performance, data acquisition, attenuation correction method and tracer kinetics may vary among studies and may all contribute to divergent SUVs among modalities and study protocols.
An open question in biology is how cellular mechanisms controlling proliferation affect the blastema and whether they have evolved to contribute to divergent regenerative capacities among vertebrate species.
Systematic predictions aided the identification of potential miRNAs and their targets, which could contribute to divergent muscle growth in broiler and layer chickens.
These differences likely contribute to divergent feeding success and growth rate in transplant experiments in the native lakes [ 26, 27, 34], and show the value of a functional analysis of morphological differences between species.
Recent studies by Beelen and colleagues [ 1, 2] and Lin and colleagues [ 3] in Breast Cancer Research raise the possibility that heterogeneity between different breast cancer cell populations may contribute to divergent findings.
