Additionally, we identified a novel, putative PAI which could potentially be subjected to horizontal gene transfer and thereby explain the high fraction of toxigenic C. ulcerans.
Climatic variables explained the highest fraction of deviation, followed by anthropogenic factors, soil type, land relief and landscape structure.
The ranking across classification methods is similar to the previous one: SOC HE 2010_GH explains the highest fraction of inter-individual wage differences.
In our study, miRNAs expressed in brain explained the highest fraction of tissue variance (fig. 1 d ).
Relative humidity and friction velocity were the independent variables explaining the highest fraction (up to 21%%) of the variance at most sites.
Methanol emission scaled positively with incident photosynthetically active radiation and evapotranspiration and these two independent variables explained the highest fraction of the variance (0.17 < r < 0.62; p < 0.001) at most sites.
Divergence between tissues explained 65% of the miRNA expression variance, whereas differences between species explained around 11% (fig. 1 c ). Expression differences in brain explained the highest fraction of the tissue variance (41%) followed by differences in heart (20%), liver (16%), kidney (14%,) and testis (9%) (fig. 1 d ).
Genes in bold have suggested role in fetal or placental growth and development The random permutation model that explained the highest fraction of birth weight trait variance combined the six-gene GoldenGate model (BEST1, IMPDH2, OSBPL5, PAX3, PSMC3 and SERPINF1) with the seven-gene Infinium model (CTTN, GMDS, REG1B, VPS52, RUVBL1 and KIAA241).
On the basis of these elements, taking into account that the employed temperature is equal or higher to 180 °C, it is possible to explain the higher depolymerization of cellulose fraction when microwave irradiation was employed, suggesting a specific relationship between cellulose fraction decomposition and microwave activation of the –CH2OH pendant groups.
