Sentence examples for significantly more variance from inspiring English sources
As predicted, the MPQ dimensions accounted significantly more variance in the exchange sample than the domestic group.
Expectations for the sedating effects of alcohol accounted for significantly more variance than those for negative effects.
Third, we identified GWAS risk loci where the entire locus explains significantly more variance in the trait than the GWAS reported variants.
In contrast, geo-climatic descriptors uniquely, and jointly with land use, explained significantly more variance in all 39 biodiversity metrics tested.
Specifically, we identified 74 loci at which the multi-SNP, a linear combination of SNPs, explains significantly more variance than does the best individual SNP.
Findings: Single indicator models representing expectancies for arousing and positive effects of alcohol did not differ significantly in the prediction of drinking, and both accounted for significantly more variance in self-reported drinking than expectancies for sedating and negative effects of alcohol consumption.
The variance component approach indicates protein coding regions explain significantly more variation than a similar number of randomly chosen SNP across many traits.
An AMOVA for B. occidentalis with four populations from the Sierra de los Chimalapas, northern and central Chiapas, the Sierra Madre de Chiapas, and the Pacific coast of southeastern Chiapas and Guatemala showed significantly more genetic variance partitioned among populations than expected by chance (SSD among populations= 97.419, total SSD= 157.813, DF=3, p<0.0001).
Each of ten additional SNPs in the VKORC1 region (Fig. 2a) was tested to determine if it added significantly more dose variance to a multiple regression model that included one of the three linked SNPs (rs2359612), CYP2C9 *2 and *3, and non-genetic predictors of warfarin dose (Supplementary Table S3).
Comparable to the data set obtained with the probes hybridizing to the ribosomal protein-encoding transcripts, the 69 respiratory chain proteins exhibited significantly more inter-tissue variance (median = 0.55) than technical variance (median = 0.01) (p<.0001 using Wilcoxon's rank sum test) (Figure S2B).
In line with what has been found in the other languages, the new word and character frequencies explain significantly more of the variance in Chinese word naming and lexical decision performance than measures based on written texts.
