The nucleotide substitution model was selected in Modeltest V.3.7 (Posada & Crandall 1998), selected by the Akaike information criterion.
Sample text:```Note that in their pioneering paper Calvet and Fisher (2002) proposed the simplified version of the construction of Mannersalo et al (2002).```
Sample intent: method
Sample text:``` The GRS was then calculated by summing across all SNPs (the GRS could theoretically range from 0 to 58).```
Sample intent: background



Sample text:```Unlabeled DNA substrates containing consensus 12-RSS, 23-RSS, Hox11 or non-specific DNA sequences (DAR81/82) were prepared from oligonucleotides described previously [11,24].```
Sample intent: background



Sample text:```Note that in their pioneering paper Calvet and Fisher (2002) proposed the simplified version of the construction of Mannersalo et al (2002).```
Sample intent: method



Sample text:```This is interesting in relation to the result from our previous CGH study (comparing the number of significantly hybridizing probes on the microarray) that showed high sequence divergence on the Z chromosome between the common whitethroat and the zebra finch [62]; and such patterns are also found in other species [48,51,69].```
Sample intent: result



Sample text:```A number of studies have been published recently, which analyze the location, orientation, and identity ofmacromolecular complexes, based on the outcome of template-matching (Brandt et al., 2009; Ortiz et al., 2010).```
Sample intent: method
Sample text:```This process is controlled not only by the protein-coding segments of the genome but also by non-coding regions, including loci that produce small RNAs (Grivna et al., 2006; He et al., 2009; Thomson and Lin, 2009).```
Sample intent: method



Sample text:```This is interesting in relation to the result from our previous CGH study (comparing the number of significantly hybridizing probes on the microarray) that showed high sequence divergence on the Z chromosome between the common whitethroat and the zebra finch [62]; and such patterns are also found in other species [48,51,69].```
Sample intent: result



Sample text:```A number of studies have been published recently, which analyze the location, orientation, and identity ofmacromolecular complexes, based on the outcome of template-matching (Brandt et al., 2009; Ortiz et al., 2010).```
Sample intent: method



Sample text:```These models are not specified and observe a single phenomenon from different points of view (Maxfield et al., 2002; Parker et al., 2009).```
Sample intent: method



Sample text:```We screened for potential TF binding sites using STAMP [59], with the motifs’ position weight matrices (PWMs) retrieved from the TRANSFAC database [60].```
Sample intent: background



Sample text:``` The GRS was then calculated by summing across all SNPs (the GRS could theoretically range from 0 to 58).```
Sample intent: background



Sample text:```Our genealogy, based on many alleles but only the first exon of bindin, is not entirely consistent with that of McCartney and Lessios (2004), based on fewer alleles but incorporating the entire molecule.```
Sample intent: result



Sample text:```In this study, we generalized previous results regarding the quasi-Gaussian shape and the scalar property using the SBF model [13,21,52].```
Sample intent: result



Sample text:```Unlabeled DNA substrates containing consensus 12-RSS, 23-RSS, Hox11 or non-specific DNA sequences (DAR81/82) were prepared from oligonucleotides described previously [11,24].```
Sample intent: background



Sample text:```distances were calculated between all population pairs considering the likely routes of human migration out of Africa, following the criteria set by Ramachandran et al. (2005). The test was performed with the software Passage version 2.```
Sample intent: background