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QTL analysis using the high-density and SSR maps identified a similar number of QTLs for both maps (Supplementary Table S10).
Both, the point and area risk maps, identified a high risk area that the survey sampled at low intensity and did not detect rinderpest.
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Examination of diffusion orientation maps identified an idiosyncratic structural feature, wherein a small region of approximately anterior posterior-oriented fibre panterior posterior-orientedithin the otherwise lefibreght-oriented trajectories of the corpathwaysosum (Fig. 5).
On average, 42 unigenes per linkage group (LG) were common to the Pinus sp. and Picea sp. maps, identifying a total of 513 othologous unigenes between both species (fig. 2 and supplementary table S1, Supplementary Material online).
Calcium-XANES spectroscopy and elemental contrast mapping identified a calcium carbonate grain from one of the category 3 particles.
Homozygosity mapping identified a single consensus region of homozygosity of ~6 MB mapping to chromosome 8 and containing 8 known RefSeq genes.
Mapping identified a deep premature ventricular contraction focus in the anterolateral papillary muscle, an area that has been previously identified as difficult to treat with radiofrequency catheter ablation.
Homozygosity mapping identified a large segment on CFA 13.
Detailed mapping identified a 3Mb common minimal region of amplification harbouring 3 coding genes (ZFAT1, LOC286094, KHDRBS3) and two genes encoding micro-RNAs (hsa-miR-30b, hsa-miR-30d).
When the results obtained with the two maps were compared, it was shown that the numbers of QTLs above the thresholds were similar for the first three traits, but the SNP bin map identified a greater number of QTLs for 1000-grain weigh than did the RFLP/SSR map (Table 3).
Deletion mapping identified a 7-Mb critical region flanked by markers D13S1311 and D13S285.
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