<p>A). Average number of indels in candidate coding-MULEs (maize-CMs and rice-CMs) and <i>Copia</i>-like LTR elements using pairwise nucleotide identity as the grouping criterion; B). Average number of indels in candidate coding-MULEs using synonymous substitution rate as the grouping criterion.</p
<p><i>Note</i>: Data are reported as means ± SD. Within a column, mean values followed by different ...
<p>The ratios were plotted based on the non-redundant (Union) data and the data averaged by chickens...
and insertion-deletions (InDels). These are invaluable resour-ces in analyzing genetic diversity in ...
<p>Candidate coding-MULEs with expression evidence in maize and rice, and summary of candidate codin...
<p>Number and average length of nested TE insertions based on TE classes in the candidate coding-MUL...
Total number of SNPs (A, C, E) and InDels (B, D, F) detected on each rice chromosome are shown in th...
<p>Average values for information parameters in bulks of 10 to 100 SSR alleles in maize.</p
<p>The first number for each paired comparison represents the quantity of SNPs and the second repres...
Understanding the correlation between synonymous substitution rate and GC content is essential to de...
<p>h haplotypes</p><p>Hd haplotype diversity</p><p>k average number of nucleotide differences</p><p>...
A molecular marker is a valuable tool in genetic research. Insertions–deletions (InDels) are commonl...
<p>(A) Classification of SNPs. Distribution (%) of each SNP and indel type. (B) Venn diagram of comm...
<p>(A)The SSRs percentage of mononucleotide repeats. (B) The SSRs percentage of dinucleotide repeats...
(A) Distribution of InDels (≥ 20 bp) across the eight linkage groups of chickpea. (B) Distribution o...
<p>Mean values are given in parentheses.</p><p>Estimation of gene diversity, heterozygosity, PIC and...
<p><i>Note</i>: Data are reported as means ± SD. Within a column, mean values followed by different ...
<p>The ratios were plotted based on the non-redundant (Union) data and the data averaged by chickens...
and insertion-deletions (InDels). These are invaluable resour-ces in analyzing genetic diversity in ...
<p>Candidate coding-MULEs with expression evidence in maize and rice, and summary of candidate codin...
<p>Number and average length of nested TE insertions based on TE classes in the candidate coding-MUL...
Total number of SNPs (A, C, E) and InDels (B, D, F) detected on each rice chromosome are shown in th...
<p>Average values for information parameters in bulks of 10 to 100 SSR alleles in maize.</p
<p>The first number for each paired comparison represents the quantity of SNPs and the second repres...
Understanding the correlation between synonymous substitution rate and GC content is essential to de...
<p>h haplotypes</p><p>Hd haplotype diversity</p><p>k average number of nucleotide differences</p><p>...
A molecular marker is a valuable tool in genetic research. Insertions–deletions (InDels) are commonl...
<p>(A) Classification of SNPs. Distribution (%) of each SNP and indel type. (B) Venn diagram of comm...
<p>(A)The SSRs percentage of mononucleotide repeats. (B) The SSRs percentage of dinucleotide repeats...
(A) Distribution of InDels (≥ 20 bp) across the eight linkage groups of chickpea. (B) Distribution o...
<p>Mean values are given in parentheses.</p><p>Estimation of gene diversity, heterozygosity, PIC and...
<p><i>Note</i>: Data are reported as means ± SD. Within a column, mean values followed by different ...
<p>The ratios were plotted based on the non-redundant (Union) data and the data averaged by chickens...
and insertion-deletions (InDels). These are invaluable resour-ces in analyzing genetic diversity in ...
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