<p>The distribution of haplotypes for the (A) <i>ADH1</i>, (B) <i>G3PDH</i>, (C) <i>IGS1</i>, (D) <i>TPI1</i> locus are shown. Each distributed regions are indicated by circles. Different colors delineate specific haplotypes. The size of the circles in the figure corresponds to numbers of accessions in a given region.</p
<p>Geographic distribution and frequency of the 28 haplotypes of <i>D</i>. <i>citri</i> observed in ...
<p>Groups of populations genetically homogeneous determined by the Bayesian analysis of population s...
<p>Geographic distribution of <i>S. titanus</i> mitochondrial haplotypes in: A Western Europe, B NE ...
<p>Geographical distribution of haplotypes of <i>P. kamoharai</i>, in number of specimens per region...
<p>(A) Percentage of <i>SiWD40</i> genes on each the foxtail millet chromosome to show their distrib...
<p>The size of wedges in each pie chart is proportional to the number of isolates. Haplotype colors ...
<p>The geographic distribution of mtDNA control region haplotypes based on frequencies observed for ...
<p>Geographic distribution of mtDNA control region haplotypes found in <i>Zearaja chilensi</i>s and ...
A total of 50 (40.3%), 32 (25.8%), 24 (19.4%), 5 (4%), 5 (4%), 2 (1.6%), 2 (1.6%), and 2 (1.6%) of 1...
Use of diverse germplasm is a key factor which allows high level of resolution due to extensive reco...
Use of diverse germplasm is a key factor which allows high level of resolution due to extensive reco...
Use of diverse germplasm is a key factor which allows high level of resolution due to extensive reco...
<p>The map shows the location of the study sites with pie charts indicating the haplotype compositio...
An understanding of allelic diversity and population structure is important in developing associatio...
<p>The species distribution is shown in grey. All chloroplast haplotypes found in each population ar...
<p>Geographic distribution and frequency of the 28 haplotypes of <i>D</i>. <i>citri</i> observed in ...
<p>Groups of populations genetically homogeneous determined by the Bayesian analysis of population s...
<p>Geographic distribution of <i>S. titanus</i> mitochondrial haplotypes in: A Western Europe, B NE ...
<p>Geographical distribution of haplotypes of <i>P. kamoharai</i>, in number of specimens per region...
<p>(A) Percentage of <i>SiWD40</i> genes on each the foxtail millet chromosome to show their distrib...
<p>The size of wedges in each pie chart is proportional to the number of isolates. Haplotype colors ...
<p>The geographic distribution of mtDNA control region haplotypes based on frequencies observed for ...
<p>Geographic distribution of mtDNA control region haplotypes found in <i>Zearaja chilensi</i>s and ...
A total of 50 (40.3%), 32 (25.8%), 24 (19.4%), 5 (4%), 5 (4%), 2 (1.6%), 2 (1.6%), and 2 (1.6%) of 1...
Use of diverse germplasm is a key factor which allows high level of resolution due to extensive reco...
Use of diverse germplasm is a key factor which allows high level of resolution due to extensive reco...
Use of diverse germplasm is a key factor which allows high level of resolution due to extensive reco...
<p>The map shows the location of the study sites with pie charts indicating the haplotype compositio...
An understanding of allelic diversity and population structure is important in developing associatio...
<p>The species distribution is shown in grey. All chloroplast haplotypes found in each population ar...
<p>Geographic distribution and frequency of the 28 haplotypes of <i>D</i>. <i>citri</i> observed in ...
<p>Groups of populations genetically homogeneous determined by the Bayesian analysis of population s...
<p>Geographic distribution of <i>S. titanus</i> mitochondrial haplotypes in: A Western Europe, B NE ...