SNPs were mapped relative to the Bd21 reference genome chromosome sequences with each datapoint showing the number of SNPs identified in a 100 kb interval of sequence. Datapoints in blue indicate SNPs found between both DNA bulk sequences and the Bd21 reference genome (ie. essentially showing the distribution of SNPs between the BdTR13k and Bd21 genome). Superimposed on the blue graph are SNPS that were unique to the DNA bulk derived from immune plants (ie. absent in the DNA bulk derived from plants showing the greatest Pst growth). Two distinct red peaks in the immune DNA bulk data, at 8 Mb and 29 Mb on chromosome 4, can be seen that obscure underlying blue peaks.</p
<p>Non-synonymous polymorphisms (red) are shown above the line and synonymous polymorphisms (blue) a...
<p>Genome-wide SNP density plots for bak1-5 mob1.</p> <p>All SNPs with allele frequencies >75% are p...
<p>The match between the test genome and the reference genome sequence was scored at each bp for all...
SNPs were identified relative to the Bd21 reference genome. Those SNPs that were unique to the Yrr1 ...
(A) Pp2 allele frequencies in Cross 1. Dot plots show the location and estimated allele frequencies,...
<p>In <b>A</b>, we plotted the observed levels of sequence diversity in 100 kb windows throughout th...
<p>Graphs show variation in the density of DNA polymorphisms that distinguish Tx7000 and BTx623 in S...
<p>SNPs are shown in black/grey, insertions in red, deletions in blue, and complex variants in orang...
<p>Outer circle: coding DNA sequences from the AF2122/97 genome are shown in a pair of concentric ri...
<p>Black line shows number of SNPs per 100 kb window. Centromere locations are indicated by grey sha...
<p>Genome wide SNP array results obtained from (A) reference DNA from a male with a normal karyotype...
<p>All tracks are plotted in 100 kb windows; inner blue track represents the frequency of coding DNA...
<p>These three regions, namely, (A) chr1∶8,309,317-8,318,147; (B) chr4∶122,325,743- 122,363,114; and...
<p>The x-axis denotes the chromosome size (Mbp), and the y-axis indicates the chromosomes. If at lea...
(black line). Data from immune related genes and control genes are included. Abscise represents posi...
<p>Non-synonymous polymorphisms (red) are shown above the line and synonymous polymorphisms (blue) a...
<p>Genome-wide SNP density plots for bak1-5 mob1.</p> <p>All SNPs with allele frequencies >75% are p...
<p>The match between the test genome and the reference genome sequence was scored at each bp for all...
SNPs were identified relative to the Bd21 reference genome. Those SNPs that were unique to the Yrr1 ...
(A) Pp2 allele frequencies in Cross 1. Dot plots show the location and estimated allele frequencies,...
<p>In <b>A</b>, we plotted the observed levels of sequence diversity in 100 kb windows throughout th...
<p>Graphs show variation in the density of DNA polymorphisms that distinguish Tx7000 and BTx623 in S...
<p>SNPs are shown in black/grey, insertions in red, deletions in blue, and complex variants in orang...
<p>Outer circle: coding DNA sequences from the AF2122/97 genome are shown in a pair of concentric ri...
<p>Black line shows number of SNPs per 100 kb window. Centromere locations are indicated by grey sha...
<p>Genome wide SNP array results obtained from (A) reference DNA from a male with a normal karyotype...
<p>All tracks are plotted in 100 kb windows; inner blue track represents the frequency of coding DNA...
<p>These three regions, namely, (A) chr1∶8,309,317-8,318,147; (B) chr4∶122,325,743- 122,363,114; and...
<p>The x-axis denotes the chromosome size (Mbp), and the y-axis indicates the chromosomes. If at lea...
(black line). Data from immune related genes and control genes are included. Abscise represents posi...
<p>Non-synonymous polymorphisms (red) are shown above the line and synonymous polymorphisms (blue) a...
<p>Genome-wide SNP density plots for bak1-5 mob1.</p> <p>All SNPs with allele frequencies >75% are p...
<p>The match between the test genome and the reference genome sequence was scored at each bp for all...