japonica genome LTR-RT up and downstream region methylation levels

japonica genome LTR-RT up and downstream region methylation level

indica genome LTR-RT up and downstream region methylation levels

indica genome LTR-RT up and downstream region methylation level

japonica genome LTR-RT and nearby host gene and the host genes' expression values

japonica genome LTR-RT and nearby host gene and the host genes' expression value

Methylation level for LTR-RT and its up or downstream region in japonica genome and its orthologous region in indica

Methylation level for LTR-RT and its up or downstream region in japonica genome and its orthologous region in indic

indica genome LTR-RT and nearby host gene and the host genes' expression values

indica genome LTR-RT and nearby host gene and the host genes' expression value

japonica reference indica query genome alignment result in BED format

BED format genome alignment results where japonica nipponbare was used as reference and indica 93-11 was used as query genome. Indica chromosome was named as SAI.chromosome_number and japonica chromosome named as SAJ.chromosome_number

indica genome LTR-RT methylation levels

indica genome LTR-RT methylation level

japonica genome LTR-RT methylation levels

japonica genome LTR-RT methylation level

Components of transcriptional variance in <i>A. thaliana</i> in the field.

<p>(A) The number of genes that significantly differ between Bay and Sha accessions, flowering status, and that show an accession-by-flowering status (development) interaction. (B) The percent of the transcriptional variance explained by these factors.</p

Vegetative stage principal component analyses of <i>A. thaliana</i> field transcriptome.

<p>The first five principal components are indicated. Principal component scores are on the y-axis and sampling days on the x-axis. The dashed line gives the PC score for Bay-0 and the dotted line for Sha. At each sampling day, the mean PC score across the three replicates are given for Bay-0 (circles) and Sha (squares), with standard error bars (+/− 1 SE).</p