Figure S6. Relative accumulation (expressed as Log2FCΔΔCT) with respect to untreated control (Ctrl.), estimated by stem loop qRT-PCR, of 12 representatives miRNAs in melon plants exposed to the seven stress conditions analyzed in this work. C: cold, D: drought, S: salinity, SD: short Day, M: monosporascus, H: HSVd and A: agrobacterium. Error bars show the confidence interval of the difference between means. Only Log2FC values > 1 or < − 1 were considered as indicative of significant differential expression. (TIF 8929 kb
Table S4. Description and detailed information of predicted targets for stress-responsive miRNAs ide...
Table S7. Functional relation between broad-, intermediate- and narrow-range stress-responsive miRNA...
Table S12. Edge input table. Values in source and target columns refers to position of the each stre...
Figure S1. A) Graphic representation of the experimental approach used in this work to identify by h...
Table S5. Detailed information of the values used for calculate the correlation between stress-respo...
Table S3. Detailed information of the accumulation values of representative stress-responsive and no...
Table S6. Table of presence and absence of stress-responsive miRNAs in melon plants. The values “1” ...
Table S8. Detail of the primers used for stem-loop qRT-PCR analysis of melon miRNAs. (TIF 14782 kb
Figure S2. A, Diagram showing the mens of the accumulation of rRNA, tRNA, snoRNA and snRNA derived s...
Figure S3. Graphic representation of the expression values (estimated by edge-R) of sRNA sequences r...
Figure S4. Detailed Analysis of expression levels of stress-responsive miRNAs. Heat map showing the ...
Figure S5. To determine the general sense of the expression for each miRNA family we employed the me...
Table S9. Detail of the primers used for qRT-PCR analysis of transcripts targets of stress-responsiv...
Table S1. Detail of reads number and size distribution of melon sRNAs sequenced in this work. (TIF 1...
Figure S7. Possible modes of miRNA-guided target gene regulation under stress in melon. miRNAs that ...
Table S4. Description and detailed information of predicted targets for stress-responsive miRNAs ide...
Table S7. Functional relation between broad-, intermediate- and narrow-range stress-responsive miRNA...
Table S12. Edge input table. Values in source and target columns refers to position of the each stre...
Figure S1. A) Graphic representation of the experimental approach used in this work to identify by h...
Table S5. Detailed information of the values used for calculate the correlation between stress-respo...
Table S3. Detailed information of the accumulation values of representative stress-responsive and no...
Table S6. Table of presence and absence of stress-responsive miRNAs in melon plants. The values “1” ...
Table S8. Detail of the primers used for stem-loop qRT-PCR analysis of melon miRNAs. (TIF 14782 kb
Figure S2. A, Diagram showing the mens of the accumulation of rRNA, tRNA, snoRNA and snRNA derived s...
Figure S3. Graphic representation of the expression values (estimated by edge-R) of sRNA sequences r...
Figure S4. Detailed Analysis of expression levels of stress-responsive miRNAs. Heat map showing the ...
Figure S5. To determine the general sense of the expression for each miRNA family we employed the me...
Table S9. Detail of the primers used for qRT-PCR analysis of transcripts targets of stress-responsiv...
Table S1. Detail of reads number and size distribution of melon sRNAs sequenced in this work. (TIF 1...
Figure S7. Possible modes of miRNA-guided target gene regulation under stress in melon. miRNAs that ...
Table S4. Description and detailed information of predicted targets for stress-responsive miRNAs ide...
Table S7. Functional relation between broad-, intermediate- and narrow-range stress-responsive miRNA...
Table S12. Edge input table. Values in source and target columns refers to position of the each stre...