Figure S6. The expression profile of tae-miR1122c-3p targeted gene EME1. (JPG 35Â kb
Abstract Background 337S is a novel bi-pole-photo-thermo-sensitive genic male sterile line in wheat,...
Hairpin structures of new miRNA precursors. Figure S2. 5â˛- RACE validation of tasiARFs target gene...
Figure S5. Three miRNAs were used for the judgment of anther development stage according to the expr...
Figure S7. The relative expression of selected targets from degradome data for miR156 (SPL17), miR15...
Table S6. The normalized expression with TPMs for all known and novel miRNAs in all samples. (XLSX 2...
Table S9. The miRNAs were divided into 6 categories based on expression pattern at MMC and MP stages...
Figure S5. Fold-change of the novel miRNA in each library of 337S based on the qRT-PCR and small RNA...
Figure S4. Venn charts of differentially expressed miRNAs between SL1 vs NN1 and SL2 vs NN2. (JPG 34...
Table S13. Conserved miRNAs during reproductive development in monocot and dicot plants. (XLSX 11Â k...
Table S12. List of identified targets of differentially expressed miRNAs which were obtained from co...
Figure S3. Analysis of nucleotide bias at each position of miRNAs in NN1 (a), NN2 (b), SL1 (c) and S...
Table S7. Details of differentially expressed known and novel miRNAs in NN1 and SL1 plants. (XLSX 12...
Figure S2. Morphological features of wheat lines HZ09, 337S and Huamai 2566 at sowing time for norma...
Table S8. Details of differentially expressed known and novel miRNAs in NN2 and SL2 plants. (XLSX 12...
Figure S1. Morphological features of wheat lines HZ09, 337S and Huamai 2566 at sowing time for short...
Abstract Background 337S is a novel bi-pole-photo-thermo-sensitive genic male sterile line in wheat,...
Hairpin structures of new miRNA precursors. Figure S2. 5â˛- RACE validation of tasiARFs target gene...
Figure S5. Three miRNAs were used for the judgment of anther development stage according to the expr...
Figure S7. The relative expression of selected targets from degradome data for miR156 (SPL17), miR15...
Table S6. The normalized expression with TPMs for all known and novel miRNAs in all samples. (XLSX 2...
Table S9. The miRNAs were divided into 6 categories based on expression pattern at MMC and MP stages...
Figure S5. Fold-change of the novel miRNA in each library of 337S based on the qRT-PCR and small RNA...
Figure S4. Venn charts of differentially expressed miRNAs between SL1 vs NN1 and SL2 vs NN2. (JPG 34...
Table S13. Conserved miRNAs during reproductive development in monocot and dicot plants. (XLSX 11Â k...
Table S12. List of identified targets of differentially expressed miRNAs which were obtained from co...
Figure S3. Analysis of nucleotide bias at each position of miRNAs in NN1 (a), NN2 (b), SL1 (c) and S...
Table S7. Details of differentially expressed known and novel miRNAs in NN1 and SL1 plants. (XLSX 12...
Figure S2. Morphological features of wheat lines HZ09, 337S and Huamai 2566 at sowing time for norma...
Table S8. Details of differentially expressed known and novel miRNAs in NN2 and SL2 plants. (XLSX 12...
Figure S1. Morphological features of wheat lines HZ09, 337S and Huamai 2566 at sowing time for short...
Abstract Background 337S is a novel bi-pole-photo-thermo-sensitive genic male sterile line in wheat,...
Hairpin structures of new miRNA precursors. Figure S2. 5â˛- RACE validation of tasiARFs target gene...
Figure S5. Three miRNAs were used for the judgment of anther development stage according to the expr...
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