Table S1. Effects of sucrose on volatile compounds in leaves of tea plants using GC/ MS. Note: The data represents the mean value of three biological replications. The red indicates significant up-regulation; green indicates significant down-regulation; blue indicates no difference;. Digit indicates the ratio of Suc / Control. (DOCX 40 kb
Table S5: Functional classifications of identified proteins significantly expressed in leaves of tea...
Table S4: Functional classifications of identified proteins significantly expressed in leaves of tea...
Primers of annotated unigenes designed for qRT-PCR analysis in this study. (XLSX 12 kb
Table S2. Effects of sucrose on the expression of genes related to aroma. (DOCX 26 kb
Table S7. Primers used for qRT-PCR and detailed information regarding the selected DEGs. Note: “↑” i...
Figure S5. Validation of DEGs obtained from tea plants treated by sucrose using qRT-PCR. A. DEGs obt...
Figure S2. GO functional classification of DEGs obtained from tea plants treated by sucrose after 2d...
Table S4. Statistics of assembly quality. Note: Total Consensus Sequences represents the all assembl...
Statistical comparison of DEGs between any two tissues. The genes were classified into three classes...
The rich factors and number of genes involved in each pathway derived from a comparison of gene expr...
Modules significantly (pâ<â0.05) correlated with characteristic components in tea. (XLSX 11 kb
Table S2: Functional classifications of identified proteins significantly expressed in leaves of tea...
Table S3: Functional classifications of identified proteins significantly expressed in leaves of tea...
Table S1: Nucleotide sequences of primers specific to flavonoid biosynthesis, amino acid metabolism ...
Figure S1. Phenotype of original tea plants. (A): “Wei shuo” ‘Tieguanyin’ (Camellia sinensis cv. ‘Ti...
Table S5: Functional classifications of identified proteins significantly expressed in leaves of tea...
Table S4: Functional classifications of identified proteins significantly expressed in leaves of tea...
Primers of annotated unigenes designed for qRT-PCR analysis in this study. (XLSX 12 kb
Table S2. Effects of sucrose on the expression of genes related to aroma. (DOCX 26 kb
Table S7. Primers used for qRT-PCR and detailed information regarding the selected DEGs. Note: “↑” i...
Figure S5. Validation of DEGs obtained from tea plants treated by sucrose using qRT-PCR. A. DEGs obt...
Figure S2. GO functional classification of DEGs obtained from tea plants treated by sucrose after 2d...
Table S4. Statistics of assembly quality. Note: Total Consensus Sequences represents the all assembl...
Statistical comparison of DEGs between any two tissues. The genes were classified into three classes...
The rich factors and number of genes involved in each pathway derived from a comparison of gene expr...
Modules significantly (pâ<â0.05) correlated with characteristic components in tea. (XLSX 11 kb
Table S2: Functional classifications of identified proteins significantly expressed in leaves of tea...
Table S3: Functional classifications of identified proteins significantly expressed in leaves of tea...
Table S1: Nucleotide sequences of primers specific to flavonoid biosynthesis, amino acid metabolism ...
Figure S1. Phenotype of original tea plants. (A): “Wei shuo” ‘Tieguanyin’ (Camellia sinensis cv. ‘Ti...
Table S5: Functional classifications of identified proteins significantly expressed in leaves of tea...
Table S4: Functional classifications of identified proteins significantly expressed in leaves of tea...
Primers of annotated unigenes designed for qRT-PCR analysis in this study. (XLSX 12 kb