Supplementary Table S2. Primers for Qrt-PCR Analysis

Supplementary Table S2.Primers for qRT-PCR analysis.

Gene Name / AGI / Sequence
SCL1 / At1g21450 / F / 5′-AGCAAGGATGATGATGGCTGG-3′
R / 5′-TCCCAGCAAAAATGGAGCTCACC-3′
GAI / At1g14920 / F / 5′-TCTGTTCAACGGCGGTGAGG-3′
R / 5′-TTTCCAAGCCGAGGTGGCTATG-3′
SCL3 / At1g50420 / F / 5′-TGGCTGGTTTTGGGAATGTTCC-3′
R / 5′-ATTACTGCGCACCCGCTCTC-3′
SCL4 / At5g66770 / F / 5′-GCGTGATTCGGAGGAGAGAG-3′
R / 5′-CCATTAATACCCGCCATTGCTC-3′
SCL5 / At1g50600 / F / 5′-AGGTCTCGGTTTCACATGGCGGG-3′
R / 5′-ATGCTCCATCTCTTTCTTCAAGTG-3′
SCL6 / At4g00150 / F / 5′-TAGTCCAACGGACGCCAGTG-3′
R / 5′-TCCATGCTGAAACTCCGACGAG-3′
SCL7 / At3g50650 / F / 5′-GAACCCGGTTTGGGTTAATGG-3′
R / 5′-TCGCTTGGCTAACCGCGTAATTACTCGG-3′
SCL8 / At5g52510 / F / 5′-AAATGGCGAATGCGGATGAGC-3′
R / 5′-ACGGTAAAGCCCGGGTGGACTC-3′
SCL9 / At2g37650 / F / 5′-TGATTGCTTGCGAAGGTTGG-3′
R / 5′-TGGGTCAAATGGAACCTGCACC-3′
RGA / At2g01570 / F / 5′-TGGCCAAGGTTATCGTGTGG-3′
R / 5′-CGCCGTCGAGAGTTTCCAAG-3′
SCL11 / At5g59450 / F / 5′-ATTTCCTGCGAGGGTGCAGAG-3′
R / 5′-GCCTCCTTCATGATCTGTTTGC-3′
SCL13 / At4g17230 / F / 5′-ACGGCCACGGGATGATAAGCAG-3′
R / 5′-TGACCCTCCATTTCCCAGTACC-3′
SCL14 / At1g07530 / F / 5′-TGGGAGAGAGATTGTGAATGTTGTGGC-3′
R / 5′-AATCCGGCTCGGATCAGTCTC-3′
SCL15 / At4g36710 / F / 5′-AGCAAAGCCAGTTCGCCGACTT-3′
R / 5′-CTTCCATGCCAGCACAGCACC-3′
SCL16 / At5g67411 / F / 5′-GCCACCGGTTGGGGAATGAAG-3′
R / 5′-CCCAAGCCGAAGCAAACATAACG-3′
RGL1 / At1g66350 / F / 5′-ACTTTATGCCGGGGCTGATG-3′
R / 5′-TGATTCGCCACGCAGATGTTGC-3′
SCL18 / At1g55580 / F / 5′-GGAAGCTTTGCTTTGTCTCAAGC-3′
R / 5′-GGACGATTTTGCCAGCCAAG-3′
RGL2 / At3g03450 / F / 5′-CGCTTTACGCTACCGGAGATG-3′
R / 5′-GAGTTTCCACGCCGAGGTTG-3′
SCR / At3g54220 / F / 5′-TAGCGGTTGGAGGACCATCG-3′
R / 5′-CGCTTGTGTAGCTGCATTTCC-3′
SHR / At4g37650 / F / 5′-TGGTCGAGGAGGATGAGGAATAG-3′
R / 5′-ACACTGTACCATCGACCAAACACC-3′
SCL21 / At2g04890 / F / 5′-AGCTCAATCATTTCAGCCACC-3′
R / 5′-TTCGGTCCATCCAACCAAGG-3′
SCL22 / At3g60630 / F / 5′-TCAGACGGCGGAGACACAAG-3′
R / 5′-AGACAAGTGAAGGCGACGAAG-3′
SCL23 / At5g41920 / F / 5′-TCTGATCACGGTGGTGGAGCAAG-3′
R / 5′-TCACCCAATCCATCTCCTAGCGC-3′
PAT1 / At5g48150 / F / 5′-ACCCGTTGAGTCCCTTGGTG-3′
R / 5′-TTCCAAGCACACGAGGCAAC-3′
RGL3 / At5g17490 / F / 5′-TCTGGCGGTGGAGATGGATAC-3′
R / 5′-GCTAGTTTCCACGCCGATGC-3′
SCL26 / At4g08250 / F / 5′-ACCGTTGTCAAGCAAAACTCC-3′
R / 5′-AGGAGGCCGACACAAGACGC-3′
SCL27 / At2g45160 / F / 5′-CAGATGGCGGAAGCTCAGGCG-3′
R / 5′-TTTCCTTTGCCAACACATGAC-3′
SCL28 / At1g63100 / F / 5′-GATGAAGACAACGGCGGTGAAG-3′
R / 5′-TTCCCTCCGGTAGTCCAAGC-3′
SCL29 / At3g13840 / F / 5′-TGCAGTTGATGGAGCCAAATCC-3′
R / 5′-AGGAAACTGCCTCTCCTTTCCAC-3′
SCL30 / At3g46600 / F / 5′-CGGTTTGCAAGGCCAGAGAC-3′
R / 5′-TCCCGTCCTTTACTATCTGTTTGC-3′
SCL31 / At1g07520 / F / 5′-ACGGGAGAGAAGTGATGAATGTG-3′
R / 5′-GCTCTGCCTCCACTGGCTTC-3′
SCL32 / At3g49950 / F / 5′-GATGTGAAGGCGATGCTGGAG-3′
R / 5′-TGGGAACCCAAACGGTAGC-3′
SCL33 / At2g29060 / F / 5′-AGCTGAAGAAATGGCGTTACC-3′
R / 5′-GGCAGGAACCCAACAAGAAG-3′
ACTIN2 / At3g18780 / F / 5′-TCGCTGACCGTATGAGCAAAGAA-3′
R / 5′-TGGAATGTGCTGAGGGAAGCA-3′