evidence_id paper_id publication_year paper_title doi article_gene_name article_gene_or_locus_id accession sequence_database sequence_type article_reported_length retrieved_nucleotide_length retrieved_protein_length current_ncbi_loc_id website_standard_gene_id current_ncbi_geneid ncbi_protein_id reference_assembly_accession alignment_source percent_identity query_coverage_percent alignment_length mapping_confidence website_annotation current_site_predicted_localization mapping_evidence article_experimental_localization article_direct_interactor nucleotide_sequence_5_to_3 protein_sequence_1_letter sequence_source sequence_availability evidence_classification source_url CORE-006_PP663235 CORE-006 2026 Functional characterization of SmNRAMP1 allelic variants conferring reduced cadmium uptake in Salvia miltiorrhiza. 10.1186/s12870-026-08145-1 SmNRAMP1 PP663235 NCBI GenBank CDS feature from GenBank nucleotide record not independently verified in article text 1593 530 LOC131005059 SmilChr01G004712 131005059 GCF_028751815.1 nucleotide CDS and protein BLAST against active nuclear reference, 2026-09-27 99.435 100.0 1593 Exact or near-exact sequence match metal transporter Nramp1 Article-linked accession PP663235; GenBank CDS; active nuclear reference unique top gene LOC131005059; CDS BLAST 99.435% identity/100.00% query span; protein top gene agrees ATGGCTGCGCCGCCAGTTCAGCCGCAGTTTATGACCACCACCGACCGCAGAACTCATCCCGACGAGTCGCTCATTGATAATATTGAATATGATCAGATTGTTGTGCCGGAGCATAAAAGCTGGAAGAACTTGTTTTCATATATCGGGCCAGGGTTTCTTGTTTGCATTGCTTATATTGATCCAGGAGATTTTCAGACGGATCTGCAGGCCGGAGCTCAGTATAAGTATGGACTACTTTGGATCATATTGCTTGCTTCATGTGCGGCCCTTATTATTCAATCTCTCGCAGCAAACCTAGGAGTTGTTACAGGAAAGCATTTAGCTGAGCACTGTCGAAAGGAATACCCAAGAGTCCCAAATTTTATTTTGTGGATTCTTGCTGAAATAGCCATAGTTGCATGTGACATTCCTGAAGTTATTGGAACAGCATTTGCTCTGAACATGCTTTTCAATATTCCACTGTGGTGCGGTGTGCTTATAACAGGACTTAGTACGTTGGTTCTTCTGTTGCTGCAGCAATACGGGGTGAGAAAGTTTGAGATTTTTATCGCTTTCCTTGTCTTAACAATTGCTGGCTGCTTCTTTGCTGAACTTGGTTATGCAAAGCCCAACTCATCGGAAGTTTTACAAGGCCTTTTTGTTCCCCAACTTAAGGGGAGCGGAGCTACTAAGCTGGCTATTTCACTCCTCGGTGCTATGGTTACGCCGCACAATCTTTTCCTCCATTCAGCATTGGTGCTCTCTAGGAAAATCCCACGATCTGTCAGTGGTATCAAAGAGGCATGCAGATTTTACATGATAGAAAGTGGCTTCGCCTTACTGGTTGCCTTCTTCATCAACATATCAGTTATCTCAGTTAGCGGGGCTGTTTGCAATTCACCGAATCTTAACTCAAAGGAGCATGAAAGCTGCGAGAGCTTGGACCTGAATGAAGCTTCCTTTTTACTTAAGAATGTTCTCGGCAGTTGGAGTTCCAAGCTTTTTGCAATTGCTTTGCTGGCATCAGGACAGAGCTCGACCATAACGGGAACATATGCTGGACAGTATGTTATGCAGGGATTCCTTGACTTGCGGCTGAAGCCATGGATTAGGAACTTTTTAACTCGATGTTTAGCAATTGTTCCTAGTTTAATTGTAGCAATTATCGGTGGAGCTTCTGGGGCTGGAAACTTGATCATCATAGCATCGATGATCTTATCGTTCGAACTTCCTTTTGCACTAATTCCACTTCTGAAGTTCACAAGTTGCAAGACCAAGATGGGCTTATATGTCAACTCATTTGCTATTGCAGCCACTACTTGGATCATCGGCTTCTTGATCATGGGCATCAACATCTTCTACCTAGCTGAAAAGCTAGTGACTTCCCTCCGTCATAGCAGACTGAGCACCGTGGGCATCGTGTTTTGTGGACTGTTGGGGGTCTTGGCCATGCTCGTTTACCTATCCAGCATCGCGTATTTGGTGATCCGTAAGAACAAGGAGGGCTCTCACCTTATCGCGTTGTCGGATAGGCAGGAGGAGAATGCTAGCCTACCTAGACAGGACATAGCTAACATGCAATTACCTCAAACAAGAACAACTGATCATCTTTGA MAAPPVQPQFMTTTDRRTHPDESLIDNIEYDQIVVPEHKSWKNLFSYIGPGFLVCIAYIDPGDFQTDLQAGAQYKYGLLWIILLASCAALIIQSLAANLGVVTGKHLAEHCRKEYPRVPNFILWILAEIAIVACDIPEVIGTAFALNMLFNIPLWCGVLITGLSTLVLLLLQQYGVRKFEIFIAFLVLTIAGCFFAELGYAKPNSSEVLQGLFVPQLKGSGATKLAISLLGAMVTPHNLFLHSALVLSRKIPRSVSGIKEACRFYMIESGFALLVAFFINISVISVSGAVCNSPNLNSKEHESCESLDLNEASFLLKNVLGSWSSKLFAIALLASGQSSTITGTYAGQYVMQGFLDLRLKPWIRNFLTRCLAIVPSLIVAIIGGASGAGNLIIIASMILSFELPFALIPLLKFTSCKTKMGLYVNSFAIAATTWIIGFLIMGINIFYLAEKLVTSLRHSRLSTVGIVFCGLLGVLAMLVYLSSIAYLVIRKNKEGSHLIALSDRQEENASLPRQDIANMQLPQTRTTDHL NCBI GenBank PP663235.1, CDS feature GenBank CDS and translated protein retrieved Article accession plus GenBank sequence alignment to current nuclear reference; computational identity mapping https://www.ncbi.nlm.nih.gov/nuccore/PP663235.1 CORE-006_PP663236 CORE-006 2026 Functional characterization of SmNRAMP1 allelic variants conferring reduced cadmium uptake in Salvia miltiorrhiza. 10.1186/s12870-026-08145-1 SmNRAMP1 PP663236 NCBI GenBank CDS feature from GenBank nucleotide record not independently verified in article text 1593 530 LOC131005059 SmilChr01G004712 131005059 GCF_028751815.1 nucleotide CDS and protein BLAST against active nuclear reference, 2026-09-27 99.937 100.0 1593 Exact or near-exact sequence match metal transporter Nramp1 Article-linked accession PP663236; GenBank CDS; active nuclear reference unique top gene LOC131005059; CDS BLAST 99.937% identity/100.00% query span; protein top gene agrees ATGGCTGCGCCGCCAGTTCAGCCGCAGTTTATGACCACCACCGACCGCAGAACTCATCCCGACGAGTCGCTCATTGATAATATTGAATATGATCAGATTGTTGTGCCGGAGAATAAAAGCTGGAAGAACTTGTTTTCATATATCGGCCCAGGGTTTCTTGTTTGCATTGCTTATATTGATCCAGGAAATTTTCAGACGGATCTGCAGGCCGGAGCTCAGTATAAGTATGGACTACTTTGGATCATATTGCTTGCTTCATGTGCGGCCCTTATTATTCAATCTCTCGCAGCAAACCTAGGAGTTGTTACAGGAAAGCATTTAGCTGAGCACTGTCGAAAGGAATACCCAAGAGTCCCAAATTTTATTTTGTGGATTCTTGCTGAAATAGCCATAGTTGCATGTGACATTCCTGAAGTTATTGGAACAGCATTTGCTCTGAACATGCTTTTCAATATTCCACTGTGGTGCGGTGTGCTTATAACAGGACTTAGTACGTTGGTTCTTCTGTTGCTGCAGCAATACGGGGTGAGAAAGCTTGAGATTTTTATCGCTTTCCTTGTCTTAACAATTGCTGGCTGCTTCTTTGCTGAACTTGGTTATGCAAAGCCCAACTCATCGGAAGTTTTACAAGGCCTTTTTGTTCCCCAACTTAAGGGGAGCGGAGCTACTAAGCTGGCTATTTCACTCCTCGGTGCTATGGTTATGCCGCACAATCTTTTCCTCCATTCAGCATTGGTGCTCTCTAGGAAAATCCCACGATCTGTCAGTGGTATCAAAGAGGCATGCAGATTTTACATGATAGAAAGTGGCTTCGCCTTACTGGTTGCCTTCTTCATCAACATATCAGTTATCTCAGTTAGCGGGGCTGTTTGCAATTCACCGAATCTTAACTCAAAGGAGCTTGAAAGCTGCGAGAGCTTGGACCTGAATGAAGCTTCCTTTTTACTTAAGAATGTTCTCGGCAGTTGGAGTTCCAAGCTTTTTGCAATTGCTTTGCTGGCATCAGGACAGAGCTCGACCATAACGGGAACATATGCTGGACAGTATGTTATGCAGGGATTCCTTGACTTGCGGCTGAAGCCATGGATTAGGAACTTTTTAACTCGATGTTTAGCAATTGTTCCTAGTTTAATTGTAGCAATTATCGGTGGAGCTTCTGGGGCTGGAAACTTGATCATCATAGCATCGATGATCTTATCGTTCGAACTTCCTTTTGCACTAATTCCGCTTCTGAAGTTCACAAGTTGCAAGACCAAGATGGGCTTATATGTCAACTCATTTGCTATTGCAGCCACTACTTGGATCATCGGCTTCTTGATCATGGGCATCAACATCTTCTACCTAGCTGAAAAGCTAGTGACTTCCCTCCGTCATAGCAGACTGAGCATCGTGGGCATCGTGTTTTGTGGACTGTTGGGGGTCTTGGCCATGCTCGTTTACCTATCCAGCATCGCGTATTTGGTGATCCGTAAGAACAAGGAGGGCTCTCACCTTATCGCGTTGTCGGATAGGCAGGAGGAGAATGCTAGCCTACCTAGACAGGACATAGCTAACATGCAATTACCTCAAACAAGAACAACTGATCATCTTTGA MAAPPVQPQFMTTTDRRTHPDESLIDNIEYDQIVVPENKSWKNLFSYIGPGFLVCIAYIDPGNFQTDLQAGAQYKYGLLWIILLASCAALIIQSLAANLGVVTGKHLAEHCRKEYPRVPNFILWILAEIAIVACDIPEVIGTAFALNMLFNIPLWCGVLITGLSTLVLLLLQQYGVRKLEIFIAFLVLTIAGCFFAELGYAKPNSSEVLQGLFVPQLKGSGATKLAISLLGAMVMPHNLFLHSALVLSRKIPRSVSGIKEACRFYMIESGFALLVAFFINISVISVSGAVCNSPNLNSKELESCESLDLNEASFLLKNVLGSWSSKLFAIALLASGQSSTITGTYAGQYVMQGFLDLRLKPWIRNFLTRCLAIVPSLIVAIIGGASGAGNLIIIASMILSFELPFALIPLLKFTSCKTKMGLYVNSFAIAATTWIIGFLIMGINIFYLAEKLVTSLRHSRLSIVGIVFCGLLGVLAMLVYLSSIAYLVIRKNKEGSHLIALSDRQEENASLPRQDIANMQLPQTRTTDHL NCBI GenBank PP663236.1, CDS feature GenBank CDS and translated protein retrieved Article accession plus GenBank sequence alignment to current nuclear reference; computational identity mapping https://www.ncbi.nlm.nih.gov/nuccore/PP663236.1 P014_KY435890 P014 2025 Overexpression of SmGRAS5 enhances tolerance to abiotic stresses in Salvia miltiorrhiza. 10.1016/j.plaphy.2025.109669 SmGRAS5 KY435890 NCBI GenBank full-length ORF not reported in the checked text 1041 346 LOC131024222 SmilChr05G002318 131024222 GCF_028751815.1 nucleotide 99.232 100.0 1041 Exact or near-exact sequence match GRAS family protein RAM1-like Nucleus (1.000) Live BLAST against current website CDS/protein sequences on 2026-08-29 "ATGAGTTCTGCTACTGGCAGTCCTATTCAGAGATTAGCTTTCTATCTCTCTGAAGCACTC AGTTTGAAGATTGCTAATGAAGATAGAGAAAAGAAGCAACACGAGAAGAAGAAACTGGTG GTCAGGCATTTAGAGCCAACAAAGTGTGTGAATTCGATTCCTATTTATTTCAAGCAGTTT CCTGTCACTCAGATTACCAATCTAGTCGGAAGCCACACCATTCTACATTATCTGGATAAG GTGAGAAGGATCCACATCGTTGATCTTGAGATCAGGAGTGGAGTGCAGTGGGTGCAGTTT ATGCAGGATGCTTCTGCGCCAAGTGAGCATCCTATCCAGCATCTCAAGATCACTGCTGTT GGGACCAGCTCAAAAAAGTCGATTCTGGAGGAGACGGGTAGGCAACTGGCAAGCTTTGCT GAGTCTGTGAGCTTGAAGTTCACTTTTGGGGTAGTGGTGGTGGAGGATGTTTTAGAGCTG AATCAAGACCTGTTTGAGCTCGATGCTGATGAAGCTGTCGTTGTTTATGCAGCCTACAGT CTGGTGACGATGGTTGGAAGGGCTGAGCGTCTTAATCATGTGATGGAGGTCATCAAAAGC CTGAGGCCTTGTATCATGGTGGTCACGGAAATGGAGGCCAACTGTAACTCTCCGAGCTTC ACAGAGCGTTTTGTTGAGAGTTTGTTTATGTTTGGTGCATTGTTCGATTCTCTGGCAGAG TGTTTGAAGGGTGAAGAGACGAGTAGAATGGATATCGAGTCCACGTTGTTTAGGTCATCC ATAAACAATGTGTTGGCAGCTGAAGGAGATGAGATGATGCTGAGGCATGTTCCTATACAT GTTTGGAGGGCTTCTTTTGATGGTTTTGGACTGCTGGAGACGGAACTGAGCTTCTCGTCT CTGGAGCAAGCTAATTTGCTGCTCCGAGATTTCTCCTATGGGAGCTCCGTCACATTGTGC AGGAACGGTGGATGCCTAACCGTTGGTTGGAAGGGGACGCCGCTTACTTCACTATCTGCT TGGAAGCTTCCCAAACACTGA" "MSSATGSPIQRLAFYLSEALSLKIANEDREKKQHEKKKLVVRHLEPTKCVNSIPIYFKQF PVTQITNLVGSHTILHYLDKVRRIHIVDLEIRSGVQWVQFMQDASAPSEHPIQHLKITAV GTSSKKSILEETGRQLASFAESVSLKFTFGVVVVEDVLELNQDLFELDADEAVVVYAAYS LVTMVGRAERLNHVMEVIKSLRPCIMVVTEMEANCNSPSFTERFVESLFMFGALFDSLAE CLKGEETSRMDIESTLFRSSINNVLAAEGDEMMLRHVPIHVWRASFDGFGLLETELSFSS LEQANLLLRDFSYGSSVTLCRNGGCLTVGWKGTPLTSLSAWKLPKH" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://doi.org/10.1016/j.plaphy.2025.109669 P024_KY435890 P024 2025 SmGRAS5 acts as a positive regulator in GA-induced biosynthesis of tanshinones in Salvia miltiorrhiza hairy roots. 10.1016/j.plantsci.2025.112440 SmGRAS5 KY435890 NCBI GenBank full-length ORF not reported in the checked text 1041 346 LOC131024222 SmilChr05G002318 131024222 GCF_028751815.1 nucleotide 99.232 100.0 1041 Exact or near-exact sequence match GRAS family protein RAM1-like Nucleus (1.000) Live BLAST against current website CDS/protein sequences on 2026-08-29 SmGRAS5: nucleus "ATGAGTTCTGCTACTGGCAGTCCTATTCAGAGATTAGCTTTCTATCTCTCTGAAGCACTC AGTTTGAAGATTGCTAATGAAGATAGAGAAAAGAAGCAACACGAGAAGAAGAAACTGGTG GTCAGGCATTTAGAGCCAACAAAGTGTGTGAATTCGATTCCTATTTATTTCAAGCAGTTT CCTGTCACTCAGATTACCAATCTAGTCGGAAGCCACACCATTCTACATTATCTGGATAAG GTGAGAAGGATCCACATCGTTGATCTTGAGATCAGGAGTGGAGTGCAGTGGGTGCAGTTT ATGCAGGATGCTTCTGCGCCAAGTGAGCATCCTATCCAGCATCTCAAGATCACTGCTGTT GGGACCAGCTCAAAAAAGTCGATTCTGGAGGAGACGGGTAGGCAACTGGCAAGCTTTGCT GAGTCTGTGAGCTTGAAGTTCACTTTTGGGGTAGTGGTGGTGGAGGATGTTTTAGAGCTG AATCAAGACCTGTTTGAGCTCGATGCTGATGAAGCTGTCGTTGTTTATGCAGCCTACAGT CTGGTGACGATGGTTGGAAGGGCTGAGCGTCTTAATCATGTGATGGAGGTCATCAAAAGC CTGAGGCCTTGTATCATGGTGGTCACGGAAATGGAGGCCAACTGTAACTCTCCGAGCTTC ACAGAGCGTTTTGTTGAGAGTTTGTTTATGTTTGGTGCATTGTTCGATTCTCTGGCAGAG TGTTTGAAGGGTGAAGAGACGAGTAGAATGGATATCGAGTCCACGTTGTTTAGGTCATCC ATAAACAATGTGTTGGCAGCTGAAGGAGATGAGATGATGCTGAGGCATGTTCCTATACAT GTTTGGAGGGCTTCTTTTGATGGTTTTGGACTGCTGGAGACGGAACTGAGCTTCTCGTCT CTGGAGCAAGCTAATTTGCTGCTCCGAGATTTCTCCTATGGGAGCTCCGTCACATTGTGC AGGAACGGTGGATGCCTAACCGTTGGTTGGAAGGGGACGCCGCTTACTTCACTATCTGCT TGGAAGCTTCCCAAACACTGA" "MSSATGSPIQRLAFYLSEALSLKIANEDREKKQHEKKKLVVRHLEPTKCVNSIPIYFKQF PVTQITNLVGSHTILHYLDKVRRIHIVDLEIRSGVQWVQFMQDASAPSEHPIQHLKITAV GTSSKKSILEETGRQLASFAESVSLKFTFGVVVVEDVLELNQDLFELDADEAVVVYAAYS LVTMVGRAERLNHVMEVIKSLRPCIMVVTEMEANCNSPSFTERFVESLFMFGALFDSLAE CLKGEETSRMDIESTLFRSSINNVLAAEGDEMMLRHVPIHVWRASFDGFGLLETELSFSS LEQANLLLRDFSYGSSVTLCRNGGCLTVGWKGTPLTSLSAWKLPKH" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://doi.org/10.1016/j.plantsci.2025.112440 P013_PQ882505 P013 2025 Discovery of the roles of SmMAPK4 in regulating tanshinone biosynthesis in Salvia miltiorrhiza. 10.1111/nph.70825 SmMAPK4 MAPK(026751) (article transcriptome locus) PQ882505 NCBI GenBank sequence record not reported in the checked text 1134 377 LOC131020684 SmilChr04G003884 131020684 XP_057805646.1 GCF_028751815.1 protein 100.0 100.0 377 Exact or near-exact sequence match mitogen-activated protein kinase homolog MMK2 Nucleus (1.000); Cytoplasm (1.000) Live BLAST against current website CDS/protein sequences on 2026-08-29 SmMAPK4: nucleus and cytoplasm SmMAPK4 - SmBTS1 (Y2H; GST pull-down; Co-IP in Nicotiana benthamiana; split-firefly luciferase complementation) "ATGTCGGCTATGTCGAAGGAGTCGAGCTCAGGTGATCACGGTGGAAATAATTTCCATGGC GTGCCAACGCATGGCGGGAGATATATGCAGTACAATTTGTACGGAAATCTCTTCGAAGTT TCTAGAAAGTATGTCCCTCTCAGGCCCGTCGGCCGTGGGGCCTATGGCATTGTATGTGCC GCTGTAAACTCTGAGACACGTGAAGAAGTCGCCATTAAGAAGATTGGCAATGCATTTGAT AATAGAATTGATGCCAAGAGGACATTACGAGAAATCAAACTTCTACTTCACATGGATCAT GATAATGTGATCGCAATTAAAGACATAATACGGCCACCACAGAAGGAGAACTTCAACGAT GTGTACATTGTTTATGAACTTATGGACACTGATCTTCACCAGATTATCCGGTCCAATCAA CCATTGGCCGATGACCACTGTCGGTATTTCCTTTACCAAATACTACGGGGACTTAAGTAT GTCCATTCCGCAAACGTCTTGCATCGAGATCTTAAACCGAGTAATTTGCTCCTCAATGCT AATTGTGATCTGAAAATCGGAGATTTTGGTCTCGCAAGGACAACATCTGAGACTGATTTC ATGACGGAGTATGTTGTTACTCGTTGGTATCGAGCTCCAGAACTGCTCCTAAATTGTTCA GAATACACTGCTGCAATTGATATCTGGTCCGTAGGTTGCATACTCGGTGAGATCATGACA AGACAACCTCTATTTCCCGGAAAAGATTATGTTCATCAGTTGAGACTCATCACAGAGCTA ATTGGCTCTCCAGATGATGCCAGTCTCGGGTTTCTTAGAAGCAATAATGCCCGAAGATAC GTTAGGCAGCTCCCGCAGTACCCAAAGCAACAATTTTCTGCCAGATTTTCGAATACTGCT CCTGGAGCTCTGGATTTATTAGAGAAAATGCTCGTGTTTGACCCAAGCAGGCGCATTACA GTTAATGAGGCTCTCTGTCATCCGTACTTAGCACCCCTTCATAATATTAACGAGGAACCT GTTTGCCCTCGGCCTTTTGCCTTCGACTTTGAGCAGCCATCGGTTACTGAAGAGCACATC AAGGAACTCATATGGAGGGAATCTGTAAGATTCAATCCTGACCCAACTTACTGA" "MSAMSKESSSGDHGGNNFHGVPTHGGRYMQYNLYGNLFEVSRKYVPLRPVGRGAYGIVCA AVNSETREEVAIKKIGNAFDNRIDAKRTLREIKLLLHMDHDNVIAIKDIIRPPQKENFND VYIVYELMDTDLHQIIRSNQPLADDHCRYFLYQILRGLKYVHSANVLHRDLKPSNLLLNA NCDLKIGDFGLARTTSETDFMTEYVVTRWYRAPELLLNCSEYTAAIDIWSVGCILGEIMT RQPLFPGKDYVHQLRLITELIGSPDDASLGFLRSNNARRYVRQLPQYPKQQFSARFSNTA PGALDLLEKMLVFDPSRRITVNEALCHPYLAPLHNINEEPVCPRPFAFDFEQPSVTEEHI KELIWRESVRFNPDPTY" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://doi.org/10.1111/nph.70825 P003_KP257557.1 P003 2025 Deciphering the role of a novel basic helix-loop-helix (bHLH) transcription factor: SmbHLH125 in Salvia miltiorrhiza secondary metabolism through transcriptomic and metabolomic insights. 10.1016/j.ijbiomac.2025.145067 SmbHLH125 KP257557.1 NCBI GenBank cDNA/CDS record full ORF 550 bp; CDS 279 bp; 92 aa 282 93 LOC131025225 SmilChr05G004170 131025225 XP_057810865.1 GCF_028751815.1 protein 98.925 100.0 93 High-confidence sequence match transcription factor PRE6-like Nucleus (1.000) Live BLAST against current website CDS/protein sequences on 2026-08-29 SmbHLH125: nucleus "ATGTCTAGCAGAAGATCGCGTTCGAGGGCGGCGTCGGGATCCTCGAGGATAACCGACGAT CAGATCGCCGACCTCGTCTCAAAATTGCAGCAACTCATCCCCGAGATCCGCAGCCGCCGT TCCGACAAGGCTTCGGCTTCGAAGGTGTTGCAGGAGACGTGCAACTACATAAGGAACTTG CACAGAGAGGTGGATGATCTGAGCCATCGATTGTCGGGGCTGCTGGAATCGACGGACGGC GACAGCGCTCAAGCCGCCATTATTAGGAGCTTGCTATTGTAA" "MSSRRSRSRAASGSSRITDDQIADLVSKLQQLIPEIRSRRSDKASASKVLQETCNYIRNL HREVDDLSHRLSGLLESTDGDSAQAAIIRSLLL" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://doi.org/10.1016/j.ijbiomac.2025.145067 P031_OP009356 P031 2023 SmWD40-2 functions as a positive regulator of both tanshinones and phenolic acids biosynthesis in Salvia miltiorrhiza Bunge hairy roots SmWD40-2 OP009356 NCBI GenBank complete CDS not reported in the checked text 1275 424 LOC131018845 SmilChr01G001557 131018845 GCF_028751815.1 nucleotide 100.0 100.0 1275 Exact or near-exact sequence match WD-40 repeat-containing protein MSI1-like Nucleus (1.000); Nucleoplasm (0.600) Live BLAST against current website CDS/protein sequences on 2026-08-29 SmWD40-2: mainly nucleus; weak cell-membrane signal "ATGGAAAAAGACGACGACGAGATGAGGGGGGAGATTGAGGAGCGGCTGGTAAATGAGGAG TACAAGATTTGGAAGAAGAACACGCCGTTCCTCTACGATTTGGTCGTCACTCACGCGCTC GAGTGGCCGTCGCTGACCGTGGAGTGGCTGCCCGACCGGGAGGAGCCGCCGGGCAAGGAT TACTCTGCCCAGAAGATGATTCTCGGTACCCACACTTCCGAGAACGAGCCCAATTACCTC ATGCTCGCCAGGATTCAGCTGCCTCTCGAGGACACCGAGAACGATTCCCGCCATTACGAC GATGAACGGTCTGAATTCGGTGGATTTGGCTGCACTAATGGCAAGGTTCAAATTATCCAG CAAATAAATCATGATGGGGAGGTCAATCGAGCCCGTTACATGCCCCAAAATCCATTTATT ATCGCCACCAAGACTGTTAGTGCGGAAGTTTATGTTTTCGACTATAGCAAACATCCCTCA AAGCCTCCTCTAGATGGTGCATGTAACCCTGATTTGAGGCTAAGGGGCCACAGCACTGAA GGGTATGGTTTATCGTGGAGTCAGTTCAAGGATGGTCATCTTTTGAGTGGTTCGGATGAT GCCCAAATATGTTTGTGGGATATAAATGCAACTCCGAAGAATAATGCTCTAGATGCAATG CAAACATTTAAGATTCATGAAGGTGTTGTTGAAGATGTGGCATGGCACCTCAGGCATGAA TATCTGTTTGGGTCGGTTGGAGATGACCAGCATCTTCATATATGGGATCTCCGATCTCCT TCAGTCAACAAGCCGATACAATCTGTAGTAGCCCATCAAAGCGAGGTAAACTGTTTGGCT TTCAATCCTTTTAATGAGTGGGTTCTGGCAACGGGTTCCACTGACAAGACTGTCAAGTTA TTTGACATGCGAAGGATTTCTACCGCACTCCACAAATTTGACTGTCACAAGGAGGAGGTT TTCCAGGTCGGATGGAACCCAAAGAACGAGACCATCTTAGCTTCGTGTTGTCTTGGTAGA AGACTGATGGTCTGGGATCTCAGCAGGATTAATGAAGAGCAGTCGTCGGAGGATGCTGAG GATGGACCACCGGAGCTCGTATTCATTCATGGTGGCCATACGAGTAAAATCTCCGACTTC TCATGGAACCCTTGTGAAGACTGGGTTGTTGCTAGCGTGGCGGAGGACAACATACTTCAA ATATGGCAGATGTCTGAGAACATCTACCATGATGAAGATGATGTGCCTGTGAATGACGCC ATGAAAGGCTCCTAG" "MEKDDDEMRGEIEERLVNEEYKIWKKNTPFLYDLVVTHALEWPSLTVEWLPDREEPPGKD YSAQKMILGTHTSENEPNYLMLARIQLPLEDTENDSRHYDDERSEFGGFGCTNGKVQIIQ QINHDGEVNRARYMPQNPFIIATKTVSAEVYVFDYSKHPSKPPLDGACNPDLRLRGHSTE GYGLSWSQFKDGHLLSGSDDAQICLWDINATPKNNALDAMQTFKIHEGVVEDVAWHLRHE YLFGSVGDDQHLHIWDLRSPSVNKPIQSVVAHQSEVNCLAFNPFNEWVLATGSTDKTVKL FDMRRISTALHKFDCHKEEVFQVGWNPKNETILASCCLGRRLMVWDLSRINEEQSSEDAE DGPPELVFIHGGHTSKISDFSWNPCEDWVVASVAEDNILQIWQMSENIYHDEDDVPVNDA MKGS" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://www.ncbi.nlm.nih.gov/nuccore/OP009356 CORE-032_JN831118 CORE-032 2022 SmDXS5, acting as a molecular valve, plays a key regulatory role in the primary and secondary metabolism of tanshinones in Salvia miltiorrhiza. 10.3389/fpls.2022.1043761 SmDXS5 JN831118 NCBI GenBank CDS feature from GenBank nucleotide record not independently verified in article text 2112 703 LOC131020949 SmilChr04G004077 131020949 GCF_028751815.1 nucleotide CDS and protein BLAST against active nuclear reference, 2026-09-27 98.737 97.44 2058 Exact or near-exact sequence match probable 1-deoxy-D-xylulose-5-phosphate synthase, chloroplastic Article-linked accession JN831118; GenBank CDS; active nuclear reference unique top gene LOC131020949; CDS BLAST 98.737% identity/97.44% query span; protein top gene agrees ATGGCTCTGAACACACTCTCCTTTTGTGGGAGTCTGAGAAAGGGAGTGGGCTCAGATGCTCACAGCAACAGGCTGCATGGGGTGGATCAACAGTGTCACTTTTCTTTCAAGGCAAAGAGAAGTTCAAGTGGGATTTGTGCATCATCTTCAAAAAGAGGGGAATATTTCTCAGAGAAGCCTCCAACTCCTCTTCTGGACTCTATCAACTATCCAAACCACATGAAAAATCTCTCACTAAAGGAGCTGCAGCAACTCGCGGATGAGCTGAGGTCCGATCTTATTTTCAATGTGTCGAAAACGGGGGGCCACCTTGGCTCCGGCCTCGGTGTGATTGAGCTCACCGTGGCTCTTCACTACGTGTTTGAAGCGCCTCAAGATCGAATACTTTGGGATGTTGGCCACCAGTCTTATCCTCACAAGATTCTAACTGGACGAAGAGACAGGATGCCGACTTTGAGACAGACAGACGGCCTCTCTGGCTTCACCAAGCGGTCTGAGAGTGACTACGACTGCTTTGGCGCTGGCCATAGCTCCACCACAATCTCTGCAGGATTAGGAATGGCTGTGGGAAGGGATCTGAAAGGAAGGAAAAATCATGTAGTTGCTGTGATAGGCGATGGTGCCATGACGGCAGGTCAGGCATACGAAGCAATGAACAATGCCGGCTATCTTGACTCGGATATGATTGTGATTCTCAACGACAACAAGCAAGTCTCTCTCCCGACTGCAACTCTGGACGGGCCTAGCCCTCCCGTTGGAGCACTGAGTCGTGCCTTGAGCAGGCTGCAGTCCAATCGACCTCTTAGAGAGCTAGGAGAAGCTTCCAAGGGAGGGTCGATGCACGAGCTTGCAGCAAAGCACGGTCGTGGCCTAATGAGTGGCTCTGGCTCTACTCTGTTTGAAGAGCTCGGGCTTTACTACATCGGCCCCGTTGATGGTCACAATATACATGACCTGACAACAATTCTTGCACGAGTTAAGAACACGAAGATAACAGGTCCGGTGCTGATCCACGTTGTCACGGAGAAGGGCAAGGGGTATCCGTATGCAGAACGAGCTGCAGACAAGTATCACGGTGTGAGCAAGTTTGATCCGGCAACGGGGAAGCAATTTAAGGCCAATGCTCGGACGCAGTCCTACACGACGTGCTTTGCAAGGGCGTTGATAGCAGAGGCCGAGGCAGACGAGGATGTGGTGGCCATCCACGCTGCAATGGGGGGCGGGACGGGGTTGGACCTCTTCAATCACAGGTTCCCGACAAGGTGTTTCGACGTTGGGATCGCGGAGCAGCATGCTGTGACATTTGCTGCAGGTTTGGCATGTGAGGGCATCAAGCCATTCTGTGCAATCTACTCGTCTTTCATGCAGAGGGCTTATGATCAGGTGGTGCACGACGTCGATCTGCAGAAGCTGCCGGTGAGGTTTGCAATGGACCGGGCTGGTTTGGTCGGGGCGGACGGCCCCACACATTGTGGGGCTTTTGATGTGTCCTTCATGGCCTGCTTGCCTAACATGGTGGTCATGGCTCCCTCGGATGAGGCCGAGCTGTGCCATATGGTCTCGACTGCTGCTGCCATAGATGACCGGCCGTGCTGCTTCCGTTACCCTAGAGGAGACGGGGTAGGCGTGGAGCTGCCACCGGGGAACAAAGGAGTTCCCCTTGAGGTCGGTAGGGGCCGGATACTTGTCGAAGGCGAGAGAGTCGCGCTCTTGGGCTACGGGGCAGCTGTGCAGAGCTGTTTAGCTGCAGCTGCACTGCTTGAGCCCCATGGCCTGCGGTTGACGGTCGCGGACGCCCGTTTTTGCAAGCCGCTCGACCGAGCCCTCGTCCGGAACTTGGCTCGAACGCACGACGCCCTGATCACGGTCGAGGAGGGCTCGGTTGGTGGCTTTGGATCACACGTTGCTCACTTTTTGGCTCTCGATGGACTTCTTGATGGCAACTTGAAGTGGAGGCCACTAGTACTTCCCGATCGATACGTCGACCACGGAGCTCCGGCCGATCAGCTGACGCAAGTGGGGCTGACGCCGTCGTGCATCGCGGCAACGATCTTCAATATACTTGGGAGTTGGAAATCCAGAGAAGCTTTAGAGATCATCTTTAGAAATTAG MALNTLSFCGSLRKGVGSDAHSNRLHGVDQQCHFSFKAKRSSSGICASSSKRGEYFSEKPPTPLLDSINYPNHMKNLSLKELQQLADELRSDLIFNVSKTGGHLGSGLGVIELTVALHYVFEAPQDRILWDVGHQSYPHKILTGRRDRMPTLRQTDGLSGFTKRSESDYDCFGAGHSSTTISAGLGMAVGRDLKGRKNHVVAVIGDGAMTAGQAYEAMNNAGYLDSDMIVILNDNKQVSLPTATLDGPSPPVGALSRALSRLQSNRPLRELGEASKGGSMHELAAKHGRGLMSGSGSTLFEELGLYYIGPVDGHNIHDLTTILARVKNTKITGPVLIHVVTEKGKGYPYAERAADKYHGVSKFDPATGKQFKANARTQSYTTCFARALIAEAEADEDVVAIHAAMGGGTGLDLFNHRFPTRCFDVGIAEQHAVTFAAGLACEGIKPFCAIYSSFMQRAYDQVVHDVDLQKLPVRFAMDRAGLVGADGPTHCGAFDVSFMACLPNMVVMAPSDEAELCHMVSTAAAIDDRPCCFRYPRGDGVGVELPPGNKGVPLEVGRGRILVEGERVALLGYGAAVQSCLAAAALLEPHGLRLTVADARFCKPLDRALVRNLARTHDALITVEEGSVGGFGSHVAHFLALDGLLDGNLKWRPLVLPDRYVDHGAPADQLTQVGLTPSCIAATIFNILGSWKSREALEIIFRN NCBI GenBank JN831118.1, CDS feature GenBank CDS and translated protein retrieved Article accession plus GenBank sequence alignment to current nuclear reference; computational identity mapping https://www.ncbi.nlm.nih.gov/nuccore/JN831118.1 P025_MT921839 P025 2021 SmJRB1 positively regulates the accumulation of phenolic acid in Salvia miltiorrhiza 10.1016/j.indcrop.2021.113417 SmJRB1 MT921839 NCBI GenBank ORF/CDS record 607 aa predicted protein 1824 607 LOC130997349 SmilChr08G002720 130997349 GCF_028751815.1 nucleotide 99.452 100.0 1824 Exact or near-exact sequence match transcription factor MTB1 Nucleus (1.000) Live BLAST against current website CDS/protein sequences on 2026-08-29 SmJRB1: nucleus SmJRB1 - SmJAZ3; SmJAZ9 (Y2H; BiFC) "ATGGGGGTTGTTGGTTGGAGTAATGAAGATAAGGCGATGGCAGCAGCGGTTTTGGGAACT AAGGCTTTTGATTACTTGATGTCGAGCTCAGTTTCTGCTGAATGCTCGTTAATGGCGATG GGGAGTGATGAGAATTTGCAGAATAAGCTTGCAGATCTTGTAGAGCGCCCAAATTCTTCC AATTTTTGTTGGAATTATGCAATTTTCTGGCAGCTCTCTAGGTCCAAGGCTGGGGACTTG GTGTTGGGATGGGGGGACGGGTGTTGTCGAGAACCTCGTGATGATGAGGAATCTGAGGTT ACTCGAATTCTCAAAATGAGGCTCGAGGATGAATCTCAGCAGACAATGAGGAAAAGGGTT CTCCAGAGGTTGCATACTTTGTTTGGAGGAGGCGATGAGGAAAATTATGCTTTTGGATTG GATAAGGTAACGGACACTGAGATGTTTTTCCTGGCATCAATGTACTTTTCCTTCCCCAGG GGCGAAGGAGGCCCTGGGAGGTGTTTTGGATCTGGCAAGTATGTCTGGTTGTCGGATTCA TTGAAGTCTTCCGTTGATTACTGTGTTAGGTCATTCCTTGCAAAGTCGGCTGGCATGCAA ACTATTGTTTTGATCCCAACTGACGTTGGGGTAGTTGAATTAGGGTCGGTCAGATGCATC CCGGAAAGTATGGAGCTAGTCAAGGTGGTTGGATCTTCCTTTTCGTCGTTTTCTTCACTC CACAGGTCGAAACAAGCTGCAGCTGCGGCTGTGGTGACAGTAACGGACAAAAAGGATACG AATGCCCCCATTCCTAACCTGGCTATTGGTAACCGACCAGAAGTTGCTCCCAAGATTTTC GGGCAGGACTTAAATTCAAGCCATGTGCAATTTAGGGAAAATGTTTCCGTTAGGAAACCA GAAGTGCAAGAAAGGACTTGGGACGCAAGTGGAAACAGGAACAGGCTACCATTTACCAAC AATCGCAATGGTTTTCATGGCGCTACGTGGACACAGTATAGTAATGTAAGGCTAGGGAGT CCAGTAGAGGTTTACAGTCCTCAGACTCCAGCCAAAAAGCGTGCTGAGGTTGCCAACAGG AATAGAGAGGGGTTCATGATTAATAATTTTCAGCATCAAAAGCCAGCTCAAATGCGCATA GATTTTACTGGAGCGACCTCAAGGCCTTTAACCTCCTCACATCCACAGAGTCTCGAATCT GAGCTTTCAGATGTTGAGGCTTCATGCAAGGAAGAGGCTGCAGGCCTATCAGAAGATAAG AGGCCGAGGAAGCGTGGTAGGAAGCCTGCCAATGGAAGAGACGAACCCCTCAATCATGTA GAGGCAGAAAGACAGCGAAGAGAGAAGCTGAACCAGCGCTTCTACGCTCTACGAGCTGTT GTACCAAATATCTCTAAGATGGATAAAGCTTCCCTCCTTGGAGATGCTATTGCTTACATA ACCGAACTGCAGAAGAAGCTCAAGGACATGGAGTCTGAGAGAGAAAGACTTGGCAGCATA TCGAGAGAAGCATCTGTTTCAGAAGCTAATTCAAACAGAGAATCACAAGACCTGCTGGCT TCGAGCATTAACATCGAAGCTGGCCGTGAAGAAGTCACTATTAGGATTAGCTGCCCGCTG GACGCCCATCCAGCATCAAGAGTCATCCAAGCAATCAATGATGCACAGGCAACTATCATC GATGCAAAAATGGCTACAGGGAGTGAGCGAGTGTTCCACACATTCGTTGTCAAATCCCAT GGATCCGAACGACTAACTAAGGAGAAGCTGATCGAAGCGTTTTCTCGTAGATCCAGCTCT CCCCATCAGTTATCTCTCGGGTAA" "MGVVGWSNEDKAMAAAVLGTKAFDYLMSSSVSAECSLMAMGSDENLQNKLADLVERPNSS NFCWNYAIFWQLSRSKAGDLVLGWGDGCCREPRDDEESEVTRILKMRLEDESQQTMRKRV LQRLHTLFGGGDEENYAFGLDKVTDTEMFFLASMYFSFPRGEGGPGRCFGSGKYVWLSDS LKSSVDYCVRSFLAKSAGMQTIVLIPTDVGVVELGSVRCIPESMELVKVVGSSFSSFSSL HRSKQAAAAAVVTVTDKKDTNAPIPNLAIGNRPEVAPKIFGQDLNSSHVQFRENVSVRKP EVQERTWDASGNRNRLPFTNNRNGFHGATWTQYSNVRLGSPVEVYSPQTPAKKRAEVANR NREGFMINNFQHQKPAQMRIDFTGATSRPLTSSHPQSLESELSDVEASCKEEAAGLSEDK RPRKRGRKPANGRDEPLNHVEAERQRREKLNQRFYALRAVVPNISKMDKASLLGDAIAYI TELQKKLKDMESERERLGSISREASVSEANSNRESQDLLASSINIEAGREEVTIRISCPL DAHPASRVIQAINDAQATIIDAKMATGSERVFHTFVVKSHGSERLTKEKLIEAFSRRSSS PHQLSLG" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://doi.org/10.1016/j.indcrop.2021.113417 P037_KF437883 P037 2021 Transcription factor SmSPL7 promotes anthocyanin accumulation and negatively regulates phenolic acid biosynthesis in Salvia miltiorrhiza SmSPL7 KF437883 NCBI GenBank complete ORF not reported in the checked text 2325 774 LOC131020947 SmilChr04G004075 131020947 GCF_028751815.1 nucleotide 98.546 100.0 2338 High-confidence sequence match squamosa promoter-binding-like protein 7 Nucleus (0.800) Live BLAST against current website CDS/protein sequences on 2026-08-29 SmSPL7: nucleus "ATGCAGCAAAATCCATCATCGCACCCAACCCCAATTCCACCAACCGAAGCCCTAATTCCG GCCGACGACCCCGCCGCGTCCTCCCTCTTCGACTGGTCGGATTTCCTCGACTTCAACCTC GATGAGGGCGGCCTCCACGCCGCGCCGTCGCTTCCCCAATCCGAGCAGGAGCAGGAGCAG CCCGGGGGGTTTGACCCGGGCCAGGAAAAGCCCGGCGCGGTGAGGAAGAGGGACCCGAGA TTGCTGTGCTCCAATTTCCTAGCACGGGTCCCCTGTGCCTGCCCCGAATTGGATCAGAAG CTGGCTGAGGAGGAGCGCGAGCTCCCCGGCAAGAAGCGGACCCGGATAGCCAGAGGGCCC GGCGGCCCGGCCCGGTGCCAGGTGCCCGGCTGCGAGGCTGATATCAGTGAGCTTAAAGGG TACCACAGGCGGCACCGTGTTTGCTTGCGGTGCGCCAATGCGGGCTCTGTGCTTCTTGAT GGCGATAGCAAGAGATATTGCCAGCAGTGTGGAAAGTTCCATATCTTGTCAGATTTTGAT GAGGGGAAACGTAGTTGTAGGAGGAAACTAGAACGTCACAATAACAGACGTAGAAGAAAA CCGAATGATTCCAAAGAAGGTGCGGAAAAGGAATCTCAACTGATAGTCTTGGCTGATGAT CTCAGCGGCGATGATGATGCTGGAAAAGATGGAATAAGTGTGAATGGTCAGATTGAAGAT AAGGAGCTTTTGCTGGAGTCGGATGGGCAGGTCTCTGCTCTAGGCTCGCAGACTCTCCAA AGTGATAGTGTCGTATCATTATCCACCTCTGGCGAACCTCACGTCGAAGCTGATACACAG AATCCGAAAATCAAGCAGTCTCCACCCTACTGTGACAACAAGAGCAGTTTTTCCTCCGCG GGTAGGGTCTCTTTCAAGCTCTACGATTGGAATCCAGCTGAATTTCCTCGACGACTCCGA CTTCAAATATTCCAATGGTTGGCTAGCATGCCTGTCGAGTTGGAGGGGTATATCCGTCCG GGTTGTACAATCTTGACTGCTTTTATTGCAATGCCAAAGCCAGTGTGGCGTGAGTTATTG GAGGAACCGTCTTTATGCATAAAAGATCTTGTCTTGTCACCTGGGAGCCTTTTGTCGGGA AGAGGCCCAATGCATGTTTATCTAAATGACATGATTTTTCGAATCACAGAAGATGCATCT TTGGTACACGAGGTTAAAGTAAAGGATCGAGCTCCAAAGCTTCATTACATTCATCCAAAT TGCTTTGAGGCTGGCAGGCCAATGGAATTCGTGGCCTGTGGAAGCCATCTACTTCAACCG AACTTCCGGTTTCTAATTTCATTTGCTGGACAGTACCTAGCATATAAAATCCGTGTTTCG TCTCCGTGTGAGAAAGGGGACGCCGGAAGTGCTGACCATCAGTTGTTGAAGATATATGTC CCTCAAATTGATATTGCTCTTTCTGGCCCCGCTTTTGTCGAGGTTGAAAACCAGTCTGGC TTGTCCAACTTCATCCCGGTCCTCGTTGGTGACAAAGAAACGTGTGCAGAGATGGAGATC CTGCAACAGAAGTCCGGCACGCCTTCCTCCTCCCACGAACGAGAACATTTGTCTCCACAG CCTGCATGCAGGGTTCTTGCTTCTCGACAAGTGGAGTTCAACGAACTCGTCTTAGATGTG GCGTGGTTGCTAAAGAAACCAGCATCAGAGCAAAAGCTGACATCGTCCCGCATTCTAAGA TCTAACTGTTTATTGGAGTACTTGATGGGAAAGGAGTCTACCGTCGTTCTGGAGGGACTG TGTCGCTCGTTGAGATCCGCGATAGACAACAACTTGGTTGACGGCGATTCTAATTCCGAC ATGAGGTTACTACAGAAAAATATCGACGCTGCACAAAGGAGGCTCGCTCCGAAATCACAT GAAAAAGTGGTTGCGGATACGCCTGCACCGAGTGGAGATCGTTGCAGCCACATTCCGGAA AACGATACCTCGCCTTCCGTCCCGTCAGCTAATCAGGGTCTCCGTAGCACGGTGAGGAGC CTGCTGGGGCTCGTCGCGAGGCCCCCATCCTCTCTAGACGAAGAAGATGCGACGGTTCCT CTCTTGAAAGACAAAGTGATCATGAACGTCGATCTTCAGGAGAGGCCGAGAGGGTCTTGC AGTCGCTCGTTGTCAACAACACTTTCTACTTCGCGGCTCCTCATAGTGGCGGTTATGGCC GTCGGTGTCTGTTTCGGAGTGTGTGCGGCCGTCCTCCACCCTCAACGGGTCGGCCAGATC ACGTCGACCATACACAGCTGCCTATTCGACATCTCCCAACGCTAA" "MQQNPSSHPTPIPPTEALIPADDPAASSLFDWSDFLDFNLDEGGLHAAPSLPQSEQEQEQ PGGFDPGQEKPGAVRKRDPRLLCSNFLARVPCACPELDQKLAEEERELPGKKRTRIARGP GGPARCQVPGCEADISELKGYHRRHRVCLRCANAGSVLLDGDSKRYCQQCGKFHILSDFD EGKRSCRRKLERHNNRRRRKPNDSKEGAEKESQLIVLADDLSGDDDAGKDGISVNGQIED KELLLESDGQVSALGSQTLQSDSVVSLSTSGEPHVEADTQNPKIKQSPPYCDNKSSFSSA GRVSFKLYDWNPAEFPRRLRLQIFQWLASMPVELEGYIRPGCTILTAFIAMPKPVWRELL EEPSLCIKDLVLSPGSLLSGRGPMHVYLNDMIFRITEDASLVHEVKVKDRAPKLHYIHPN CFEAGRPMEFVACGSHLLQPNFRFLISFAGQYLAYKIRVSSPCEKGDAGSADHQLLKIYV PQIDIALSGPAFVEVENQSGLSNFIPVLVGDKETCAEMEILQQKSGTPSSSHEREHLSPQ PACRVLASRQVEFNELVLDVAWLLKKPASEQKLTSSRILRSNCLLEYLMGKESTVVLEGL CRSLRSAIDNNLVDGDSNSDMRLLQKNIDAAQRRLAPKSHEKVVADTPAPSGDRCSHIPE NDTSPSVPSANQGLRSTVRSLLGLVARPPSSLDEEDATVPLLKDKVIMNVDLQERPRGSC SRSLSTTLSTSRLLIVAVMAVGVCFGVCAAVLHPQRVGQITSTIHSCLFDISQR" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://www.ncbi.nlm.nih.gov/nuccore/KF437883 CORE-036_KM823184 CORE-036 2021 Integrated Transcriptomics and Proteomics to Reveal Regulation Mechanism and Evolution of SmWRKY61 on Tanshinone Biosynthesis in Salvia miltiorrhiza and Salvia castanea. 10.3389/fpls.2021.820582 SmWRKY61 KM823184 NCBI GenBank CDS feature from GenBank nucleotide record not independently verified in article text 507 168 LOC131003859 SmilChr01G004509 131003859 GCF_028751815.1 nucleotide CDS and protein BLAST against active nuclear reference, 2026-09-27 99.801 99.01 502 Exact or near-exact sequence match probable WRKY transcription factor 41 Article-linked accession KM823184; GenBank CDS; active nuclear reference unique top gene LOC131003859; CDS BLAST 99.801% identity/99.01% query span; protein top gene agrees ATGGAAAGCGAGTATCTTGAGCTGTACAAATCAGTGGTTAGTGAGATCAGCAAAGGGATGGAGCAAGTGAAAGAGTGTTGTTCCAACAAGGAGCAAGATGGATTCTTGGAGAGAATGTTGTCTTCCCATGAAGAGGCTCTATTGATTCTTACGGGGCGTGCTCCACAGGGACAATGTCAGTCAGGGATATCATCGTTATCAGATCCTCCCGACTCTCCAACTGGATCCAAAGATGCAAGAAGCCGTTTGTGGAAAAGGGAATACTTTAAGAGAAGAAATAAAATTGTCAAGATTGAGGCATCCTCTGATTCTGAACTACCACACGAGGATGGATATGCTTGGAGGAAGTACGGCAAGAAAGCTATCCTTAATGCCAAATATCCAAGAGGCTATTATAGATGCATTCAGAGTAAAACTTGTTTGGCTAAAAAACGAGTACAGAGGTCAGACGATGGGACTGTATTTGAGGTCACATACAAAGGACAGCATACATGCCCAGGCCTTTAG MESEYLELYKSVVSEISKGMEQVKECCSNKEQDGFLERMLSSHEEALLILTGRAPQGQCQSGISSLSDPPDSPTGSKDARSRLWKREYFKRRNKIVKIEASSDSELPHEDGYAWRKYGKKAILNAKYPRGYYRCIQSKTCLAKKRVQRSDDGTVFEVTYKGQHTCPGL NCBI GenBank KM823184.1, CDS feature GenBank CDS and translated protein retrieved Article accession plus GenBank sequence alignment to current nuclear reference; computational identity mapping https://www.ncbi.nlm.nih.gov/nuccore/KM823184.1 CORE-051_MK704422 CORE-051 2019 Overexpression of SmANS Enhances Anthocyanin Accumulation and Alters Phenolic Acids Content in Salvia miltiorrhiza and Salvia miltiorrhiza Bge f. alba Plantlets. 10.3390/ijms20092225 SmANS MK704422 NCBI GenBank CDS feature from GenBank nucleotide record not independently verified in article text 1110 369 LOC130994631 SmilChr07G003934 130994631 GCF_028751815.1 nucleotide CDS and protein BLAST against active nuclear reference, 2026-09-27 98.468 100.0 1110 Exact or near-exact sequence match leucoanthocyanidin dioxygenase Article-linked accession MK704422; GenBank CDS; active nuclear reference unique top gene LOC130994631; CDS BLAST 98.468% identity/100.00% query span; protein top gene agrees ATGGTTGCTACACCGGCTCCAACTCCAAGCCCGCGGGTTGAGGAACTGGCCCGAAGCGGGCTCGACACCATCCCCAAAGACTACGTACGGCCCGAAGAAGAGCTCAAAAGCATCCGCGACATTTTCGCCGAAGAGAAAAGCATCCTCGACGGGCCGCAGCTGCCGACGATCGATCTGGAGGAGATCGACTCCAGCGACGAGGAGACGCGGCGGAGGTGCTACGACGAGGTGAAGAAGGCGGCGATGGACTGGGGGGTGATGCACCTGATCAACCACGGGATACCTGAGGAGCTCACGAGCCGTGTGAAGGCGGCCGGGGAGGAGTTCTTCGAGCTGCCGGTGGAGGAGAAGGAGAAGTACGCCAACGAGCAGGCGGCCGGCAACGTGCAGGGCTATGGAAGCAAGCTCGCCAACAACGCCAGTGGGCAGCTCGAGTGGGAGGACTATTTTTTCCATTGTGTGCTGCCGGAGGAGAAGAGGGACTTGTCTATTTGGCCCAAGCACCCAGCTGATTATATACCGGCTACATGCGAATATGCAAAGCAGCTACGCGGGCTAGCAACGAAGATACTATCAGTCTTATCGGTCGGGCTAGGATTGGAACAAGGTAGGCTAGAGAAAGAAGTCGGCGGATTGGAGGATCTAATCCTCCAAATGAAGATAAACTTCTACCCGAAATGCCCTCAGCCTGAGCTCGCCCTCGGCGTCGAGGCGCACACAGATGTCAGCGCGCTCACCTTCATCCTCCACAACATGGTCCCGGGGCTCCAGCTCTTCTACGAGGGCAAATGGGTCACCGCAAAATGCGTGCCAAACTCGATCATCATGCACATCGGCGACACGATCGAGATCTTGAGCAACGGTAAGTACAAGAGCATCCTGCACCGTGGGCTGGTCAACAAGGAGAAGGTGAGGATCTCTTGGGCAGTTTTCTGCGAGCCGCACAAGGACAAGATCGTCCTCAAGCCGTTGCCGGAGATCTTATCCGAGGCTGAACCACCGCGGTTCGAGCCTCGCACATTTGCACAGCATCTCGAGGGCAAGTTGTTTAGGAAGGCCGCCGGCGGTGGCGTTGAGGATAAGAAGCCTGATTATGATAAATCGAGTTGA MVATPAPTPSPRVEELARSGLDTIPKDYVRPEEELKSIRDIFAEEKSILDGPQLPTIDLEEIDSSDEETRRRCYDEVKKAAMDWGVMHLINHGIPEELTSRVKAAGEEFFELPVEEKEKYANEQAAGNVQGYGSKLANNASGQLEWEDYFFHCVLPEEKRDLSIWPKHPADYIPATCEYAKQLRGLATKILSVLSVGLGLEQGRLEKEVGGLEDLILQMKINFYPKCPQPELALGVEAHTDVSALTFILHNMVPGLQLFYEGKWVTAKCVPNSIIMHIGDTIEILSNGKYKSILHRGLVNKEKVRISWAVFCEPHKDKIVLKPLPEILSEAEPPRFEPRTFAQHLEGKLFRKAAGGGVEDKKPDYDKSS NCBI GenBank MK704422.1, CDS feature GenBank CDS and translated protein retrieved Article accession plus GenBank sequence alignment to current nuclear reference; computational identity mapping https://www.ncbi.nlm.nih.gov/nuccore/MK704422.1 P030_MH707439 P030 2019 SmPPT, a 4-hydroxybenzoate polyprenyl diphosphate transferase gene involved in ubiquinone biosynthesis, confers salt tolerance in Salvia miltiorrhiza. 10.1007/s00299-019-02463-5 SmPPT MH707439 NCBI GenBank full-length cDNA ORF 1182 bp; 393 aa 1182 393 LOC130988561 SmilChr06G001027 130988561 GCF_028751815.1 nucleotide 100.0 100.0 1182 Exact or near-exact sequence match 4-hydroxybenzoate polyprenyltransferase, mitochondrial Mitochondrion (1.000); Mitochondrion membrane (1.000); Mitochondrion inner membrane (1.000) Live BLAST against current website CDS/protein sequences on 2026-08-29 SmPPT: mitochondria (mainly; not exclusive) "ATGGCATTTCATGGCTTATCCCGAACCGCTCGGAGCCTCCGCAAGCTCCGCCAGCGCCAC TCGTCTCTCTCCGCCGTGCACACTTATTTCCACTCGCCTCCACCCTCCGCCGACTCGTGC CACCTCTTCCAAGTCTCCGGAATTTTTCCCTCCAAAAATCAAGTTTACAATGACAGCAAT TCATTCCGGTCAATTGGAGCCTATCACCATCTTCTTCAGTATTCTAGCTTTTCCACTGTA CCATCCGATGAGAAACGAGAAAAATCGAAAAATTCCAAGGGTAATGAGTGTGATCGGTCG TGGATTGATGTTTATTTACCGGAAAAGGCGCGGCCCTACGCTCGGCTCGCTCGGCTGGAC AAGCCGATAGGGACTTGGCTCCTGGCTTGGCCGTGTATGTGGTCAATTACGATGGCGGCA GCTCCAGGGAGCCTTCCGGATATTAAGATGATGATGATTTTTGGAACAGGGGCGTTGCTG CTGCGTGGCGCAGGGTGCACTGTCAATGATCTATTAGATCGAGATATTGACACCAAGGTA GACAGGACAAGGTCAAGGCCCATAGCAAGTGGTGTACTTTCACCCTTCCGGGGAATTTGT TTTCTTGGTTTTCAATTGCTTTTGGGGTTGGAAATTCTTCTGCAACTGAACAATTTTAGC CGTGTTCTGGGAGCTTCATCTCTGCTGCTTGTCTTTTCATACCCTCTGATGAAGAGACTG ACGTATTGGCCTCAGGCCTATCTTGGATTGACATTTAACTGGGGTGCTTTACTTGGTTGG GCTGCTGTTAGAGGAAGCCTTGATCCTGCTATAGTGATCCCTCTTTATGCATCTGGTGTA TTTTGGACCCTCGTTTACGATACAATTTATGCACATCAGGACAAGGAAGACGATATGAGA GTGGGTGTCAAATCAACAGCCTTGAGGTTTGGAGATTCAACGAAAGAATGGATTTCTGGC TTTGGAGCAGCATGTATCGGTAGCCTTGCTCTTAGTGGATATAATGCCAATCTTGAATGG CCATATTACGTATTCTTAGCTGGTGCATCGACACAATTAGCTTGGCAGATATTCACAGTT GACCTTTCAAGCCGTGCTGATTGCAACAGAAAATTTGTATCCAATAAATGGTTTGGAGCT ATTATCTGCAGTGGGATTCTCTTTGGAAGACTCGTATCTTAG" "MAFHGLSRTARSLRKLRQRHSSLSAVHTYFHSPPPSADSCHLFQVSGIFPSKNQVYNDSN SFRSIGAYHHLLQYSSFSTVPSDEKREKSKNSKGNECDRSWIDVYLPEKARPYARLARLD KPIGTWLLAWPCMWSITMAAAPGSLPDIKMMMIFGTGALLLRGAGCTVNDLLDRDIDTKV DRTRSRPIASGVLSPFRGICFLGFQLLLGLEILLQLNNFSRVLGASSLLLVFSYPLMKRL TYWPQAYLGLTFNWGALLGWAAVRGSLDPAIVIPLYASGVFWTLVYDTIYAHQDKEDDMR VGVKSTALRFGDSTKEWISGFGAACIGSLALSGYNANLEWPYYVFLAGASTQLAWQIFTV DLSSRADCNRKFVSNKWFGAIICSGILFGRLVS" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://doi.org/10.1007/s00299-019-02463-5 P008_AAZ67354 P008 2017 HPPR encodes the hydroxyphenylpyruvate reductase required for the biosynthesis of hydrophilic phenolic acids in Salvia miltiorrhiza. 10.1016/S1875-5364(18)30008-6 HPPR AAZ67354 NCBI GenBank translated protein 313 aa 0 313 LOC130992480 SmilChr07G001314 130992480 XP_057773114.1 GCF_028751815.1 protein 97.764 100.0 313 High-confidence sequence match hydroxyphenylpyruvate reductase Mitochondrion (1.000); Chloroplast (1.000) Live BLAST against current website CDS/protein sequences on 2026-08-29 SmHPPR: cytoplasm "MEAIGVLMLCPMNSYLEQELDKRFKLFRYWTQPKQREFLAQQAESIRAIVGNSNSGADAD IIDSLPKLEIVSSFSVGLDRIDLLKCKEKGIRVTNTPDVLTEDVADLAIGLMLAVLRRIC ECDKYVRSGAWKLGDFKLTTKFSGKRVGIIGLGRIGLAVAERAEAFDCPINYYSRSKKAN TNYTYYGSVVELASNSDILVVACALTPETTHIVNREVMDALGPKGVLINIGRGPHVDEAE LVSALVEGRLGGAGLDVFEKEPEVPEQLFGLENVVLLPHVGSGTVETRKVMADLVLGNLE AHFSSKPLLTPVV" protein FASTA retrieved from NCBI protein_only Article accession plus sequence alignment to current reference https://doi.org/10.1016/S1875-5364(18)30008-6 P008_DQ099741 P008 2017 HPPR encodes the hydroxyphenylpyruvate reductase required for the biosynthesis of hydrophilic phenolic acids in Salvia miltiorrhiza. 10.1016/S1875-5364(18)30008-6 HPPR DQ099741 NCBI GenBank full-length cDNA cDNA 1066 bp; ORF 939 bp; 313 aa 1117 313 LOC130992480 SmilChr07G001314 130992480 XP_057773114.1 GCF_028751815.1 protein 97.764 100.0 313 High-confidence sequence match hydroxyphenylpyruvate reductase Mitochondrion (1.000); Chloroplast (1.000) Live BLAST against current website CDS/protein sequences on 2026-08-29 SmHPPR: cytoplasm "GCGGGGACCACTCAAACACCATCTCCCTCCCCCGCCACCAACGCCGCCGCTGCCGCGAAA ATGGAGGCGATCGGTGTTCTGATGTTGTGCCCCATGAACAGCTACTTGGAGCAAGAGCTC GACAAGCGGTTCAAGCTCTTCCGCTACTGGACCCAGCCGAAGCAGCGGGAATTCCTCGCT CAGCAGGCCGAGTCGATCCGCGCGATTGTCGGGAACTCCAACTCCGGCGCCGACGCCGAT ATCATCGACTCACTGCCGAAATTGGAGATAGTTTCGAGCTTCAGCGTGGGATTGGACAGA ATCGACTTGCTCAAGTGTAAGGAAAAGGGGATTAGGGTTACCAACACGCCCGATGTGCTG ACGGAAGACGTCGCGGATTTGGCGATCGGGTTGATGCTGGCGGTTCTGAGGCGGATTTGC GAGTGCGACAAGTATGTGAGGAGCGGGGCGTGGAAATTAGGAGACTTCAAGTTGACTACT AAGTTCAGTGGCAAAAGAGTTGGCATCATAGGATTGGGCAGAATCGGGTTAGCAGTTGCT GAGCGAGCAGAGGCATTCGATTGTCCCATCAATTACTACTCAAGATCCAAGAAAGCCAAC ACAAACTACACGTACTATGGCAGCGTTGTTGAATTGGCATCAAACAGCGATATCCTAGTG GTAGCATGTGCCCTGACTCCAGAAACAACCCACATTGTGAACCGGGAAGTAATGGATGCA CTGGGTCCGAAGGGAGTTCTGATCAACATTGGACGGGGACCCCATGTTGATGAAGCCGAA CTGGTGTCAGCTCTTGTGGAGGGTCGTCTGGGTGGCGCTGGACTTGATGTCTTTGAAAAG GAACCCGAGGTGCCCGAGCAACTGTTTGGCCTCGAAAACGTAGTTCTGTTGCCACATGTG GGGAGCGGCACCGTGGAAACGCGTAAAGTCATGGCTGACCTTGTTCTGGGAAATTTGGAA GCTCACTTTTCCAGCAAGCCTCTGTTAACACCTGTGGTTTGATAACTCTTTGAAAGCTGT TGATCCCATCTATTGAGAGGCACGCATGTTTGGTATCCTCAGTCAGTGATGAATTCATGT TTTGGGTCTTGTTAATTGTTTCATTCAAATAAAAAAA" "MEAIGVLMLCPMNSYLEQELDKRFKLFRYWTQPKQREFLAQQAESIRAIVGNSNSGADAD IIDSLPKLEIVSSFSVGLDRIDLLKCKEKGIRVTNTPDVLTEDVADLAIGLMLAVLRRIC ECDKYVRSGAWKLGDFKLTTKFSGKRVGIIGLGRIGLAVAERAEAFDCPINYYSRSKKAN TNYTYYGSVVELASNSDILVVACALTPETTHIVNREVMDALGPKGVLINIGRGPHVDEAE LVSALVEGRLGGAGLDVFEKEPEVPEQLFGLENVVLLPHVGSGTVETRKVMADLVLGNLE AHFSSKPLLTPVV" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://doi.org/10.1016/S1875-5364(18)30008-6 P017_JX113685 P017 2017 Overexpression of SmMYB9b enhances tanshinone concentration in Salvia miltiorrhiza hairy roots. 10.1007/s00299-017-2154-8 SmMYB9b JX113685 NCBI GenBank full-length cDNA 1207 bp cDNA; 264 aa 1207 264 LOC131024270 SmilChr05G002378 131024270 XP_057809772.1 GCF_028751815.1 protein 98.864 100.0 264 High-confidence sequence match transcription factor MYB108 Nucleus (1.000) Live BLAST against current website CDS/protein sequences on 2026-08-29 "TCCCTCCTTTATCCTCTTCCACATCAACACAACCCCACCCCCTTTCTCTCTCTACATCTA TACATCACCACCACTTTCTCTCTCCACACCATCATCAACTTTTCTTGTTGAGGGAGGATT CCTAGAGAGCGAAATTAACACGAGATGGATCATCACCAAGATGACACAAAATCATCAAGA AATTACAGCCAAAGTGAAGAAGATTTGTTGGAGCTGAGGAGAGGGCCATGGACAGTTGAT GAAGATTTTACTCTCATCAACTATATAGCCCACCATGGCGAAGGCCGTTGGAATTCTCTA GCTCGCTCTGCAGGTTTGAAGAGAACCGGCAAGAGCTGCAGATTGAGGTGGCTAAACTAC CTGCGGCCCGACGTCCGCCGCGGAAACATCACTCTCGAGGAGCAGCTGCTCATTCTCGAA CTCCATTCTCGTTGGGGAAATAGGTGGTCGAAAATAGCACAACATTTACCGGGAAGGACG GACAACGAGATCAAGAACTACTGGCGCACGCGTGTGCAAAAGCATGCTAAGCAGCTGAAA TGTGACGTGAACAGCAAGCAATTCAAGGACACCATGCGCTACCTATGGATGCCAAGATTG GTGGAGCGCATCCAAGCCGCCGCCGCCGCCGCCCCAAATCTCGACGTGGCCGTGGCCCTG CCGCGCCCCGAGAATTCGAGCGCGGCCGCGTCGTCGGAGTCCTTCGGGACGCCCGCGTCG GACCTGACGGATTGCTACAACAATCAGGATTGCTATGCGGCAAATAATAATCAGTTTAGC TATGGCGATCAGTTGTCGCTAAGCAGCCCAAGTGGATACTTCAATCAAGGGCTGGATTTC GGCGGGCAGTGGGCGATGGACGGCGGAGATGCGTCGGACAGTTTGTGGAGCGTGGATGAC GTGTGGTTCTTGCAGCAGCAGTTCAACACCAATGCTTGACTTCTTCATCATATATAGTTA TTAGTTCATCAACATTTCATCACAAAGGATACATAAACCCTAGAAAAATAGGTTCTCTTC TTCATAGTATTTGTGGAGATCAGGGACAAGCTCATTCAACTTTTGATGATATATAGTACT AGTTTTTATGCTTGTAATTCTTTGTTTCTTCTTTTTTTCTTTAAAAAAAAAAGTTTGTGG GGGATTTAATGAAGAGAAATTGTAACTTGATCATGCTAGCTACGTGAATTCAAATTCACT TCAAGCG" "MDHHQDDTKSSRNYSQSEEDLLELRRGPWTVDEDFTLINYIAHHGEGRWNSLARSAGLKR TGKSCRLRWLNYLRPDVRRGNITLEEQLLILELHSRWGNRWSKIAQHLPGRTDNEIKNYW RTRVQKHAKQLKCDVNSKQFKDTMRYLWMPRLVERIQAAAAAAPNLDVAVALPRPENSSA AASSESFGTPASDLTDCYNNQDCYAANNNQFSYGDQLSLSSPSGYFNQGLDFGGQWAMDG GDASDSLWSVDDVWFLQQQFNTNA" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://doi.org/10.1007/s00299-017-2154-8 P017_JX113686 P017 2017 Overexpression of SmMYB9b enhances tanshinone concentration in Salvia miltiorrhiza hairy roots. 10.1007/s00299-017-2154-8 SmMYB9b JX113686 NCBI GenBank genomic sequence 1823 bp genomic sequence 1823 264 LOC131024270 SmilChr05G002378 131024270 XP_057809772.1 GCF_028751815.1 protein 98.864 100.0 264 High-confidence sequence match transcription factor MYB108 Nucleus (1.000) Live BLAST against current website CDS/protein sequences on 2026-08-29 "CGCTAGAGAGGAGACGCATGTGTCAAAGTGTCCACTTTCAACCCCCTCACTCGCTTAAAT ATATTATTATTTTTAAATACTTCCTATATCCCATTTTTCACAAAGAGTGTGTTGCGAGAT TAAAATATTTAGCCCACAATGAGCAAATATAAAAAACTCCCCCTCTCTCTCTCTCTCACA TGCCAACATTTTCAAACCTCTCCTGTTCCATCTATATAAAGCCCCTCCCTCCTTTATCCT CTTCCACATCAACACAACCCCACCCCCTTTCTCTCTCTACATCTATACATCACCACCACT TTCTCTCTCCACACCATCATCAACTTTTCTTGTTGAGGGAGGATTCCTAGAGAGCGAAAT TAACACGAGATGGATCATCACCAAGATGACACAAAATCATCAAGAAATTACAGCCAAAGT GAAGAAGATTTGTTGGAGCTGAGGAGAGGGCCATGGACAGTTGATGAAGATTTTACTCTC ATCAACTATATAGCCCACCATGGCGAAGGCCGTTGGAATTCTCTAGCTCGCTCTGCAGGT AATACTATTAATTCAAATTCTTCCTTTCCTTTCTAAATAAAAAAGTTTTTTTTTTTTTTT TTTTTTTTTTCATTTTAGTTAGTTAGAGATAAGTGTTGATGATATATGCTCGATGTCCGT ACAAGAAAAGAATTCGAGGCTAAATCCACTAAAAAGAGCATACAAAAGGTCCAAGAATTT ACGTGTGAAGCTTTACCAATTAAAGCTGGTTATTATTTTCTTCTTTTCTTTGTTTCAATA ATTTTTGGTGGTGAAGTAAACAAAATAAATTGATTGATTGATTCAGGTTTGAAGAGAACC GGCAAGAGCTGCAGATTGAGGTGGCTAAACTACCTGCGGCCCGACGTCCGCCGCGGAAAC ATCACTCTCGAGGAGCAGCTGCTCATTCTCGAACTCCATTCTCGTTGGGGAAATAGGTAC ATACATATTAATTTTCCTAATTAATTAACTAATGTTATTATATATATGTAGGTCTGAAAT TTAATTTCCAACTGATTGTATATATAAATTAATGTGTAGGTGGTCGAAAATAGCACAACA TTTACCGGGAAGGACGGACAACGAGATCAAGAACTACTGGCGCACGCGTGTGCAAAAGCA TGCTAAGCAGCTGAAATGTGACGTGAACAGCAAGCAATTCAAGGACACCATGCGCTACCT ATGGATGCCAAGATTGGTGGAGCGCATCCAAGCCGCCGCCGCCGCCGCCCCAAATCTCGA CGTGGCCGTGGCCCTGCCGCGCCCCGAGAATTCGAGCGCGGCCGCGTCGTCGGAGTCCTT CGGGACGCCCGCGTCGGACCTGACGGATTGCTACAACAATCAGGATTGCTATGCGGCAAA TAATAATCAGTTTAGCTATGGCGATCAGTTGTCGCTAAGCAGCCCAAGTGGATACTTCAA TCAAGGGCTGGATTTCGGCGGGCAGTGGGCGATGGACGGCGGAGATGCGTCGGACAGTTT GTGGAGCGTGGATGACGTGTGGTTCTTGCAGCAGCAGTTCAACACCAATGCTTGACTTCT TCATCATATATAGTTATTAGTTCATCAACATTTCATCACAAAGGATACATAAACCCTAGA AAAATAGGTTCTCTTCTTCATAGTATTTGTGGAGATCAGGGACAAGCTCATTCAACTTTT GATGATATATAGTACTAGTTTTTATGCTTGTAATTCTTTGTTTCTTCTTTTTTTCTTTAA AAAAAAAAGTTTGTGGGGGATTTAATGAAGAGAAATTGTAACTTGATCATGCTAGCTACG TGAATTCAAATTCACTTCAAGCG" "MDHHQDDTKSSRNYSQSEEDLLELRRGPWTVDEDFTLINYIAHHGEGRWNSLARSAGLKR TGKSCRLRWLNYLRPDVRRGNITLEEQLLILELHSRWGNRWSKIAQHLPGRTDNEIKNYW RTRVQKHAKQLKCDVNSKQFKDTMRYLWMPRLVERIQAAAAAAPNLDVAVALPRPENSSA AASSESFGTPASDLTDCYNNQDCYAANNNQFSYGDQLSLSSPSGYFNQGLDFGGQWAMDG GDASDSLWSVDDVWFLQQQFNTNA" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://doi.org/10.1007/s00299-017-2154-8 P026_HQ676610 P026 2016 SmLEA2, a gene for late embryogenesis abundant protein isolated from Salvia miltiorrhiza, confers tolerance to drought and salt stress in Escherichia coli and S. miltiorrhiza. 10.1007/s00709-016-0981-z SmLEA2 HQ676610 NCBI GenBank full-length ORF not reported in the checked text 1017 319 LOC130995557 SmilChr01G003727 130995557 XP_057776873.1 GCF_028751815.1 protein 99.687 100.0 319 Exact or near-exact sequence match uncharacterized LOC130995557 Secreted (1.000); Secreted (1.000) Live BLAST against current website CDS/protein sequences on 2026-08-29 "ATGGCGTCTTATGATAAGCCAGATGTGTCCGAAAGGGAAGTGAGGGACAGAGGGGAGAAA GAGGAAAAGAAAGAAGAGGAGAAGGGTGGCTTTCTGGACAAGGTTAAAGATTTCATCCAC GACATAGGTGAGAAAATCGAGGAAGCAGTCGGAGTTGGGAAGCCGACTGCGGATGTTACC GAAATCCACATTCCCCATATCAGTATGGAGAAGGCCGAGATAGTTGTGGACGTCCTTGTC ACGAACCCGAATCCTGTTCCAATCCCTCTCATCGACATAAACTATTTGATCGAGAGCGAT GGGAGGAAGCTGGTTTCTGGATTGATCCCTGATGCTGGGACGATACACGCACATGGCTCT GAGACTGTTAAGCTGCCACTTTGTCTTATATACGATGATATCAAGAGCACGTACGATGAT ATACAACCAGGAAGTGTGATTCCTTATAGGGTTAAGGTCGACCTCATTGTGGACGTGCCC GTGTTTGGTAGGCTTACTTTCCCCCTTGAGAAGACCGGAGAGATCCCCGTCCCTTACAAA CCACAAATCGATCTTGAGAAGGTTCAGTTTGACAAGTTCTCATTCGAGGAAACCACTGCC ACTCTTCATCTGAAGCTGGGAAACAAGAACGACTTTGACCTATGCCTTAATGACATTGAC TTTGAGGTTTGGCTATGCGACGTGAGCATTGGCCGCGCTGATCTGAGCAAGTCTACTAAC ATTGCGAAGAACGGGGAAGGCTACATTGATGTCCCCATCACGTTTCGGCCCAAGGACTGC GGCTCTGCTCTTTGGGATATGATACGAGGGAAGGGGACGGGGTACGCCATCAAAGGGAAT ATCAATGTGGACACGCCTTTCGGGGCTATGAAGCTTCCTATCACCAAGGAGGGCGGTGAA ACTCGTCTCAAGAAGAACAAGGAAGGTGGAGGCGACGAGGATGATGAGGTATGCTTATAA TGTTGTGCTCATTCATATTCGTTTTCTTCTTTCCTTAGCTGGTATACATTCATCACT" "MASYDKPDVSEREVRDRGEKEEKKEEEKGGFLDKVKDFIHDIGEKIEEAVGVGKPTADVT EIHIPHISMEKAEIVVDVLVTNPNPVPIPLIDINYLIESDGRKLVSGLIPDAGTIHAHGS ETVKLPLCLIYDDIKSTYDDIQPGSVIPYRVKVDLIVDVPVFGRLTFPLEKTGEIPVPYK PQIDLEKVQFDKFSFEETTATLHLKLGNKNDFDLCLNDIDFEVWLCDVSIGRADLSKSTN IAKNGEGYIDVPITFRPKDCGSALWDMIRGKGTGYAIKGNINVDTPFGAMKLPITKEGGE TRLKKNKEGGGDEDDEVCL" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://doi.org/10.1007/s00709-016-0981-z CORE-060_JQ936590 CORE-060 2015 Combination of transcriptomic and metabolomic analyses reveals a JAZ repressor in the jasmonate signaling pathway of Salvia miltiorrhiza. 10.1038/srep14048 SmJAZ1 JQ936590 NCBI GenBank CDS feature from GenBank nucleotide record not independently verified in article text 543 180 LOC131021433 SmilChr04G002290 131021433 GCF_028751815.1 nucleotide CDS and protein BLAST against active nuclear reference, 2026-09-27 99.632 100.0 543 Exact or near-exact sequence match protein TIFY 10A-like Article-linked accession JQ936590; GenBank CDS; active nuclear reference unique top gene LOC131021433; CDS BLAST 99.632% identity/100.00% query span; protein top gene agrees ATGGTTTCGCCGGAAAAAGTTGATTCCGGCAAGTTTCACGGCGGCAGGTCCAACTTCTCGCAAACGTGCACCCTTCTCAGCCAGTACTTGAAGGAGAGGGGCAACTTCGGTGGCCTCACCCTTAACCTGAACCCTAATTTTCCTGAAACCCCCAAAGGGACTGTGAATCTATTGCCAAAGATTGAGCAACCGGATCAGAATCCGAGTGAGCCGAAACCAGAAAAGGAAATTGGGCAGATGACGATATTTTACGCGGGCCAGGTGATAGTACTCGACGACATTCCGGCGGACAAGGCCAAGGAGATCATCAATTTAGCCACCAGCTATCCTTCCGCAGCTGCCGTGAAACCCCACGCTCCTCAGCTGCCGCCTCTTGGATCTGATTTACCAATTGCGAGGAAGAATTCACTAGCCCGGTTTTTGGAGAAGAGGAAAGATAGGATCACCGGAACTGCGCCGTACCAAGCTAGCAAACCGGCGGTGAAGGCGGAGCCATGGCTGGAAATGGGCTCTCAATACCCGCTCCAAATTCAGCGCCATTAG MVSPEKVDSGKFHGGRSNFSQTCTLLSQYLKERGNFGGLTLNLNPNFPETPKGTVNLLPKIEQPDQNPSEPKPEKEIGQMTIFYAGQVIVLDDIPADKAKEIINLATSYPSAAAVKPHAPQLPPLGSDLPIARKNSLARFLEKRKDRITGTAPYQASKPAVKAEPWLEMGSQYPLQIQRH NCBI GenBank JQ936590.1, CDS feature GenBank CDS and translated protein retrieved Article accession plus GenBank sequence alignment to current nuclear reference; computational identity mapping https://www.ncbi.nlm.nih.gov/nuccore/JQ936590.1 CORE-060_KC864779 CORE-060 2015 Combination of transcriptomic and metabolomic analyses reveals a JAZ repressor in the jasmonate signaling pathway of Salvia miltiorrhiza. 10.1038/srep14048 SmJAZ2 KC864779 NCBI GenBank CDS feature from GenBank nucleotide record not independently verified in article text 720 239 LOC131013102 SmilChr02G004354 131013102 GCF_028751815.1 nucleotide CDS and protein BLAST against active nuclear reference, 2026-09-27 99.857 97.08 699 Exact or near-exact sequence match protein TIFY 10a-like Article-linked accession KC864779; GenBank CDS; active nuclear reference unique top gene LOC131013102; CDS BLAST 99.857% identity/97.08% query span; protein top gene agrees AGACCCCCTCTCTCTCTAGACATGTCTAGTTCAAGAATGGTTTTTGATGGCAGGAGGCAGCCTGGGAGATCAAATTTTGTGCAGACATGTAATCTCTTAAGTCGTTATATTAAGGAAAAAGGGAGTCTCAGAGATTTGAATATCGAAATTGGTGGAAAAGCAGAGAGCCTTGAACACATAGTGAAGCCTGTATTAACTCAATCTTCAATTAAACAACAGCCATTCGTGGCTCCGAAATCGTCCGTTGATGCGCCTACGAGCTGCAAAGAGGATCCAGCAAAGCCATCCCAGTTGACAATATTCTACTCAGGCAGAGTGTTGGTGTTTGATGATTATCCATCTAACAAGGTTGAAGAGCTCGTGGCATTTGCCAAGAAGGAGAGCTCCTGCAGCATTCTCTCGAGCAACATGGACGCTGCTGGTGGGCCCATCTCTAGCTCGCGAGATGGGCTGCCTCCACGGCCTCATCAGGCCGGTACCGGCTCCCACAAGGCTGCCGCCATTTCATCCAACGCCTCTAAGGAGAAAAAGAGCAGCACTACTACTACTACTACTACTGACGCTAATGGTTCAGATCTGCCAATTGCAAGAAGATCGTCACTCCATCGGTTTCTTGAGAAGAGGAAAGATCGATCTGTGGTTAGGGGGCCTTATCATCAAGTTCAAGAACATCCAGGATCTTCTTCAAAGGGAGATGAACAGCTTGAGCTCAAATTATGA RPPLSLDMSSSRMVFDGRRQPGRSNFVQTCNLLSRYIKEKGSLRDLNIEIGGKAESLEHIVKPVLTQSSIKQQPFVAPKSSVDAPTSCKEDPAKPSQLTIFYSGRVLVFDDYPSNKVEELVAFAKKESSCSILSSNMDAAGGPISSSRDGLPPRPHQAGTGSHKAAAISSNASKEKKSSTTTTTTTDANGSDLPIARRSSLHRFLEKRKDRSVVRGPYHQVQEHPGSSSKGDEQLELKL NCBI GenBank KC864779.1, CDS feature GenBank CDS and translated protein retrieved Article accession plus GenBank sequence alignment to current nuclear reference; computational identity mapping https://www.ncbi.nlm.nih.gov/nuccore/KC864779.1 CORE-060_KC864780 CORE-060 2015 Combination of transcriptomic and metabolomic analyses reveals a JAZ repressor in the jasmonate signaling pathway of Salvia miltiorrhiza. 10.1038/srep14048 SmJAZ3 KC864780 NCBI GenBank CDS feature from GenBank nucleotide record not independently verified in article text 927 308 LOC131019618 SmilChr04G001738 131019618 GCF_028751815.1 nucleotide CDS and protein BLAST against active nuclear reference, 2026-09-27 99.137 100.0 927 Exact or near-exact sequence match protein TIFY 6B-like Article-linked accession KC864780; GenBank CDS; active nuclear reference unique top gene LOC131019618; CDS BLAST 99.137% identity/100.00% query span; protein top gene agrees ATGCAGTGGTCATTCTCCAACAAGGGCTCTGCTCTTCCTCAGCTCTTGTCTTTTCAAGGTGCTCAAGAAGACAAACAACCCAAAACGGGTTTTAATTCTCTTGCACCATCTGGATTGGTTACCTTAACTACCGATGTTTTCGACTCCGATCACAGCCAGTTTCCTGCTTCACAGAAAAGCCATGTTCCTGAGAAGCAAGGTGGGGTTCGTTACACGGTGACAACATACGGAGACACACACAATATACGTCGTGCAATCACCACTTCACCAGCCTCCTACGCTGCTCCTGTGGCCGGATTTCCAGTGGCGAATCCTCTACAAGCCAAGCCTTCTAACAGCGCTGCCGTTGGAACCACTGATTTTAGGAACTCGTGCAAGATCTCGAACACGCCTGCTCAGCTAACCATCTTCTACAACGGCTCAGTATGCGTGTACGACGACATTTCTCCCGAGAAGGCTCAAGCTATTATGCTATTGGCTGGAAATGCACATTCAGTGGCTCCTAAGGCGACGCCTCCTGCAGTTCCCGTCCAGGCCGCCATGCCTAGATGTTCGGTTCCTGACAGGCTAACCATAAACCAGTCTTATGCAACCACACCTCGTCGTTCCAGCCCTGTCCCTATGACCCCCATTAGCGTCTCCCAGTCTGCTAATAAGCCATCTGGAGCTCGTATGTCGCCTCCTATCAATGCTGAGCCTCTGAAAACAGTCATTCCTCTAGGATCTGCAAGCTTTCTATCATCAGACACTGTGCCTCAGTTTCGCAAAAAATCTCTAGCCCGGTTCTTGGAGAAACGCAAGGAGAGGGTGATCAGTGCTTCACCTTATGGTGAGTGTCAATCTGGGGATTATAGCACTGCCGGAGCAGGCGCGATGAGCTTGTCGATGAACTCTTCAGGATCTTGTCCAGTTCCAGCTGCCAATTGA MQWSFSNKGSALPQLLSFQGAQEDKQPKTGFNSLAPSGLVTLTTDVFDSDHSQFPASQKSHVPEKQGGVRYTVTTYGDTHNIRRAITTSPASYAAPVAGFPVANPLQAKPSNSAAVGTTDFRNSCKISNTPAQLTIFYNGSVCVYDDISPEKAQAIMLLAGNAHSVAPKATPPAVPVQAAMPRCSVPDRLTINQSYATTPRRSSPVPMTPISVSQSANKPSGARMSPPINAEPLKTVIPLGSASFLSSDTVPQFRKKSLARFLEKRKERVISASPYGECQSGDYSTAGAGAMSLSMNSSGSCPVPAAN NCBI GenBank KC864780.1, CDS feature GenBank CDS and translated protein retrieved Article accession plus GenBank sequence alignment to current nuclear reference; computational identity mapping https://www.ncbi.nlm.nih.gov/nuccore/KC864780.1 CORE-060_JQ936591 CORE-060 2015 Combination of transcriptomic and metabolomic analyses reveals a JAZ repressor in the jasmonate signaling pathway of Salvia miltiorrhiza. 10.1038/srep14048 SmJAZ8 JQ936591 NCBI GenBank CDS feature from GenBank nucleotide record not independently verified in article text 369 122 LOC130985190 SmilChr05G000468 130985190 GCF_028751815.1 nucleotide CDS and protein BLAST against active nuclear reference, 2026-09-27 98.374 100.0 369 Exact or near-exact sequence match protein TIFY 5A Article-linked accession JQ936591; GenBank CDS; active nuclear reference unique top gene LOC130985190; CDS BLAST 98.374% identity/100.00% query span; protein top gene agrees ATGAAGCGCAACTGCAATTTGGAGCTTCGGCTCGTAACGCCTTCGGTCTCCTTCCATCTAGCTGATCGCAGCGACTCCATGTTGGATATGAATGAAGAGAGTCCGAACAATACGCAGCAGCTAACAATTTTCTACAATGGAAAAATTGCTTCATGTGATGCTACAGAACTTCAGGCTAGAGCGATCATATCGCTGGCGAGTCGAGAAGTGGAGGAAAAATCGAGCAGGAATTCGCCGCCGCCGCCGCTGAATTCGCCGGTGTACAGCGCGGCGACTGGTATGTCGATGAAGAGGTCGCTGAAGAGATTTCTGGAGAAGAGAAAGAGTAGGGCTCAATCAATGTCGCCATACCTGATTACCAGACAGTAA MKRNCNLELRLVTPSVSFHLADRSDSMLDMNEESPNNTQQLTIFYNGKIASCDATELQARAIISLASREVEEKSSRNSPPPPLNSPVYSAATGMSMKRSLKRFLEKRKSRAQSMSPYLITRQ NCBI GenBank JQ936591.1, CDS feature GenBank CDS and translated protein retrieved Article accession plus GenBank sequence alignment to current nuclear reference; computational identity mapping https://www.ncbi.nlm.nih.gov/nuccore/JQ936591.1 P020_EU003997 P020 2014 RNA interference-mediated repression of SmCPS (copalyldiphosphate synthase) expression in hairy roots of Salvia miltiorrhiza causes a decrease of tanshinones and sheds light on the functional role of SmCPS. 10.1007/s10529-013-1358-4 SmCPS EU003997 NCBI GenBank full-length cDNA 2688 bp cDNA; ORF 2382 bp 2613 793 LOC131015110 SmilChr03G004237 131015110 XP_057799344.1 GCF_028751815.1 protein 99.496 100.0 793 Exact or near-exact sequence match copalyl diphosphate synthase CPS1, chloroplastic Chloroplast (0.800) Live BLAST against current website CDS/protein sequences on 2026-08-29 "GGACAAGCAAGCAACACTAAATTTTCTCATACTTTAATTTCTTTCCACATCTCCACTCAA AGGGAAATTTGAATGGCCTCCTTATCCTCTACAATCCTCAGCCGCTCTCCGGCGGCCCGC CGCAGAATTACGCCGGCGTCGGCTAAGCTTCACCGGCCGGAATGTTTCGCCACCAGTGCA TGGATGGGCAGCAGCAGTAAAAACCTTTCTCTCAGCTACCAACTTAATCACAAGAAAATA TCAGTTGCCACAGTAGATGCGCCGCAGGTGCATGACCACGACGGCACTACCGTTCATCAA GGCCATGATGCGGTGAAGAATATTGAGGATCCCATTGAATACATCAGGACGTTGTTGAGG ACGACGGGGGACGGGAGAATAAGCGTGTCGCCGTACGACACGGCGTGGGTGGCGATGATC AAGGACGTGGAGGGGCGGGACGGCCCCCAGTTCCCCTCCAGCCTCGAGTGGATCGTGCAG AATCAACTCGAGGATGGATCGTGGGGCGATCAGAAGCTTTTCTGCGTCTACGATCGCCTC GTCAATACCATCGCGTGCGTGGTAGCCTTGAGATCGTGGAATGTTCATGCTCACAAGGTC AAAAGAGGAGTGACGTACATCAAGGAAAATGTGGATAAACTTATGGAGGGAAATGAGGAG CACATGACTTGTGGGTTCGAAGTGGTGTTTCCGGCGCTTCTACAAAAAGCGAAAAGCTTA GGCATCGAAGATCTTCCTTACGATTCTCCGGCGGTGCAGGAGGTTTATCATGTCAGGGAA CAAAAGTTGAAAAGGATTCCACTGGAGATTATGCACAAAATACCGACATCATTATTATTT AGTTTGGAAGGGCTCGAAAATTTGGATTGGGACAAACTTTTGAAACTGCAGTCAGCCGAC GGTTCCTTCCTCACCTCTCCCTCCTCCACCGCCTTCGCGTTCATGCAAACCAAGGATGAA AAATGCTACCAATTCATCAAGAACACGATAGACACTTTCAACGGAGGAGCGCCACACACT TATCCCGTCGACGTGTTTGGAAGGCTCTGGGCGATCGACCGGCTGCAGCGCCTCGGAATT TCCCGCTTTTTTGAGCCGGAGATTGCTGATTGCTTAAGCCACATCCACAAATTTTGGACG GATAAGGGAGTTTTCAGTGGGAGAGAATCGGAGTTTTGCGACATTGACGATACATCCATG GGAATGAGGCTTATGAGGATGCATGGATATGATGTTGATCCAAATGTGCTGAGGAATTTC AAGCAGAAAGATGGTAAATTCTCTTGCTACGGCGGGCAGATGATCGAGTCGCCTTCTCCG ATATACAATCTTTACAGAGCTTCTCAGCTCCGATTTCCCGGCGAGGAAATCCTCGAAGAT GCGAAGAGATTCGCCTACGATTTCTTGAAAGAAAAACTAGCCAACAATCAGATTCTGGAT AAATGGGTTATTTCTAAGCACTTGCCTGATGAGATCAAGCTCGGGCTAGAGATGCCGTGG CTCGCCACCCTACCCCGCGTCGAGGCGAAGTACTACATCCAGTACTACGCCGGCTCCGGC GACGTGTGGATCGGAAAGACGCTGTACAGGATGCCGGAGATCAGCAACGACACGTACCAC GACCTAGCCAAGACGGATTTCAAGAGATGCCAAGCGAAGCATCAGTTCGAGTGGCTCTAC ATGCAAGAATGGTACGAGAGCTGCGGCATCGAGGAATTCGGGATAAGCAGAAAGGACCTT CTGCTTTCCTATTTCTTGGCGACCGCGAGCATCTTCGAGCTCGAGAGGACCAACGAGCGA ATCGCGTGGGCCAAATCGCAGATCATCGCTAAGATGATCACTTCTTTCTTCAACAAGGAA ACTACGTCGGAGGAGGACAAGCGAGCTCTTTTGAACGAGCTCGGAAACATTAATGGCCTC AACGACACAAACGGCGCAGGGAGAGAAGGTGGGGCCGGTAGCATTGCGCTAGCGACCCTC ACTCAGTTCCTCGAGGGATTCGACAGATACACCAGACACCAGCTGAAAAATGCTTGGAGC GTATGGCTGACGCAGCTGCAACATGGCGAAGCAGACGACGCGGAGCTCCTAACCAACACG TTGAACATCTGCGCCGGCCACATCGCCTTCAGGGAAGAAATACTGGCGCACAACGAGTAC AAAGCTCTCTCCAACCTAACCAGCAAAATCTGTCGACAGCTTTCTTTCATTCAAAGCGAA AAGGAGATGGGAGTAGAGGGCGAGATCGCAGCGAAATCGAGCATAAAAAACAAGGAACTC GAAGAAGACATGCAAATGTTGGTGAAGTTGGTGCTTGAGAAATATGGGGGCATAGATAGA AATATAAAGAAAGCGTTTTTAGCAGTTGCGAAGACTTATTATTACAGAGCGTATCATGCC GCCGACACCATAGACACACACATGTTTAAAGTGCTTTTCGAGCCAGTCGCGTGAATATTT TGTTTAAATAAGTATATAGTTGTTTGTGTCGCCACGGGAAAAGAAATGTAACATAATCTT TTATTATTTTGTATAAATAAAAACAGTTCAGCAGAAATAAAATAAATTTTTAGATTTTCT CCAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "MASLSSTILSRSPAARRRITPASAKLHRPECFATSAWMGSSSKNLSLSYQLNHKKISVAT VDAPQVHDHDGTTVHQGHDAVKNIEDPIEYIRTLLRTTGDGRISVSPYDTAWVAMIKDVE GRDGPQFPSSLEWIVQNQLEDGSWGDQKLFCVYDRLVNTIACVVALRSWNVHAHKVKRGV TYIKENVDKLMEGNEEHMTCGFEVVFPALLQKAKSLGIEDLPYDSPAVQEVYHVREQKLK RIPLEIMHKIPTSLLFSLEGLENLDWDKLLKLQSADGSFLTSPSSTAFAFMQTKDEKCYQ FIKNTIDTFNGGAPHTYPVDVFGRLWAIDRLQRLGISRFFEPEIADCLSHIHKFWTDKGV FSGRESEFCDIDDTSMGMRLMRMHGYDVDPNVLRNFKQKDGKFSCYGGQMIESPSPIYNL YRASQLRFPGEEILEDAKRFAYDFLKEKLANNQILDKWVISKHLPDEIKLGLEMPWLATL PRVEAKYYIQYYAGSGDVWIGKTLYRMPEISNDTYHDLAKTDFKRCQAKHQFEWLYMQEW YESCGIEEFGISRKDLLLSYFLATASIFELERTNERIAWAKSQIIAKMITSFFNKETTSE EDKRALLNELGNINGLNDTNGAGREGGAGSIALATLTQFLEGFDRYTRHQLKNAWSVWLT QLQHGEADDAELLTNTLNICAGHIAFREEILAHNEYKALSNLTSKICRQLSFIQSEKEMG VEGEIAAKSSIKNKELEEDMQMLVKLVLEKYGGIDRNIKKAFLAVAKTYYYRAYHAADTI DTHMFKVLFEPVA" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://doi.org/10.1007/s10529-013-1358-4 P016_AY725206 P016 2014 Overexpression of SmLEA enhances salt and drought tolerance in Escherichia coli and Salvia miltiorrhiza. 10.1007/s00709-014-0626-z SmLEA AY725206 NCBI GenBank full-length ORF not reported in the checked text 739 164 LOC131007813 SmilChr02G001336 131007813 XP_057790712.1 GCF_028751815.1 protein 100.0 100.0 164 Exact or near-exact sequence match desiccation protectant protein Lea14 homolog Secreted (0.800) Live BLAST against current website CDS/protein sequences on 2026-08-29 "GCACGAGGGAAAAATGGAGCTCTTGGAGAAGGCGAAGAACTACGTGACCGAGAAATTGAC GAACGTGGCGGTGCCGGAGGCGACGATCGCGGACGTGGATCTGAAAGGCTTCGGCCTCGA TGGAATCACACTGCTCGCCAAGGTCACCGTCTCCAACCCGTACGGCGTCCCGATCCCGAT CGGCGAGATCGCGTACGCCGTGAAGAGCAACGAGAGGGTGATCGCGTCCGGCACCATCCC CGACCCCGGATCTCTCAAGGCCAGCGACAGCACCCACCTTGAGGTCACCGTGAAGGTGCC GCACAGCGCCGCCATCAGCTTGGTCCGCGACATCGGCGGCGATTGGGACATCGATTATAC CCTGGCGCTAGGGCTCATCATCGATCTCCCCGTGGTCGGGAATATCACGATTCCGATTTC GTATCAGGGGGAGATGAAGCTGCCCTCCATTTCTGACTTTTTCAGTGGGACATCGGGTGA GGCTAACGAGAATGTTGAGGTCAAATAGAAGGATATGTTTTCTGTTTGCTATCACGGAAA CAATCAATTCTTTCCACTTTTCTTTGCATGGATAAGGCCGGGAAGAATGTAATAAACCCC TATTTCGATTCTCGCTGTTGTCTTTTTGGGGTTATTTTGTTCCCATCCAACTTTTTATTA TTAGGATTATTTATATATAAAAAAAATTTGCCGGAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAA" "MELLEKAKNYVTEKLTNVAVPEATIADVDLKGFGLDGITLLAKVTVSNPYGVPIPIGEIA YAVKSNERVIASGTIPDPGSLKASDSTHLEVTVKVPHSAAISLVRDIGGDWDIDYTLALG LIIDLPVVGNITIPISYQGEMKLPSISDFFSGTSGEANENVEVK" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://doi.org/10.1007/s00709-014-0626-z P002_JX422213 P002 2013 CYP76AH1 catalyzes turnover of miltiradiene in tanshinones biosynthesis and enables heterologous production of ferruginol in yeasts. 10.1073/pnas.1218061110 CYP76AH1 JX422213 NCBI GenBank cDNA/CDS record not reported in the checked text 1488 495 LOC131015108 SmilChr03G004234 131015108 GCF_028751815.1 nucleotide 99.194 100.0 1488 Exact or near-exact sequence match ferruginol synthase-like Endoplasmic reticulum (1.000); Endoplasmic reticulum membrane (1.000) Live BLAST against current website CDS/protein sequences on 2026-08-29 "ATGGATTCTTTTCCTCTCCTCGCCGCGCTCTTCTTCATCGCCGCGACGATAACATTCCTC TCCTTCCGGCGCCGGAGGAACCTCCCTCCGGGGCCGTTCCCCTACCCGATCGTCGGAAAC ATGCTGCAACTCGGCGCCAACCCTCACCAGGTGTTCGCGAAGCTCTCAAAGAGATACGGC CCGCTGATGTCGATCCATCTCGGCAGCCTCTACACCGTGATCGTCTCCTCCCCGGAGATG GCGAAGGAGATCCTCCACAGGCACGGGCAGGTCTTCTCCGGCCGCACCATCGCGCAGGCG GTGCACGCGTGCGACCACGACAAGATCTCCATGGGGTTCCTCCCCGTGGCCAGCGAGTGG CGCGACATGCGCAAGATATGCAAGGAGCAGATGTTCTCCAACCAGAGCATGGAGGCCAGC CAGGGCCTCCGCCGCCAGAAGCTGCAGCAGCTCCTCGACCACGTCCAGAAATGCTCCGAC AGCGGCCGCGCGGTCGACATCCGCGAGGCCGCCTTCATCACCACGCTCAACCTCATGTCG GCCACGCTCTTCTCCTCGCAGGCCACCGAGTTCGACTCCAAGGCCACCATGGAGTTCAAG GAGATCATCGAGGGCGTCGCCACCATCGTCGGCGTGCCCAACTTCGCCGACTACTTCCCC ATCCTCCGCCCCTTCGACCCGCAGGGTGTCAAGCGCAGGGCGGATGTTTTCTTCGGCAAA TTGCTCGCCAAAATCGAAGGGTATCTCAATGAGAGGCTCGAATCGAAGAGGGCCAATCCC AATGCGCCAAAGAAGGATGACTTTTTGGAGATAGTGGTTGATATTATTCAGGCCAACGAG TTCAAGTTGAAGACGCATCACTTCACCCATCTCATGCTGGACTTGTTCGTGGGAGGATCG GACACGAACACGACCTCGATCGAGTGGGCCATGTCGGAGCTAGTGATGAACCCGGACAAG ATGGCTCGACTGAAGGCGGAGCTGAAGAGCGTGGCCGGAGACGAGAAGATCGTGGATGAG TCGGCAATGCCGAAGCTGCCGTACCTGCAAGCCGTGATAAAGGAGGTGATGCGGATCCAC CCGCCGGGCCCACTGCTCCTCCCTCGCAAAGCGGAGAGCGATCAGGAGGTGAACGGCTAT CTCATCCCCAAGGGAACTCAGATACTCATCAACGCGTATGCGATAGGGAGGGATCCGAGT ATCTGGACCGACCCGGAGACGTTCGACCCGGAACGCTTCCTCGATAACAAGATAGACTTC AAGGGCCAGGATTACGAGCTCCTTCCGTTCGGGTCGGGTAGACGGGTCTGCCCCGGCATG CCGCTCGCGACCCGGATCCTGCACATGGCTACTGCGACTCTGGTTCATAACTTCGACTGG AAACTGGAAGATGACTCCACGGCGGCCGCCGATCACGCCGGCGAGTTGTTTGGGGTGGCC GTGCGCAGGGCAGTTCCGCTTAGGATTATCCCAATAGTTAAGTCTTAG" "MDSFPLLAALFFIAATITFLSFRRRRNLPPGPFPYPIVGNMLQLGANPHQVFAKLSKRYG PLMSIHLGSLYTVIVSSPEMAKEILHRHGQVFSGRTIAQAVHACDHDKISMGFLPVASEW RDMRKICKEQMFSNQSMEASQGLRRQKLQQLLDHVQKCSDSGRAVDIREAAFITTLNLMS ATLFSSQATEFDSKATMEFKEIIEGVATIVGVPNFADYFPILRPFDPQGVKRRADVFFGK LLAKIEGYLNERLESKRANPNAPKKDDFLEIVVDIIQANEFKLKTHHFTHLMLDLFVGGS DTNTTSIEWAMSELVMNPDKMARLKAELKSVAGDEKIVDESAMPKLPYLQAVIKEVMRIH PPGPLLLPRKAESDQEVNGYLIPKGTQILINAYAIGRDPSIWTDPETFDPERFLDNKIDF KGQDYELLPFGSGRRVCPGMPLATRILHMATATLVHNFDWKLEDDSTAAADHAGELFGVA VRRAVPLRIIPIVKS" nucleotide FASTA and GenBank CDS translation retrieved from NCBI nucleotide_and_protein Article accession plus sequence alignment to current reference https://doi.org/10.1073/pnas.1218061110 CORE-065_KC213793 CORE-065 2013 Cloning and characterization of a putative R2R3 MYB transcriptional repressor of the rosmarinic acid biosynthetic pathway from Salvia miltiorrhiza. 10.1371/journal.pone.0073259 SmMYB39 KC213793 NCBI GenBank CDS feature from GenBank nucleotide record not independently verified in article text 693 230 LOC131001051 SmilChr08G001503 131001051 GCF_028751815.1 nucleotide CDS and protein BLAST against active nuclear reference, 2026-09-27 98.413 100.0 693 Exact or near-exact sequence match MYB-like transcription factor 4 Article-linked accession KC213793; GenBank CDS; active nuclear reference unique top gene LOC131001051; CDS BLAST 98.413% identity/100.00% query span; protein top gene agrees ATGGGAAGGTCTCCTTGCTGTGAGAAAGCTCACACAAACAAAGGGGCGTGGACTAAGGAAGAAGACGATCGGCTGGTGGCCTACATCCGCGCCCACGGCGAGGGATGCTGGCGCTCGCTCCCTAAGGCCGCCGGGCTCCTCCGCTGCGGCAAGAGCTGCCGCCTCCGCTGGATCAACTACCTCCGCCCCGATCTCAAGAGAGGCAACTTCACCGAAGAAGAAGACGAACTCATCATCAAACTCCATAGCCTTCTCGGCAACAAATGGTCTCTTATTGCTGGGAGATTGCCGGGGCGGACGGACAACGAGATCAAGAACTACTGGAACACGCACATCAGAAGAAAGCTGGTGAGCCGAGGCATTGATCCCACTACGCATCGCCCCATCAATGAGGCTGAGGCTCAGCCTGCCACAACTATTTCTTTTAATTCATCAAACAAATTACTAGGGAAGGAAGAGAGGCGCAGCCCTAAGTGCCCCGATTTGAATCTTGACCTCAGAATCAGCCCTCCCTATCAACAAGAACCCTTCAAAACAGGTACCGCCAGTAGTAGCAGTACCTTGTGCTTCGCTTGTAGTCTCGGCATCCAAAACAGCAAAGATTGCAGCTGTACAAATACCACTAATTCTGGATTCGATTTTCTGGGATTGAAATCTGGCGTTTTGGATTACAGAAGATTGGAGATGAAATGA MGRSPCCEKAHTNKGAWTKEEDDRLVAYIRAHGEGCWRSLPKAAGLLRCGKSCRLRWINYLRPDLKRGNFTEEEDELIIKLHSLLGNKWSLIAGRLPGRTDNEIKNYWNTHIRRKLVSRGIDPTTHRPINEAEAQPATTISFNSSNKLLGKEERRSPKCPDLNLDLRISPPYQQEPFKTGTASSSSTLCFACSLGIQNSKDCSCTNTTNSGFDFLGLKSGVLDYRRLEMK NCBI GenBank KC213793.1, CDS feature GenBank CDS and translated protein retrieved Article accession plus GenBank sequence alignment to current nuclear reference; computational identity mapping https://www.ncbi.nlm.nih.gov/nuccore/KC213793.1 P012_CV166981 P012 2008 Molecular cloning, expression and characterization of a phenylalanine ammonia-lyase gene (SmPAL1) from Salvia miltiorrhiza. 10.1007/s11033-008-9266-8 SmPAL1 CV166981 NCBI GenBank partial EST/cDNA fragment 493 bp cloned 3-prime coding fragment; not a complete CDS 440 0 LOC130997735 SmilChr08G003149 130997735 GCF_028751815.1 nucleotide 100.0 84.77 373 High-confidence sequence match phenylalanine ammonia-lyase-like Cytoplasm (1.000); Cytosol (1.000) Live BLAST against current website CDS/protein sequences on 2026-08-29 "GCTCCACCGCGGTGGCGGCCGCTCTAGAACTAGTGGATCCCCCGGGCTGCAGGAATTCGG CACGAGGGCGAGAAGGACTTGATCCGCGTGGTCGACCGCGAGTACGTTTTCGCCTACATC GACGACCCCTGCAGCGCCACCTACCCCTTGATGCAGAAGCTGAGGCAGGTGCTCGTCGAT CACGCCCTCAAGAACGGGGACTTGGAGAAGAACGCGAGCACCTCGATCTTCCAGAAGATC GAGGCGTTCGAGGAGGAGCTCAAGGCCTTATTGCCCAAGGAGGTGGAGAGCGCGAGGATG GCCCTCGAGAGCGGGAGCCCCACCGTGGCCAACCGGATAGCGGAGTGCAGGTCGTACCCG TTGTATAAGTTCATAAGGGAGCAGCTCGGCGCGGGGTTCTTGACGGGGGAGAAGGCGGTG TCGCCGGGGGAGGAGTGCGA" nucleotide FASTA retrieved; no translated CDS feature available nucleotide_only Article accession plus sequence alignment to current reference https://doi.org/10.1007/s11033-008-9266-8