Gene sequences

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Trait-Related Loci

Solanum lycopersicum

CDS Sequence

CDS ID	Solyc03g083060.3.1
CDS Infomation	Ribonuclease P protein subunit P38, related protein, putative (AHRD V3.3 *** G7J7F4_MEDTR)
Sequence	ATGGATGAAAAGGGTGTCTTAAGTTCCTGTTTGATTACATCAGAAGGGAGAAGGGAGAGC TTATGTCCAATTTTTTTTGGTGTTTCTTGTGCATTTGTTGCTCTGGGGCTATTACCGGAG CCCGAAAAATGTGATGAGAGTTTGTTAGAAGTGAGGAATAGGATGCTTCAAGGAAGTGCT CATCTTTTGGGGTTGCTTGTGTGGAGAGTACAGAGGTATGAAGCACGAAATGAAAAGTCT GAATTGTTACTTAAGTTAGCGAATGCAGAGAAAAAAATCGAAGAACTGAAGGGGTTAAGA AGGGAGGATGCTAAAGCAAATGAGAAAGTTGTGTGCATATATGCAGCACAAGAACAGTGT TGGTTTAATGAGAGGAAGAAACTTAGGCAGCAAATTGGTGCTTTTATGAATGAGTTGAGA GTTGTTGAGAAGCACAAGGACACCCTTGTTGCTGAATTAGATTGCAAATTGGAGGAGAGT AAAGTAGTTGTGCAGTCGAAAGATAAGATCATTGAGGATGAAGGGAAAGCACGTCATGAT CTTGAAGAGAAGTTGAAAAAGGCTGAAGCTGTAGCAGAAGAATTGAGGAACACCGCGAAA TTTGATGCTCAAAGGCACTGTAATGAGATATCCAAACACAAAACTGCATTCATTGAACTG GTGTCTAATCAGCGGCAGCTTGAAGCGGAGATGGGGCGTGCGCTCAGACAAGCTGAAGCA GCAAAGCAAGAGGTTACTTCGGTACTTGAGCAAAAGGAGCAGGCTATCTTGATGACCCAA AAACTATCGATGGAGCTAGTCAAAATGCGGAAGGATTTGGAACAGAAAGAACAGATTTTG TCAGCTATGCTGAGGAAGTCCAAATTGGATACGACAGAGAAACAAATGCTTTTAAAGGAG ATCAAATTATCAAAAGCCAAGAGACAGCAAGCTGAGCTAGAGACTGAGAGATGGAAGGCA GCTTCAGAGTCTTGGTATGAGAGACATTCACTAAGAAATATGCTGTACAAACGGATGAGT CCGAAGTTGGAGGTTGTTCCCAGTGGGAAAGGGATGCTTTCAAGTGCAACGATGCTACCA ACAGGAAAAAGCAGATCACACAAGGTTGATTATCTTCTCGACGAGCAACCTGAGGGTACA AAAGAGCCAGAACTATTTCCTCATGTTCCTGATAAATTCTTGACTGAGGATGCTGAAGAA GAAATAATCACAGATGATGTCGAGCACTTGGAGAATTGGGTTCGATCAGAGGCTGAAAAG TACAGTGTTGCAGTTGAGCACAGGCATCATCGGGAGCTGGATGCTTTTGCAGAACAACTG AGACTCAAAGATGAGAGGTTAGAAGCTTTTCGATGGCGCCTACTCAGTATGGAACTTGAG TCAAAGAGGTTACAGTCACATATTGAAGTGCTGGACCATGATCTAGCTCAGCTCCGGCAA GATAATATGAAGTTGGATGCATTGCTATTGAATCGAGAAGTAGAAGTACAATCCCTCAAA CAGCAACTCACGGAATATTTTCACCTTCCTGATTCCCAGAAGTCCAATGCAAATGCTTGT CCAAAAGAGCAGGACAAAGCCAATCATACAGTTTGGTCCAAGGTGACGCTTATAAAGACA AAACTAGGTGAGAAAGAGCAAGAAACAAAGAACCATCCTGAGGAAACCTCTCAAAAGGTA AAAAATGGAAGAAAAGTTGAGACCAGAACAAATAACCCACAAAAAGACATAATTTTGACT CTACAGTATCCTACAAAGGAGATTGGTGAGGCGAAAGATGGAGTGTCACATATGAATGCT TCTAAGACAGAACACTTCAGCACAGAGGATGCTCGGAATGCTGAAACATCAACTTCAGAA TGTGATGGCGAAATTAAGAAAAATAAGTCACTTTGGAAGATGGATTTACATGCTCTTGGA GTTTCATACAAAATCAAGAGGCTGTCTCAGCAATTTGTCATGCTTGAGAGGTTGACCAGC AAACAAGAACCTGCTGGAAATAGTGAAAACAATGATAATGGACGATCTGGCATGAGAGGA TTCCGTGCATTGATGTCTTTACTGAATAAACAAGTTGCTCGTTACGAGTCCCTTCAGGGG AAAATTGATGATCTATGCAAGCGGATGCATGAGAATGACCTGAATGTAAATTGTGAAGGT TCAGTTATACGAAAAACGAAGGAAGAAACCAAGTTGCTAGAGCACTTTCTTGAAGAAACA TTTCAATTGCAAAGATACATAGTTGCAACAGGACAGAAATTGATGGAAGTCCAAACAAAG ATTGCTTCTGGATTTGTCGTAGCTGCAGAAGAACTTGATACACCAGCAAGCTTTGATGTC AAACGGTTTGCAGATGGCATTAGAACTCTCTTTAGAGAAGTTCAAAGAGGCCTTGAAGTT CGTGTATCTCGAATTATAGGTGATCTTGAAGGAACTTTGGCCTGTGATGGCATCACATAT TTCAAGAGATAG

Peptide Sequence

PEP ID	Solyc03g083060.3.1
PEP Infomation	Ribonuclease P protein subunit P38, related protein, putative (AHRD V3.3 *** G7J7F4_MEDTR)
Sequence	MDEKGVLSSCLITSEGRRESLCPIFFGVSCAFVALGLLPEPEKCDESLLEVRNRMLQGSA HLLGLLVWRVQRYEARNEKSELLLKLANAEKKIEELKGLRREDAKANEKVVCIYAAQEQC WFNERKKLRQQIGAFMNELRVVEKHKDTLVAELDCKLEESKVVVQSKDKIIEDEGKARHD LEEKLKKAEAVAEELRNTAKFDAQRHCNEISKHKTAFIELVSNQRQLEAEMGRALRQAEA AKQEVTSVLEQKEQAILMTQKLSMELVKMRKDLEQKEQILSAMLRKSKLDTTEKQMLLKE IKLSKAKRQQAELETERWKAASESWYERHSLRNMLYKRMSPKLEVVPSGKGMLSSATMLP TGKSRSHKVDYLLDEQPEGTKEPELFPHVPDKFLTEDAEEEIITDDVEHLENWVRSEAEK YSVAVEHRHHRELDAFAEQLRLKDERLEAFRWRLLSMELESKRLQSHIEVLDHDLAQLRQ DNMKLDALLLNREVEVQSLKQQLTEYFHLPDSQKSNANACPKEQDKANHTVWSKVTLIKT KLGEKEQETKNHPEETSQKVKNGRKVETRTNNPQKDIILTLQYPTKEIGEAKDGVSHMNA SKTEHFSTEDARNAETSTSECDGEIKKNKSLWKMDLHALGVSYKIKRLSQQFVMLERLTS KQEPAGNSENNDNGRSGMRGFRALMSLLNKQVARYESLQGKIDDLCKRMHENDLNVNCEG SVIRKTKEETKLLEHFLEETFQLQRYIVATGQKLMEVQTKIASGFVVAAEELDTPASFDV KRFADGIRTLFREVQRGLEVRVSRIIGDLEGTLACDGITYFKR*

Transcript Sequence

Transcript ID	Solyc03g083060.3.1
Transcript Infomation	Ribonuclease P protein subunit P38, related protein, putative (AHRD V3.3 *** G7J7F4_MEDTR)
Sequence	TGCTTATCAAATCTTATTTATAAGATAATTTATCGAATATATTATTATTGTCGTAAGCAT AGATGCATGTACAGCCAAGACACCCTGGCAATATGCAATATATTGTGGGCCTGCAAGCTA AGATAAAGATGTTGTAGTTTTTATGTATTTAATTGAGATCTCTATTTAATTTAATTTGCT CTCTAAATTTGTTTAATATTAATGGTGACAAGTTTCCCAAGAATCTAGCTTTTTTGCTTC CTCCCTTTTTCAGAGTCCATAAACTGAAGAAGAAGAAAAAAATAAGGGGAGCAAAAGGGG TACAAAAAGTGGGGCTTTTCTGGGTCACCTTTTTTTTATTTTTCACTGAAAACCAGGGAA CAAAATTCTTGATTTATATTCTTTTCCTCATCAGTTGTGCTGGCAGAGCTTTTTTTTAAC TGATTCTGCAGACTCAACAAATGTTAAAGTTCATGCCTTTGGCATTTTCTGTCAGATTAT ATTTGGATAAACAGAAATGGTACCACTGATTCAATTACTGGAGTTGTTTTTTGTCCTTTG AGCCATTAATGTTAGCTCAGAATTGTGGGGTTCTTGTTTTTTTTCCAGCTGAAGAAGAAA TCTTCTTGATTTGTAAGTTTTCTGTTTTCTTGAATCTTGATGTTATATATTGTAGTAAAG TTTCTGCATTTTGTAATTGTTTAGTGGTAGGTTTTTTAAGAATGTGATTTCAGATTCTTG ATACATGATGATAAGATTGTGTTTTTTTTTCTTCTTTTGTTTACTTTCCAGTATTTAGCT TGGACCACAAGAAGTTGCTCTTGTCTCTTTCACTTTATCATGTTTTATGTTCTTCCAAGT TCCACCTCTTGAACTAAAATGAAATTTGGGATCTTTTTCTTTTTTCTTGTGTTTGTAACT TAAAGGGGTCCTTTTCCTTCTTTTGTTCTCTTGGTTTTTTCTTCTAAATATCCCTTTTCC CCTAGAATTTTAGTGAGGAGGTGATGATACTTTTGAATTGGTGATTAAGGAGTGGCTTAT GTTTAGGCAAATGCCCTGATGACTTTCTGAATTCTGACACTTTTTTTTTTGTCTTCTCAA GGGAGAGAAGGTTAATTGAGTAATGGATGAAAAGGGTGTCTTAAGTTCCTGTTTGATTAC ATCAGAAGGGAGAAGGGAGAGCTTATGTCCAATTTTTTTTGGTGTTTCTTGTGCATTTGT TGCTCTGGGGCTATTACCGGAGCCCGAAAAATGTGATGAGAGTTTGTTAGAAGTGAGGAA TAGGATGCTTCAAGGAAGTGCTCATCTTTTGGGGTTGCTTGTGTGGAGAGTACAGAGGTA TGAAGCACGAAATGAAAAGTCTGAATTGTTACTTAAGTTAGCGAATGCAGAGAAAAAAAT CGAAGAACTGAAGGGGTTAAGAAGGGAGGATGCTAAAGCAAATGAGAAAGTTGTGTGCAT ATATGCAGCACAAGAACAGTGTTGGTTTAATGAGAGGAAGAAACTTAGGCAGCAAATTGG TGCTTTTATGAATGAGTTGAGAGTTGTTGAGAAGCACAAGGACACCCTTGTTGCTGAATT AGATTGCAAATTGGAGGAGAGTAAAGTAGTTGTGCAGTCGAAAGATAAGATCATTGAGGA TGAAGGGAAAGCACGTCATGATCTTGAAGAGAAGTTGAAAAAGGCTGAAGCTGTAGCAGA AGAATTGAGGAACACCGCGAAATTTGATGCTCAAAGGCACTGTAATGAGATATCCAAACA CAAAACTGCATTCATTGAACTGGTGTCTAATCAGCGGCAGCTTGAAGCGGAGATGGGGCG TGCGCTCAGACAAGCTGAAGCAGCAAAGCAAGAGGTTACTTCGGTACTTGAGCAAAAGGA GCAGGCTATCTTGATGACCCAAAAACTATCGATGGAGCTAGTCAAAATGCGGAAGGATTT GGAACAGAAAGAACAGATTTTGTCAGCTATGCTGAGGAAGTCCAAATTGGATACGACAGA GAAACAAATGCTTTTAAAGGAGATCAAATTATCAAAAGCCAAGAGACAGCAAGCTGAGCT AGAGACTGAGAGATGGAAGGCAGCTTCAGAGTCTTGGTATGAGAGACATTCACTAAGAAA TATGCTGTACAAACGGATGAGTCCGAAGTTGGAGGTTGTTCCCAGTGGGAAAGGGATGCT TTCAAGTGCAACGATGCTACCAACAGGAAAAAGCAGATCACACAAGGTTGATTATCTTCT CGACGAGCAACCTGAGGGTACAAAAGAGCCAGAACTATTTCCTCATGTTCCTGATAAATT CTTGACTGAGGATGCTGAAGAAGAAATAATCACAGATGATGTCGAGCACTTGGAGAATTG GGTTCGATCAGAGGCTGAAAAGTACAGTGTTGCAGTTGAGCACAGGCATCATCGGGAGCT GGATGCTTTTGCAGAACAACTGAGACTCAAAGATGAGAGGTTAGAAGCTTTTCGATGGCG CCTACTCAGTATGGAACTTGAGTCAAAGAGGTTACAGTCACATATTGAAGTGCTGGACCA TGATCTAGCTCAGCTCCGGCAAGATAATATGAAGTTGGATGCATTGCTATTGAATCGAGA AGTAGAAGTACAATCCCTCAAACAGCAACTCACGGAATATTTTCACCTTCCTGATTCCCA GAAGTCCAATGCAAATGCTTGTCCAAAAGAGCAGGACAAAGCCAATCATACAGTTTGGTC CAAGGTGACGCTTATAAAGACAAAACTAGGTGAGAAAGAGCAAGAAACAAAGAACCATCC TGAGGAAACCTCTCAAAAGGTAAAAAATGGAAGAAAAGTTGAGACCAGAACAAATAACCC ACAAAAAGACATAATTTTGACTCTACAGTATCCTACAAAGGAGATTGGTGAGGCGAAAGA TGGAGTGTCACATATGAATGCTTCTAAGACAGAACACTTCAGCACAGAGGATGCTCGGAA TGCTGAAACATCAACTTCAGAATGTGATGGCGAAATTAAGAAAAATAAGTCACTTTGGAA GATGGATTTACATGCTCTTGGAGTTTCATACAAAATCAAGAGGCTGTCTCAGCAATTTGT CATGCTTGAGAGGTTGACCAGCAAACAAGAACCTGCTGGAAATAGTGAAAACAATGATAA TGGACGATCTGGCATGAGAGGATTCCGTGCATTGATGTCTTTACTGAATAAACAAGTTGC TCGTTACGAGTCCCTTCAGGGGAAAATTGATGATCTATGCAAGCGGATGCATGAGAATGA CCTGAATGTAAATTGTGAAGGTTCAGTTATACGAAAAACGAAGGAAGAAACCAAGTTGCT AGAGCACTTTCTTGAAGAAACATTTCAATTGCAAAGATACATAGTTGCAACAGGACAGAA ATTGATGGAAGTCCAAACAAAGATTGCTTCTGGATTTGTCGTAGCTGCAGAAGAACTTGA TACACCAGCAAGCTTTGATGTCAAACGGTTTGCAGATGGCATTAGAACTCTCTTTAGAGA AGTTCAAAGAGGCCTTGAAGTTCGTGTATCTCGAATTATAGGTGATCTTGAAGGAACTTT GGCCTGTGATGGCATCACATATTTCAAGAGATAGTGCTCATGGACGCAGAATCTTGTTGC CCTTAATCCCTAAGGTACTTTCCTGGTCTTCTTAGCTTAACATGAGACATAACATTTACA TGGTGCAGCAGCTTATTCAAAGAATGTTTTCAGTTTTATTGAACCAAATCATTGATCCAG TCCCGGATATACATGTAAATATCCTACAAGTATAAATTCCAATATTTCGCATACTTAGAG AGTTGCTGCATCATCCGTAGCAGTATCAGTGTTTCACTTATATTCAGCCATTGTTAATTT TGCTTTACATAATTCTCTAAATAAACGAAATTCCGCTTAAAGGGGTTACAACTTGTGCAT GAATCTCTTGGATTTACTTCTGTACATGATCATAATATATAACAGGAGGAATTACTCATT AATTTGTCTTCAAATGACAAATTTAAATGTTCATTTCCATGAGGACAGACAGACAGGGGA CAAAGCGACTTTCTGAGATATTAGCTTTA