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TOP > About the Species(Solanum lycopersicum ) > genome data >Gene sequences

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SNP Detection
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Data List

All Markers Trait-Related Loci
Solanum lycopersicum

CDS Sequence

CDS ID

Solyc03g081230.1.1
CDS Infomation

Late embryogenesis abundant (LEA) hydroxyproline-rich glycoprotein family (AHRD V3.3 *** AT5G53730.1)
Sequence

ATGTCTCCAATTGATGTAAAATCCCCAAAACATTGTGAAGAAAAAGGGTTCAAAGTAGAA
AAACTATTCCCAAAAAAGAAGTTATTCTTTTGCTTCTCTACAATTTCCCTCTCTATTCTA
TCATTCATCTTTCTTCTTTACCTCACACTTCATCCTACAAAACCAAATTTCACACTAAGA
GAAGCTGATATTTATCAACTCAATCTCTCAGGTCCGCGCCAACTGCTTAACTCATCCATT
CAACTCACCCTTGTATCGAAGAATCCAAATAAGAAAGTTGGAATCTACTACGATGAATTG
CAAGTCTTTGCTTCTTATAAAGGACAACAAATTACTCTTCATACTTCTCTTCCTCCATTT
TATCAAGGCCATGAAGATAGTAACTTTTTATCTGCTTTGTTGATTGGTAATGGATTGCCA
GTGGATCCTTATTTTGGTTATGAGGTGCAACGTGATCAAATTGTTGGAAAATTGATTGTG
AATTTGAAAGGAAGTGGTAGGTTAAGATGGAAAGTTGGAACTTGGGTTTCTGGCAAGTAT
AGGTTTAATGTTGATTGTGTTGCTATTATGCCTTTTGGATCTTCCTTGCCATCTGGTCCC
CTTAGTTTTAGACAAGGAGCTCAATGTTCTACTACCCTTTGA

Peptide Sequence

PEP ID

Solyc03g081230.1.1
PEP Infomation

Late embryogenesis abundant (LEA) hydroxyproline-rich glycoprotein family (AHRD V3.3 *** AT5G53730.1)
Sequence

MSPIDVKSPKHCEEKGFKVEKLFPKKKLFFCFSTISLSILSFIFLLYLTLHPTKPNFTLR
EADIYQLNLSGPRQLLNSSIQLTLVSKNPNKKVGIYYDELQVFASYKGQQITLHTSLPPF
YQGHEDSNFLSALLIGNGLPVDPYFGYEVQRDQIVGKLIVNLKGSGRLRWKVGTWVSGKY
RFNVDCVAIMPFGSSLPSGPLSFRQGAQCSTTL*

Transcript Sequence

Transcript ID

Solyc03g081230.1.1
Transcript Infomation

Late embryogenesis abundant (LEA) hydroxyproline-rich glycoprotein family (AHRD V3.3 *** AT5G53730.1)
Sequence

ATGTCTCCAATTGATGTAAAATCCCCAAAACATTGTGAAGAAAAAGGGTTCAAAGTAGAA
AAACTATTCCCAAAAAAGAAGTTATTCTTTTGCTTCTCTACAATTTCCCTCTCTATTCTA
TCATTCATCTTTCTTCTTTACCTCACACTTCATCCTACAAAACCAAATTTCACACTAAGA
GAAGCTGATATTTATCAACTCAATCTCTCAGGTCCGCGCCAACTGCTTAACTCATCCATT
CAACTCACCCTTGTATCGAAGAATCCAAATAAGAAAGTTGGAATCTACTACGATGAATTG
CAAGTCTTTGCTTCTTATAAAGGACAACAAATTACTCTTCATACTTCTCTTCCTCCATTT
TATCAAGGCCATGAAGATAGTAACTTTTTATCTGCTTTGTTGATTGGTAATGGATTGCCA
GTGGATCCTTATTTTGGTTATGAGGTGCAACGTGATCAAATTGTTGGAAAATTGATTGTG
AATTTGAAAGGAAGTGGTAGGTTAAGATGGAAAGTTGGAACTTGGGTTTCTGGCAAGTAT
AGGTTTAATGTTGATTGTGTTGCTATTATGCCTTTTGGATCTTCCTTGCCATCTGGTCCC
CTTAGTTTTAGACAAGGAGCTCAATGTTCTACTACCCTTTGA