Plant GARDEN
How To ▶︎

JA

EN

TOP > About the Species(Glycine max ) > genome data >Gene sequences

Search

By Species By Keywords Genes By Markers By Traits

Let’s Analyze!!

SNP Detection
(lang=JA only) Sequences Other Tools

Data List

All Markers Trait-Related Loci
Glycine max

CDS Sequence

CDS ID

KRH10742
CDS Infomation

cds chromosome:Glycine_max_v2.1:15:5077630:5082260:-1 gene:GLYMA_15G066700 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence

ATGCTTAGAAATATAAGGAGAGCCGCCCAATCTGTTTGTAGAATCAATAGAAGATACTTG
GAGGTGAGTGAAAATGGGGCAGTTGCCTTAGTTGGACCGAATATCCACCACTGCCGGTTG
TACATGCAATATAAGTTTCCAAGTGAAGCATGCAGTTCATTCTTGTGGCATGGGACAAGG
GAAGGCTTTCGTAAATGTGGTTCTTTCAGGAACTTTTCCGTAACCTCAGCAAGTAATGCA
GTCACACATCATTCCCAGATTGCTTGGAAAAGGCTGTACAGAAAGTATTGTTCCAGTGGT
GATGGTACATTTCCTCCCACCGTAAATATGATTGCTCAGGCAGTAAGCTTGGCTTTGGCT
CGTTCTTATTTTCTAGTTCCTGGTATTTTGGCATTTACATGGGGAGAGCTTGCATTAGCT
CAGCGAAATTGGGCAGAAGCAGAACGTTACCCATCACAAAATGGTTTGTATATGCGCGCA
CAAGATGGGTATAATTACATGTTTACATTTACATTCATAATAGTTGAAGGACTTATCTTA
TTAATGAGGGCTCTCTATCTAGCAATATTATTCTCTCCTAGCATTGTGATGGCACCATTT
GCTGATTGTTTTGGACCAAACTTTAGGAAACTGTGGCTCAATGTAGTTCATCGCACACTA
GAAAAATCAGGTCCAGCATTCATAAAATGGGGTCAGTGGGCAGCTACACGGCCTGATCTC
TTTCCTCGAGATCTGTGCACTAAGCTTTCAGAACTTCATACCAAAGCTCCTGAGCATAGT
TTCAGCTACACAAAGAAAACTATAGAAAGAGCATTTGGTCGAAAAATTTCAGAAATTTTT
GACAATTTTGAAGAACTTCCTGTTGCATCTGGAAGTATTGCTCAAGTGCACCGTGCTTCA
TTAAAATGTCGTTATCCTGGTCAGCAAGCAAAGCCACTATTGGTTGCAGTTAAGGTTAGA
CATCCTGGCGTGGGAGAGTCAATCAGACGGGATTTTGCTATTATTAATTTGGCGGCAAAA
ATTTCAAAGTTCATTCCTGCTCTTAATTGGTTACGATTAGATGAGAGTGTACAACAATTT
GCGGTTTTCATGATGTCTCAAGTTGACCTTGCTAGGGAAGCTGCCCATTTGAGTCGCTTC
ATTTATAATTTCCGCAGATGGAAGGATGTTTCTTTTCCCAAGCCTGTCTATCCACTTGTG
CACCCGGCTGTTCTGGTGGAAACATATGAAAAGGGTGAAAGTGTCTCATATTATGTTGAT
GATCTTCAAGGACATGAACGGGTTAAATCCGCTCTTGCTCACATTGGGACTCATGCACTT
TTGAAAATGCTTCTGGCATGA

Peptide Sequence

PEP ID

KRH10742
PEP Infomation

pep chromosome:Glycine_max_v2.1:15:5077630:5082260:-1 gene:GLYMA_15G066700 transcript:KRH10742 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence

MLRNIRRAAQSVCRINRRYLEVSENGAVALVGPNIHHCRLYMQYKFPSEACSSFLWHGTR
EGFRKCGSFRNFSVTSASNAVTHHSQIAWKRLYRKYCSSGDGTFPPTVNMIAQAVSLALA
RSYFLVPGILAFTWGELALAQRNWAEAERYPSQNGLYMRAQDGYNYMFTFTFIIVEGLIL
LMRALYLAILFSPSIVMAPFADCFGPNFRKLWLNVVHRTLEKSGPAFIKWGQWAATRPDL
FPRDLCTKLSELHTKAPEHSFSYTKKTIERAFGRKISEIFDNFEELPVASGSIAQVHRAS
LKCRYPGQQAKPLLVAVKVRHPGVGESIRRDFAIINLAAKISKFIPALNWLRLDESVQQF
AVFMMSQVDLAREAAHLSRFIYNFRRWKDVSFPKPVYPLVHPAVLVETYEKGESVSYYVD
DLQGHERVKSALAHIGTHALLKMLLA

Transcript Sequence

Transcript ID

KRH10742
Transcript Infomation

cdna chromosome:Glycine_max_v2.1:15:5077630:5082260:-1 gene:GLYMA_15G066700 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence

TTGGGAGAGAAATGAAATGAATTTCTTGGGCCTTAGGGTTTGTATTGGTTATGACCGCCT
CAAAGACAAGACAGACGGACCGTGTTCTCACAATCGCACAACAAAACTGAGGCTCACCTC
CTTAATCGCGTCTTCCATTCCATTTCCTCACCTTCTTCAAACTACCATACCATACCATAC
CATAGCATGTTCTCTTCCTTCTCAGGTCCTCTCACTCTCTCTCCATTCCTTTTTCTTTCA
CTCTTTACTTCGCTTTTTTCTTTTCTCTCAATTTTCGTTCGCCTCCGCGTTTTGTGGAAT
TGAATTGTTTTCTTTTTTCGTACTAGATTTTATGGCTATTGCATACATGCTGGTGTGTTT
ATTTGATTAAAAGATAAAATCTTTAGCGTGTTTTCTTTCTGGGGTTGAGTTTTAGACCTG
GGATCTCTGATGTGGGAAATGCATCTGGACTCAGAGTGTGAATCGTTGATCCTTTTCAAT
TCTGGGCTACCCAAAACAGCATTAAAGGTCTAATTGTTGATTCTTCAACAATTTGGAGAC
TTTAATCTCATGTACATGTACAATTTGAGCTGGGTGTGTGGTGCTCAGACTAATGAGAAT
TTCATCTATGTTTCTATTTGATTGCCTTCACCACGATCTTGAAGAGCTAGAGATCTATTC
TACCAAAGGAAATGTATAGAAACATCAACTCTTACTTCTAATTGAAATGTCTTACCTCAT
TAAGTTCTCTATGTATCCCTTCTTGGAGTGTAACATAATGTATTATAATTGTTTTAAGCA
TTTTTTTCCTTTTTAATATTTAAAGCAGGCAGTACCTGAGTGGAAACAAGAGGTAATACC
CGCAAAGTAGGAATGAATTGGGACTCCAAAAAATGAGGAATTTATAGTGGGACATATTAT
AAACCTGGATCAACTGAGTTTTCATCTTGTTGATGCCTCTTAGAGGAATGGACATTGTGT
ACACTCATGTAAAATTTAACGCTCATCTATCGTGGTCATGAGTGAAGAGAAGTCACTGTA
GGTTGCATTTCCAAAGTAATGTTTTACTTGTGTACAATTATTTGTGGATAGAATAGCGGG
AAACATAGTTGAACTTGAATTATGTGATTGAAATATTGTTGTATTGACATAGTTTATTGT
TTTGCACGTTTGCAGATATTTGATGCTTAGAAATATAAGGAGAGCCGCCCAATCTGTTTG
TAGAATCAATAGAAGATACTTGGAGGTGAGTGAAAATGGGGCAGTTGCCTTAGTTGGACC
GAATATCCACCACTGCCGGTTGTACATGCAATATAAGTTTCCAAGTGAAGCATGCAGTTC
ATTCTTGTGGCATGGGACAAGGGAAGGCTTTCGTAAATGTGGTTCTTTCAGGAACTTTTC
CGTAACCTCAGCAAGTAATGCAGTCACACATCATTCCCAGATTGCTTGGAAAAGGCTGTA
CAGAAAGTATTGTTCCAGTGGTGATGGTACATTTCCTCCCACCGTAAATATGATTGCTCA
GGCAGTAAGCTTGGCTTTGGCTCGTTCTTATTTTCTAGTTCCTGGTATTTTGGCATTTAC
ATGGGGAGAGCTTGCATTAGCTCAGCGAAATTGGGCAGAAGCAGAACGTTACCCATCACA
AAATGGTTTGTATATGCGCGCACAAGATGGGTATAATTACATGTTTACATTTACATTCAT
AATAGTTGAAGGACTTATCTTATTAATGAGGGCTCTCTATCTAGCAATATTATTCTCTCC
TAGCATTGTGATGGCACCATTTGCTGATTGTTTTGGACCAAACTTTAGGAAACTGTGGCT
CAATGTAGTTCATCGCACACTAGAAAAATCAGGTCCAGCATTCATAAAATGGGGTCAGTG
GGCAGCTACACGGCCTGATCTCTTTCCTCGAGATCTGTGCACTAAGCTTTCAGAACTTCA
TACCAAAGCTCCTGAGCATAGTTTCAGCTACACAAAGAAAACTATAGAAAGAGCATTTGG
TCGAAAAATTTCAGAAATTTTTGACAATTTTGAAGAACTTCCTGTTGCATCTGGAAGTAT
TGCTCAAGTGCACCGTGCTTCATTAAAATGTCGTTATCCTGGTCAGCAAGCAAAGCCACT
ATTGGTTGCAGTTAAGGTTAGACATCCTGGCGTGGGAGAGTCAATCAGACGGGATTTTGC
TATTATTAATTTGGCGGCAAAAATTTCAAAGTTCATTCCTGCTCTTAATTGGTTACGATT
AGATGAGAGTGTACAACAATTTGCGGTTTTCATGATGTCTCAAGTTGACCTTGCTAGGGA
AGCTGCCCATTTGAGTCGCTTCATTTATAATTTCCGCAGATGGAAGGATGTTTCTTTTCC
CAAGCCTGTCTATCCACTTGTGCACCCGGCTGTTCTGGTGGAAACATATGAAAAGGGTGA
AAGTGTCTCATATTATGTTGATGATCTTCAAGGACATGAACGGGTTAAATCCGCTCTTGC
TCACATTGGGACTCATGCACTTTTGAAAATGCTTCTGGCATGACTGCTGAACTCTCTGGT
AGTGATAGAGTAAATTTACTGGAATTTTTTAAAGCTGTTGCCCGCCGAGATGGCCGGACT
GCTGCAGAATGTGCCCTCAACTTGTCAAAGCAACAGAACTGTCCAAATCCGGAGGCCTTC
ATAGAGGTATTTTTCCCTTCAACTTGAATTCATTTGTTATTCAATCTAAATTGCTTAATT
AATTAATTCCATTGGAAGACTTAGGTCTTGTTTGAAATGATTCTCTCTTTTCTAAAAGAA
CTTATTTCAACAGTTTTCAAAATTTGTTTTCAGTATAATTTTTGAAAACAAAAACAAAAC
CAAAAAAAAAATGATTTATTTAAAAGAATTGTGCATGAGACATTACCATCTGTCAAGTAT
ACATTGTACGAGGTAAAAAATATGCTTTATTTATCATGAGAATATCATCAAATTTAAAAA
GAAACAAACCAAAACAACTCCAAGTTGTTTCTGTAGTCTTGTTTTTAGAACTGCAATTTT
GGGAACAATGTAGAAAACAATTATCCAAACATGTTTTTCTATTCTTTTCTTTTTAAAAAC
TGAAAATAGTTTTTGAAAACTACAATCGAAGTATCAAACAAGACCCTACTATTATGGTCT
TGTTCTGTGATATCCAAGTGTATGATATTATATTCTATTATTACAGTTTTGCAAGTAGCA
AGTAGCAACCTGACACTGGTTTTTTCTAAAGATAAATGCATTTTATTTTCTTCTTTAAGT
CCATATATGGTCTCCAACGACATCACACATTGTCTCTATTTGTTTTCCAACAGGAGGTGG
AAGAGTCGTTTACTTTTTGGGGCACCCCAGAAGGTGATATTGTTCATCCTGCAGAGTGCA
TGGAGCAATTACTTGAGAAAGTTAGGCGTCATAGAGTTAATATTGATGGCAATGTTTGTA
CTGTTATGGTGACAACCTTGGTTCTTGAGGTAATTACTTTTCTTCATTTTATCATGTTCA
CTAAATATGTGAATGTGACCAATGTGATTATTACAACAAAGGATAAACACCTTCCTATTC
CTTTCCCATATACAGTACTATGTGATTCACCTGATATTGGTAATTGTTTAATTTGTAGGG
TTGGCAGAGAAAGCTTGATCCTGGGTACAATGTGATGCAGACACTGCAGACATTGCTACT
TAGAGCTGATTGGGCAAAGTCTCTTTCTTACACAATTGACGGACTCATGGCCCCTTAGGG
AGGAAGTTCCTTTCTTTGTTGAGGCTCTTGAGAAACAATTTTGACTAACATAAAACCCAA
ACACAAACATATGTCCTAAGGGCTCTCCCACATCTGTTTTTTTTTTTTTTAAGATTTATC
CCTTGTATTTATCTTGGTTAATTTCCAAGTTATTTTTGTGAGCATCACAGTTAACTACAA
AAATGGACACAATAAAGCGGTGAATATATTCTCCTCTCCCTTCTTTACCCGCAGGATGAA
TGAACGGTATAGTTAGACCCT