Plant GARDEN
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SNP Detection
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Data List

All Markers Trait-Related Loci
Glycine max

CDS Sequence

CDS ID

KRH26867
CDS Infomation

cds chromosome:Glycine_max_v2.1:12:35997653:36000635:1 gene:GLYMA_12G198600 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence

ATGCATCGAAATCCAAGTACAATTTCCTTCTTAATTTCTCCCTACAACCACATGAGGAAC
CCATGGTTCTGCATCTCTCTTCTCACCCTCTTTTTCTCTTTGCTCACCCACAATTCCCTT
GCAGCTCTCACGAACGTTTCTTCAAACCAAACTCTCACTGGGGATCAAACTCTCCTCTCT
AAAGGTGAAATCTTTGAATTGGGTTTCTTCAAGCCAGGTGGCAATTTAGTTCTCTTAGAT
GGATCTTCAAATCAAGTTTGGTCAACAAACATAACTTCTCCCAGGTCAGATTCTGTTGTA
GTAGCTGTTCTCCGAGATTCTGGGAATCTTGTGTTAACAAATAGGCCTAATGATGCTTCT
GCTTCAGATTCAGATTCTCTGTGGCAGAGTTTTGATCACCCAACCGACACGTGGCTTCCG
GGCGGCAAAATTAAACTCGACAACAAAACTAAAAAACCTCAGTACCTCACTTCATGGAAG
AACAACGAAGATCCTGCCACGGGTCTTTTTTCTCTAGAACTAGACCCCAAAGGAAGCACC
TCTTATTTGATCCTTTGGAACAAGTCTGAAGAGTATTGGACAAGTGGTGCTTGGAATGGA
CACATTTTCAGCTTGGTTCCCGAGATGAGGGCGAATTATATCTACAATTTCTCGTTTGTG
ACGAACGAGAACGAGAGCTATTTCACATACTCCATGTATAACTCGTCCATCATATCGCGG
TTCGTGATGGATGTCTCGGGGCAGGTCAAGCAATTCACGTGGTTGGAAAATGCTCAGCAG
TGGAACTTGTTTTGGTCGCAGCCGAGACAACAGTGTGAGGTTTATGCCTTTTGTGGCGCG
TTTGGGAGCTGCACTGAAAATTCAATGCCGTATTGTAACTGTTTACCTGGTTTTGAGCCG
AAATCACCGTCTGATTGGAATCTGGTTGATTACTCAGGTGGGTGTGAAAGGAAAACCATG
TTGCAATGCGAGAATTTGAATCCCTCTAACGGGGATAAGGACGGGTTTGTAGCAATTCCA
AACATTGCATTACCTAAACATGAACAATCTGTGGGATCAGGGAATGCAGGGGAATGTGAA
TCAATTTGCTTGAACAACTGCTCCTGCAAAGCTTATGCATTTGACAGTAACGGGTGTTCA
ATTTGGTTTGACAACCTTCTGAATTTACAACAGTTATCTCAAGATGATAGTAGCGGACAA
ACTTTGTATGTCAAACTTGCAGCATCTGAGTTTCATGATGATAAAAGCAAAATTGGGATG
ATCATTGGTGTGGTTGTGGGTGTGGTTGTTGGCATTGGGATTCTCTTGGCAATTCTTTTG
TTTTTTGTGATTAGGCGAAGGAAGAGAATGGTTGGAGCAAGAAAGCCTGTGGAGGGTTCG
TTGGTGGCATTTGGGTACAGAGATTTGCAAAATGCAACGAAGAATTTCTCTGAGAAATTG
GGAGGAGGAGGGTTTGGTTCTGTTTTCAAAGGAACATTGGGTGATTCCAGTGGGGTGGCA
GTGAAGAAATTGGAAAGTATTAGCCAAGGAGAGAAACAGTTCCGAACAGAAGTTAGCACA
ATAGGGACAGTGCAACATGTTAATCTCGTTAGGCTCCGCGGATTCTGCTCCGAAGGTGCC
AAAAGGTTACTAGTTTATGATTACATGCCAAATGGCTCCTTGGATTTCCATTTGTTCCAT
AACAAGAACTCTAAGGTGTTGGACTGGAAAATGAGATACCAAATTGCGTTGGGAACTGCA
AGGGGATTGACTTATCTTCACGAGAAGTGTAGAGATTGTATCATACACTGTGATGTGAAG
CCAGAAAACATTCTCCTAGATGCTGAATTTTGTCCCAAGGTTGCAGATTTTGGCCTGGCT
AAGCTTGTTGGAAGGGATTTCAGCAGGGTCCTCACAACCATGAGAGGAACAAGAGGCTAT
CTTGCTCCAGAGTGGATTTCTGGGGTGGCTATCACAGCCAAAGCTGATGTGTACAGCTAT
GGAATGATGCTTTTTGAGTTTGTATCAGGTAGGAGGAACTCTGAGCCATCAGAAGATGGC
AAAGTTACCTTCTTCCCTTCCTTTGCAGCAAATGTTGTTGTCCAAGGTGACAGTGTTGCT
GGCCTGTTGGACCCTAGTTTGGAGGGTAATGCTGAGATCGAGGAAGTGACTAGAATAATA
AAAGTTGCTTCATGGTGTATTCAAGACAATGAGGCTCAACGGCCAAGCATGGGTCAAGTG
GTTCAAATCCTTGAGGGGATCTTGGAGGTGAATTTGCCTCCAATTCCAAGGTCCCTTCAA
GTGTTTGTTGATAACCAGGAGAGTTTAGTTTTCTACACTGAATCAGACTCCACCCAAAGT
TCCCAGGTGAAGAGCAACGTCTCAAAGACCTCCTCTTCTCATGCCATAAGTAACATCTCT
TCAGCAAGCTCCAAGTCCTTGGGAGGAGAAAATTAG

Peptide Sequence

PEP ID

KRH26867
PEP Infomation

pep chromosome:Glycine_max_v2.1:12:35997653:36000635:1 gene:GLYMA_12G198600 transcript:KRH26867 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence

MHRNPSTISFLISPYNHMRNPWFCISLLTLFFSLLTHNSLAALTNVSSNQTLTGDQTLLS
KGEIFELGFFKPGGNLVLLDGSSNQVWSTNITSPRSDSVVVAVLRDSGNLVLTNRPNDAS
ASDSDSLWQSFDHPTDTWLPGGKIKLDNKTKKPQYLTSWKNNEDPATGLFSLELDPKGST
SYLILWNKSEEYWTSGAWNGHIFSLVPEMRANYIYNFSFVTNENESYFTYSMYNSSIISR
FVMDVSGQVKQFTWLENAQQWNLFWSQPRQQCEVYAFCGAFGSCTENSMPYCNCLPGFEP
KSPSDWNLVDYSGGCERKTMLQCENLNPSNGDKDGFVAIPNIALPKHEQSVGSGNAGECE
SICLNNCSCKAYAFDSNGCSIWFDNLLNLQQLSQDDSSGQTLYVKLAASEFHDDKSKIGM
IIGVVVGVVVGIGILLAILLFFVIRRRKRMVGARKPVEGSLVAFGYRDLQNATKNFSEKL
GGGGFGSVFKGTLGDSSGVAVKKLESISQGEKQFRTEVSTIGTVQHVNLVRLRGFCSEGA
KRLLVYDYMPNGSLDFHLFHNKNSKVLDWKMRYQIALGTARGLTYLHEKCRDCIIHCDVK
PENILLDAEFCPKVADFGLAKLVGRDFSRVLTTMRGTRGYLAPEWISGVAITAKADVYSY
GMMLFEFVSGRRNSEPSEDGKVTFFPSFAANVVVQGDSVAGLLDPSLEGNAEIEEVTRII
KVASWCIQDNEAQRPSMGQVVQILEGILEVNLPPIPRSLQVFVDNQESLVFYTESDSTQS
SQVKSNVSKTSSSHAISNISSASSKSLGGEN

Transcript Sequence

Transcript ID

KRH26867
Transcript Infomation

cdna chromosome:Glycine_max_v2.1:12:35997653:36000635:1 gene:GLYMA_12G198600 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence

TTTCTTCGTTGTTCACTTGTTCCTTCATTCATAGTTTCTCTGTCTCCAATGCATCGAAAT
CCAAGTACAATTTCCTTCTTAATTTCTCCCTACAACCACATGAGGAACCCATGGTTCTGC
ATCTCTCTTCTCACCCTCTTTTTCTCTTTGCTCACCCACAATTCCCTTGCAGCTCTCACG
AACGTTTCTTCAAACCAAACTCTCACTGGGGATCAAACTCTCCTCTCTAAAGGTGAAATC
TTTGAATTGGGTTTCTTCAAGCCAGGTGGCAATTTAGTTCTCTTAGATGGATCTTCAAAT
CAAGTTTGGTCAACAAACATAACTTCTCCCAGGTCAGATTCTGTTGTAGTAGCTGTTCTC
CGAGATTCTGGGAATCTTGTGTTAACAAATAGGCCTAATGATGCTTCTGCTTCAGATTCA
GATTCTCTGTGGCAGAGTTTTGATCACCCAACCGACACGTGGCTTCCGGGCGGCAAAATT
AAACTCGACAACAAAACTAAAAAACCTCAGTACCTCACTTCATGGAAGAACAACGAAGAT
CCTGCCACGGGTCTTTTTTCTCTAGAACTAGACCCCAAAGGAAGCACCTCTTATTTGATC
CTTTGGAACAAGTCTGAAGAGTATTGGACAAGTGGTGCTTGGAATGGACACATTTTCAGC
TTGGTTCCCGAGATGAGGGCGAATTATATCTACAATTTCTCGTTTGTGACGAACGAGAAC
GAGAGCTATTTCACATACTCCATGTATAACTCGTCCATCATATCGCGGTTCGTGATGGAT
GTCTCGGGGCAGGTCAAGCAATTCACGTGGTTGGAAAATGCTCAGCAGTGGAACTTGTTT
TGGTCGCAGCCGAGACAACAGTGTGAGGTTTATGCCTTTTGTGGCGCGTTTGGGAGCTGC
ACTGAAAATTCAATGCCGTATTGTAACTGTTTACCTGGTTTTGAGCCGAAATCACCGTCT
GATTGGAATCTGGTTGATTACTCAGGTGGGTGTGAAAGGAAAACCATGTTGCAATGCGAG
AATTTGAATCCCTCTAACGGGGATAAGGACGGGTTTGTAGCAATTCCAAACATTGCATTA
CCTAAACATGAACAATCTGTGGGATCAGGGAATGCAGGGGAATGTGAATCAATTTGCTTG
AACAACTGCTCCTGCAAAGCTTATGCATTTGACAGTAACGGGTGTTCAATTTGGTTTGAC
AACCTTCTGAATTTACAACAGTTATCTCAAGATGATAGTAGCGGACAAACTTTGTATGTC
AAACTTGCAGCATCTGAGTTTCATGATGATAAAAGCAAAATTGGGATGATCATTGGTGTG
GTTGTGGGTGTGGTTGTTGGCATTGGGATTCTCTTGGCAATTCTTTTGTTTTTTGTGATT
AGGCGAAGGAAGAGAATGGTTGGAGCAAGAAAGCCTGTGGAGGGTTCGTTGGTGGCATTT
GGGTACAGAGATTTGCAAAATGCAACGAAGAATTTCTCTGAGAAATTGGGAGGAGGAGGG
TTTGGTTCTGTTTTCAAAGGAACATTGGGTGATTCCAGTGGGGTGGCAGTGAAGAAATTG
GAAAGTATTAGCCAAGGAGAGAAACAGTTCCGAACAGAAGTTAGCACAATAGGGACAGTG
CAACATGTTAATCTCGTTAGGCTCCGCGGATTCTGCTCCGAAGGTGCCAAAAGGTTACTA
GTTTATGATTACATGCCAAATGGCTCCTTGGATTTCCATTTGTTCCATAACAAGAACTCT
AAGGTGTTGGACTGGAAAATGAGATACCAAATTGCGTTGGGAACTGCAAGGGGATTGACT
TATCTTCACGAGAAGTGTAGAGATTGTATCATACACTGTGATGTGAAGCCAGAAAACATT
CTCCTAGATGCTGAATTTTGTCCCAAGGTTGCAGATTTTGGCCTGGCTAAGCTTGTTGGA
AGGGATTTCAGCAGGGTCCTCACAACCATGAGAGGAACAAGAGGCTATCTTGCTCCAGAG
TGGATTTCTGGGGTGGCTATCACAGCCAAAGCTGATGTGTACAGCTATGGAATGATGCTT
TTTGAGTTTGTATCAGGTAGGAGGAACTCTGAGCCATCAGAAGATGGCAAAGTTACCTTC
TTCCCTTCCTTTGCAGCAAATGTTGTTGTCCAAGGTGACAGTGTTGCTGGCCTGTTGGAC
CCTAGTTTGGAGGGTAATGCTGAGATCGAGGAAGTGACTAGAATAATAAAAGTTGCTTCA
TGGTGTATTCAAGACAATGAGGCTCAACGGCCAAGCATGGGTCAAGTGGTTCAAATCCTT
GAGGGGATCTTGGAGGTGAATTTGCCTCCAATTCCAAGGTCCCTTCAAGTGTTTGTTGAT
AACCAGGAGAGTTTAGTTTTCTACACTGAATCAGACTCCACCCAAAGTTCCCAGGTGAAG
AGCAACGTCTCAAAGACCTCCTCTTCTCATGCCATAAGTAACATCTCTTCAGCAAGCTCC
AAGTCCTTGGGAGGAGAAAATTAGAGGGCATGTTTATGTCTTTTTTCTTATTCGGTTTTT
ACCAATGTAATTGTAATGTATGGTGCAAATCACTAGATTTTATTTTCCATGTTAGTTTAT
TTTTCAATCAATATATAATTTGATATAGCTGTTACTGTATTCAATGATATGATCAAGATC
TGGAGAGGTGTTTGGTGAGATCAGACAAGATGTTATCTTGGTTATCCAGAGGCCTCTCCA
TCTCTGGAATTTTCTAACAGGAGAAAGACACAAAGTAGATATGAGTGCGAATTTTTTAAT
TTTTCTCATTAGAAATTTCCGGTTCAAGAAAGGAGTATGCTGTGAGGAGGGGAGTGGTTT
GTGCTACCTATTGTATCAAAATATGATAGGTTTGGTTTCT