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

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SNP Detection
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Data List

All Markers Trait-Related Loci
Glycine max

CDS Sequence

CDS ID

KRH35771
CDS Infomation

cds chromosome:Glycine_max_v2.1:10:48858818:48862498:-1 gene:GLYMA_10G264300 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence

ATGGATATAATCTCTCAGTTACAAGAACAAGTTAATTTGATTGCACATTTGGCTTTTAAT
ACAGTTGGGACATTGCAAAGGGATGCCCCTCCTAATCGGCTGTCGCCAAATTATCCTGAA
CCACCTGCGCATGCTACAGAGGATGGGTCAAATTTTTCAGAACAGCCAAAGCTGATGAGT
ACTACTTTGGTGAAGGCTGCTAAGCAGTTTGATGCATTGGTTGCGGCGCTTCCAATATCC
GAGTCAGGTGAAGAAGCACAGCTTAAGAGGATTTCAGAACTACAAGCTGAAAATGATGCA
ATAGGCCTAGAACTTCAGAAACAGTTGGAAGCTGCAGAGAAGGAATTGAATCAGGTTCAG
GAGCTGTTTAGGCAAGCATCAGATAATTGTTTGAACTTGAAGAAACCAGATGACAGTTAG

Peptide Sequence

PEP ID

KRH35771
PEP Infomation

pep chromosome:Glycine_max_v2.1:10:48858818:48862498:-1 gene:GLYMA_10G264300 transcript:KRH35771 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence

MDIISQLQEQVNLIAHLAFNTVGTLQRDAPPNRLSPNYPEPPAHATEDGSNFSEQPKLMS
TTLVKAAKQFDALVAALPISESGEEAQLKRISELQAENDAIGLELQKQLEAAEKELNQVQ
ELFRQASDNCLNLKKPDDS

Transcript Sequence

Transcript ID

KRH35771
Transcript Infomation

cdna chromosome:Glycine_max_v2.1:10:48858818:48862498:-1 gene:GLYMA_10G264300 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence

AAAAATATTTTTTAAAAAAGTTTAAGAATTAAATTAAATGAATTGAAAGTTTAAGGATTA
AAAATAAAAATAAGATTGATGAAAATATAAGACTAAAAACATATTTTTTTCCATTTGGAA
GGAACGCACTCACGAGCAAGGGAAGCGACTAGTGAGCGAGTAGAGTTTCTGCTTCTACTT
TACAAGATTACAATTTACAAGGTGATTTGATTTGATCCAATCCCTCTCTCTATGTTGACG
CTAGCTAGGGTTTCTCTTCCTGCTTTGTAAATTTCATCACGAGTCTCTCATATTTTTAAA
ATGGGACTATTCTCCCATCAATTCGTTTCACGAAATTCAAATGTGTAGTAGGATACCCAG
TGGGTTGTTCTTCAATCAAATGCAAACTCGCGGCTAGACTCGCTCTAACTCATGATTTTA
TACAGAGTTAGCCAATTTTCCATCAAACACCCAAAAATGTCCAAAACGCCACCGTTTCGC
TAGGGTTTGTTTGTCCCTTTATTTTAGGTTTTACGCTCTCTCCCTTTGTTTGTCACGCAC
ACCAACGAGCTCAGGTCTGGTTCAGTTTTTTGCTTTCTTACATTCCATTCTCACTTGTTC
CATTCCTCACTTCGATTTGATCCCATCCCATTTTGATCCTTTTTTTTTCACTCCCAAGTT
CAGATACTGAATTTAGTCCTTGTAATATTAGTTAAACTTGAAAATTAAAGAATTTGTCAC
TGTGACTTCATTACTTTTTGTCTGTGTTGTCCTGTTGCTACTGAATTGTGATAATTTATG
GTGTAGACTCTCACGAGTTTAAGTTGATTCTCAAGTTTGACAACCTTGCAGTTGCATATA
CATGTATATGATAATCTTTGTGTTTCTTATGTTGCAGTTACATTTCAGCAAGTCAAAATT
TCCTCCAGAAAGTTGCTCGTGTAATGGATATAATCTCTCAGTTACAAGAACAAGTTAATT
TGATTGCACATTTGGCTTTTAATACAGTTGGGACATTGCAAAGGGATGCCCCTCCTAATC
GGCTGTCGCCAAATTATCCTGAACCACCTGCGCATGCTACAGAGGATGGGTCAAATTTTT
CAGAACAGCCAAAGCTGATGAGTACTACTTTGGTGAAGGCTGCTAAGCAGTTTGATGCAT
TGGTTGCGGCGCTTCCAATATCCGAGTCAGGTGAAGAAGCACAGCTTAAGAGGATTTCAG
AACTACAAGCTGAAAATGATGCAATAGGCCTAGAACTTCAGAAACAGTTGGAAGCTGCAG
AGAAGGAATTGAATCAGGTTCAGGAGCTGTTTAGGCAAGCATCAGATAATTGTTTGAACT
TGAAGAAACCAGATGACAGTTAGCTATTTGTGTTCCAGGAAAGCTCAGATGAATTTTGCC
ACATGTATCTCAACTTGACAAAAAGCAGGGACAGCTGCAGGAGGATTTTCCTTTTCTCCT
TTTAAGTCTTGATTACCTGAAATAGTTGTATTCTTTCGTATGTTGTGACTTTTGCCTGAC
ACGTGATGTTTTGCAGAAATTGATCATCAGTTGAGATACTGGTAATTATCTTTCTTTGCT
CCCGAGGGAAAGGCATATCGGTGTTTATATTAACCATCTTCCTTCACGCAGTCCGAAAAT
TTTGTAGTGATAGTTTTTTAGGGAAGCTCGTGAAAATTGTGCAATTTTAAGTGTCATTTT
ATTTACTAGTGAAGTCA