Gene sequences

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Trait-Related Loci

Glycine max

CDS Sequence

CDS ID	KRH31437
CDS Infomation	cds chromosome:Glycine_max_v2.1:11:34082545:34086028:1 gene:GLYMA_11G248300 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence	ATGAGTGAGGCTGCAGCTACGACGACTTCGTCTTCCATGATGCGCAATTACCCTCTCATT TCCGCCATCGTTGCTTTCGCCATCGCACAATTCATCAAGTTTTTCACCGCCTGGTTTAAG GAAAAAAGATGGGATCCCAAGCAACTTGTTGGATCTGGTGGAATGCCTTCATCCCATTCG GCTACTGTCACTGCTCTTGCCGCGGCAATCGGGTTCCATGAAGGCTTTGGAGGACCTCTT TTTGCTACTGCTTTGGTTCTAGCTTGTATTGTGATGTATGATGCTACTGGTGTAAGATTG CAAGCAGGACGCCAAGCAGAGCTTTTGAATCAAATTGTATACGAACTTCCTGCTGAACAT CCTCTGGCTGAAAGCAGACCACTCCGGGAACTTCTTGGGCATACTCCTCCTCAGGTCGTT GCTGGTGGCATACTTGGACTTATAACTGCAGGTATTGGCTATCTAATAACCATGGCTAGT AGTTGA

Peptide Sequence

PEP ID	KRH31437
PEP Infomation	pep chromosome:Glycine_max_v2.1:11:34082545:34086028:1 gene:GLYMA_11G248300 transcript:KRH31437 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence	MSEAAATTTSSSMMRNYPLISAIVAFAIAQFIKFFTAWFKEKRWDPKQLVGSGGMPSSHS ATVTALAAAIGFHEGFGGPLFATALVLACIVMYDATGVRLQAGRQAELLNQIVYELPAEH PLAESRPLRELLGHTPPQVVAGGILGLITAGIGYLITMASS

Transcript Sequence

Transcript ID	KRH31437
Transcript Infomation	cdna chromosome:Glycine_max_v2.1:11:34082545:34086028:1 gene:GLYMA_11G248300 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence	GGAAGCATATTCAGTTGAGAGAAACCTAAGCTAAGGTAAAACCGTTAGTGTAACAACTAT TTCATTTTTTCAGAACTCAGAACAAAACAAAACAAACCCCCTTCGTGTTCCTACTTGCAT TTGTAACATAATAACATTTCCCAGCGTTCTTGTTCTCACTTTGGCAAAAAAGAAAAGAAA GAGGGAAAGACATTCGAGAATCAATTAACACAATCCAAATATAATTAATTAATTAATTAA TTATAAGATAAATAACACAGAGAAAGGAGGAGATGAGTGAGGCTGCAGCTACGACGACTT CGTCTTCCATGATGCGCAATTACCCTCTCATTTCCGCCATCGTTGCTTTCGCCATCGCAC AATTCATCAAGTTTTTCACCGCCTGGTTTAAGGAAAAAAGATGGGATCCCAAGCAACTTG TTGGATCTGGTGGAATGCCTTCATCCCATTCGGCTACTGTCACTGCTCTTGCCGCGGCAA TCGGGTTCCATGAAGGCTTTGGAGGACCTCTTTTTGCTACTGCTTTGGTTCTAGCTTGTA TTGTGATGTATGATGCTACTGGTGTAAGATTGCAAGCAGGACGCCAAGCAGAGCTTTTGA ATCAAATTGTATACGAACTTCCTGCTGAACATCCTCTGGCTGAAAGCAGACCACTCCGGG AACTTCTTGGGCATACTCCTCCTCAGGTCGTTGCTGGTGGCATACTTGGACTTATAACTG CAGGTATTGGCTATCTAATAACCATGGCTAGTAGTTGAAATTGAGGATTCCTAGTTGGCA TCCCCAGAGGAACCTTGTATAGAAATCAAAAACACCAGTCTCTGTTGGTGGCATACTTGT TCCCTAATTAGAGAAAGTCTGATATGTGCTCCTTCCTTCAGATCTCAGACCGCATTCACT TAACCTTATCATGTCAACTATGGCGATGAAAAATAGAATTGTATTTATTACACTTTGATG GAAAGAAAGTAGTAGTATTTATTTGACTTTCAGGATCATTTATTAGCCAGAGTACTTGCC TCTTCGCTTGTTTGGTTTTATTAATTTTGGAATGGATTTATTTATAGGCATTACTTGAAG TCATTTTCTTATCCTGGTTATATCACTTATATGCAACTCTAGTGATATCACAGATACTGC TTCTATTTTTCCCCCTCAATCAAAAGTAATTTTATTGGTTATGAATATTTCTTTCAACCA CAACGCTAGTTATATCCAATTTGATTTATTAATGTTGTTTGTCTGTTAGAAATGATTTTC AGGACTGTCACCAGAATAGAGCGCAAGATTATTTATGATTTAATTTAACCATTGAAGTCT GTAACTCCATTGTGTTAACAATAAAAAAAGCGAATACTAATTGGTAAGTGAATAAGTTGA GTGAGTTAAAAATGATCAAAACTTGCTTTAGGAAAGATTGTTTAGCTCTGGTATTTAATC ATCATCTGACAGACATGATACACTAGATGGAATTGAAATCAATTATTACATCAAAAACAA AATATTTTCTCTG