Gene sequences

How To ▶︎

JA

EN

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

Search

By Traits

Let’s Analyze!!

SNP Detection
(lang=JA only)

Other Tools

Data List

All

Trait-Related Loci

Glycine max

CDS Sequence

CDS ID	KRH45181
CDS Infomation	cds chromosome:Glycine_max_v2.1:8:22847346:22853274:1 gene:GLYMA_08G256200 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence	ATGACTTCAACAAACCCTTCCCCAAATGCTTCCCCTGTTGCAGTGCCTCCTGCACTTGGT GGTATTTTATCACCACCACCTTCTTCATCTTCTCCAACAAATTCATCCAAATCACCGTCA CCTCCCAATTCTCCTCAGCCTAATCAAACACAAACACCCAATTCCCCTGCTCCTTCATCA CCTTCAGCTCCACCTCCTTCTCCTCCTTCTCCTCCTCAGGCAGTGCCTGTAACCCCTCCT CCTTCCATATCACTCTCTCCACCACCAACTCTGCCCCCTCCTTCACCACCAGATTCTCCA CCACCATTGCCACCAGCATCTCCCCCCTCACCACCAGCTACCACTGCCCCTCCTCCAGCT GAAACTCCACCTTCCCTTCCAAATTTGTCTCCACCATCTCCACCAGATGGTTCCCCTCCT CCTCAATCACCTCCCACAACAATTCCACCTCCTTCTCGACCGGTTTCGCCGTCTCCTCCT CCTCCAGCCAATGTTCCAAGGCCACCATCCACTAGTACTCCTCCACAGAAACAGAGTCCA CCAAAAACTACTCCTTCACATGCATCCCCTCCATCAGTTTCTGAAAGTCCTCCTAAACCT CCTTCCTCTGATGTTCACCCACCATCCACATTGCCTTCAGACACTTCAGGATCTTCACCT CCAGCTACTTTGCCTGACCCTCCAACTAATACAACAGCTGCCCAGGGTCCCACGGTGTCG CTGCCGTCTCTTCCAACTGAAAAACCCACTGCTAGACCAACTAATGATGGTACTAACAGT ATGTCTTCAAACAACACACCTTCACATTCAGGAGGGTTGAGCACTGGAGGATCTGTGGCT ATTGGAATTGTAGTTGGTTTTACTGTCCTCAGCCTTGTTATGGCCGTGTGGTTTGTACAG AAGAAAAAGAAGAAGGGAACAGGATCAAGAGGTGGTTATGCTGCTGCTTCTCCATTTACC TCATCCCACAACTCAGGTACATTATTCTTGAGGTCGCAGTCTCCAGCCAACTTTTTAGGT AGTGGTTCTGGTAGTGATTTTGTATATTCTCCATCAGAGCCTGGTGGAGTAAGTAGTTCA AGATCATGGTTCACATATGAAGAACTTATCCAAGCTACAAATGGGTTTTCAGCACAAAAT TTGTTGGGAGAAGGTGGATTTGGCTGTGTTTATAAAGGTTTGCTCATAGATGGAAGAGAA GTAGCTGTGAAACAGCTCAAAGTTGGTGGTGGGCAAGGGGAACGTGAATTCAGGGCAGAA GTTGAGATTATTAGCCGAGTACATCATCGTCATCTGGTTTCTTTGGTTGGTTACTGTATA TCCGAGCATCAGAGATTGCTTGTATATGACTATGTTCCCAACGATACTCTTCACTACCAT CTCCATGGTGAAAATAGACCAGTTTTAGATTGGCCTACTAGAGTCAAGGTTGCTGCTGGT GCAGCTCGTGGAATAGCTTACTTGCATGAAGACTGCCATCCACGCATTATTCATCGAGAT ATTAAGTCATCAAACATCCTGCTTGATCTCAACTATGAAGCTCGAGTTTCGGACTTTGGG CTTGCAAAATTGGCATTAGATTCAAATACACATGTAACTACACGTGTAATGGGAACCTTT GGGTACATGGCACCAGAATATGCGACAAGTGGGAAACTTACTGAAAAATCTGATGTATAT TCTTTTGGGGTTGTGCTGTTGGAACTAATTACAGGTCGGAAGCCGGTAGATGCATCTCAA CCAATCGGTGATGAGAGCCTGGTTGAATGGGCTCGGCCTCTGTTGACTGAAGCACTTGAC AATGAGGACTTTGAAATTTTGGTGGATCCAAGATTGGGAAAGAACTACGATAGAAATGAA ATGTTTCGGATGATTGAGGCTGCTGCAGCCTGTGTACGCCACTCGTCGGTGAAGAGACCA CGCATGAGTCAGGTGGTGAGAGCTTTGGATTCCTTAGATGAGTTTACAGATCTCAATAAC GGAATGAAACCGGGGCAGAGTTCAGTGTTTGATTCTGCACAGCAATCTGCACAAATCAGA ATGTTTAGGAGGATGGCTTTTGGGAGCCAAGATAGTTCCAGTTTCTTCAATGAGTCTCAG AGTAGCTGGAGGAGTAGGGATCACAACTCAAATACTATGTTCTCCCAAAATAAAACTGGG CCTTGGAACGTTTGA

Peptide Sequence

PEP ID	KRH45181
PEP Infomation	pep chromosome:Glycine_max_v2.1:8:22847346:22853274:1 gene:GLYMA_08G256200 transcript:KRH45181 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence	MTSTNPSPNASPVAVPPALGGILSPPPSSSSPTNSSKSPSPPNSPQPNQTQTPNSPAPSS PSAPPPSPPSPPQAVPVTPPPSISLSPPPTLPPPSPPDSPPPLPPASPPSPPATTAPPPA ETPPSLPNLSPPSPPDGSPPPQSPPTTIPPPSRPVSPSPPPPANVPRPPSTSTPPQKQSP PKTTPSHASPPSVSESPPKPPSSDVHPPSTLPSDTSGSSPPATLPDPPTNTTAAQGPTVS LPSLPTEKPTARPTNDGTNSMSSNNTPSHSGGLSTGGSVAIGIVVGFTVLSLVMAVWFVQ KKKKKGTGSRGGYAAASPFTSSHNSGTLFLRSQSPANFLGSGSGSDFVYSPSEPGGVSSS RSWFTYEELIQATNGFSAQNLLGEGGFGCVYKGLLIDGREVAVKQLKVGGGQGEREFRAE VEIISRVHHRHLVSLVGYCISEHQRLLVYDYVPNDTLHYHLHGENRPVLDWPTRVKVAAG AARGIAYLHEDCHPRIIHRDIKSSNILLDLNYEARVSDFGLAKLALDSNTHVTTRVMGTF GYMAPEYATSGKLTEKSDVYSFGVVLLELITGRKPVDASQPIGDESLVEWARPLLTEALD NEDFEILVDPRLGKNYDRNEMFRMIEAAAACVRHSSVKRPRMSQVVRALDSLDEFTDLNN GMKPGQSSVFDSAQQSAQIRMFRRMAFGSQDSSSFFNESQSSWRSRDHNSNTMFSQNKTG PWNV

Transcript Sequence

Transcript ID	KRH45181
Transcript Infomation	cdna chromosome:Glycine_max_v2.1:8:22847346:22853274:1 gene:GLYMA_08G256200 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence	TGCATGTGAGTGAGAAGAAGGACTGTCACAAAGAGAGAGAGAGAGAGAGAGAGAGAGAGA GAGAGAGAGAGAGAGAGAGAGTGTGAAACAGTGCCTATTCTGAAAGTCGTCTCCACGTTC TCCTTTGCACATATTGTGGTGTGTGCTGTTCTGTGTGTGCCACTATTGTCATATTCCGCA AAATCAGCTTTTTCCTGTGGAGTTCTGCTCAACCTTCCTTTCTTTTGTACATGCAAACAC CCTTTTTGCTGAAGGTTGCATGTTTAGTTCATTGGCGAGTTTTGGAGATCTGGGTATGAT GCATTTTGGCTTCTCCAGTGTGTTAGAACAATGAGCCAATGCCAAATCTGGGTCATAATA ATGCTTGAAGATTAGATGTTCCTTGATTTGCAAAAAGGTTTTGTTTGCATGAGCTGGGTT TCTTTTCCCCCACTGAATTTGGTTTTTGTCAGGTGTTGTACCCTACAAAATTAGTATTAG CTTCTTGAAAGTAGTTTGTGGGTATTGACTTTTTGCTCTTTGCCAAAGTTAAGGTATACT TTTTTAAGGAATTGGGTTTGTCTTGGTGGTTGTGTTGTTTTAGGGAATTGAGCATTGCTT GTGGAATGTTTGATCTGAAAAATGTTAAGTTGATGCTTGATCTGGGGTGTTGTGATGATG TTTGATTCTGGGAAGAGATTGGAAATTGGAGTGTTTAGTGAGTGGTTTCATCAAAGAAGT GAAGATGGAAGTTTTTAATTTTAACTAGTACATTTTGTTCTTGAGGGAAGATTTGTGCAG TGATGACTTCAACAAACCCTTCCCCAAATGCTTCCCCTGTTGCAGTGCCTCCTGCACTTG GTGGTATTTTATCACCACCACCTTCTTCATCTTCTCCAACAAATTCATCCAAATCACCGT CACCTCCCAATTCTCCTCAGCCTAATCAAACACAAACACCCAATTCCCCTGCTCCTTCAT CACCTTCAGCTCCACCTCCTTCTCCTCCTTCTCCTCCTCAGGCAGTGCCTGTAACCCCTC CTCCTTCCATATCACTCTCTCCACCACCAACTCTGCCCCCTCCTTCACCACCAGATTCTC CACCACCATTGCCACCAGCATCTCCCCCCTCACCACCAGCTACCACTGCCCCTCCTCCAG CTGAAACTCCACCTTCCCTTCCAAATTTGTCTCCACCATCTCCACCAGATGGTTCCCCTC CTCCTCAATCACCTCCCACAACAATTCCACCTCCTTCTCGACCGGTTTCGCCGTCTCCTC CTCCTCCAGCCAATGTTCCAAGGCCACCATCCACTAGTACTCCTCCACAGAAACAGAGTC CACCAAAAACTACTCCTTCACATGCATCCCCTCCATCAGTTTCTGAAAGTCCTCCTAAAC CTCCTTCCTCTGATGTTCACCCACCATCCACATTGCCTTCAGACACTTCAGGATCTTCAC CTCCAGCTACTTTGCCTGACCCTCCAACTAATACAACAGCTGCCCAGGGTCCCACGGTGT CGCTGCCGTCTCTTCCAACTGAAAAACCCACTGCTAGACCAACTAATGATGGTACTAACA GTATGTCTTCAAACAACACACCTTCACATTCAGGAGGGTTGAGCACTGGAGGATCTGTGG CTATTGGAATTGTAGTTGGTTTTACTGTCCTCAGCCTTGTTATGGCCGTGTGGTTTGTAC AGAAGAAAAAGAAGAAGGGAACAGGATCAAGAGGTGGTTATGCTGCTGCTTCTCCATTTA CCTCATCCCACAACTCAGGTACATTATTCTTGAGGTCGCAGTCTCCAGCCAACTTTTTAG GTAGTGGTTCTGGTAGTGATTTTGTATATTCTCCATCAGAGCCTGGTGGAGTAAGTAGTT CAAGATCATGGTTCACATATGAAGAACTTATCCAAGCTACAAATGGGTTTTCAGCACAAA ATTTGTTGGGAGAAGGTGGATTTGGCTGTGTTTATAAAGGTTTGCTCATAGATGGAAGAG AAGTAGCTGTGAAACAGCTCAAAGTTGGTGGTGGGCAAGGGGAACGTGAATTCAGGGCAG AAGTTGAGATTATTAGCCGAGTACATCATCGTCATCTGGTTTCTTTGGTTGGTTACTGTA TATCCGAGCATCAGAGATTGCTTGTATATGACTATGTTCCCAACGATACTCTTCACTACC ATCTCCATGGTGAAAATAGACCAGTTTTAGATTGGCCTACTAGAGTCAAGGTTGCTGCTG GTGCAGCTCGTGGAATAGCTTACTTGCATGAAGACTGCCATCCACGCATTATTCATCGAG ATATTAAGTCATCAAACATCCTGCTTGATCTCAACTATGAAGCTCGAGTTTCGGACTTTG GGCTTGCAAAATTGGCATTAGATTCAAATACACATGTAACTACACGTGTAATGGGAACCT TTGGGTACATGGCACCAGAATATGCGACAAGTGGGAAACTTACTGAAAAATCTGATGTAT ATTCTTTTGGGGTTGTGCTGTTGGAACTAATTACAGGTCGGAAGCCGGTAGATGCATCTC AACCAATCGGTGATGAGAGCCTGGTTGAATGGGCTCGGCCTCTGTTGACTGAAGCACTTG ACAATGAGGACTTTGAAATTTTGGTGGATCCAAGATTGGGAAAGAACTACGATAGAAATG AAATGTTTCGGATGATTGAGGCTGCTGCAGCCTGTGTACGCCACTCGTCGGTGAAGAGAC CACGCATGAGTCAGGTGGTGAGAGCTTTGGATTCCTTAGATGAGTTTACAGATCTCAATA ACGGAATGAAACCGGGGCAGAGTTCAGTGTTTGATTCTGCACAGCAATCTGCACAAATCA GAATGTTTAGGAGGATGGCTTTTGGGAGCCAAGATAGTTCCAGTTTCTTCAATGAGTCTC AGAGTAGCTGGAGGAGTAGGGATCACAACTCAAATACTATGTTCTCCCAAAATAAAACTG GGCCTTGGAACGTTTGAGTGACATGACTCACTCACTCAACACAGACAGACATCTACCTGC CAATTCATTTCTTGTGGTGTAAATCTCATTTTCCTAACATGATTTTGCTTGCTATTCTTT GTAAATTAGGCTATTTGTTACATAACGCAATGTATTTATTTCATGTATAATACCATGATC GATCTGAATTCAACACTGCCCTTGTAATCACAATTTATCCTTAGTTGGTACTTGCTTATG TGCATGTGGACACAGCACATCATGTTGAGGTTAACTCCTCTTTTACGTAGGGCTATACAC AAAGTTGCCACTTGCCACCCAAGTCTGTATTTTTTCTTCTATAAGAAAAAAAAAGAAGTT TATGCCCAGGAATCAAGATCTGCAATGTAATATTCTCTTGAACGTAAATATTTTTTAATA TTAATATAGTAATATATTATCCAATTCATGCACA