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

KRH14640
CDS Infomation

cds chromosome:Glycine_max_v2.1:14:2919502:2923525:-1 gene:GLYMA_14G038800 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence

ATGCAAGCTGACGAGGATGTAGGGAAGATTGCAATGGCTGTGCCTCTTCTAGTCTCTAAA
GCACTAGAGCTATTTCTGCAAGATTTGTGTGATCAAACATATGAGATAACTTTGAGGAGG
GGGGCAAAGACTATGAATGCTTTTCATTTAAAACAGTGTGTGCAGACTTTTAATGTCTTT
GATTTTCTGAAAGATATTGTCAGCAAGGTTCCTGATTTAGGCTCTTCTGTTGCAACCGGT
GATGACCATGCTGTCACTAAGAGGAGGAAAGTTGCCGGAGATGATGATAATGACAGCGAC
GAGGAACTCAAGAGAAATAAGAAGCCAGAGCCTGGACATAGCAGTGGCAGAGGAAGGGGT
AGGGGTCGTGGCCGTGGAATCAGAACTGTAGATCAAGAGATGGGTTCACATGCCAAGTGT
GAAGATGATTCTCATGTATTGAAGCAGAATGACAACCATCAAAGCAATGAAAGCATGGAA
AATGCATCGGAACCTGCAGAAGTTAAGCAGAGTTTTCCAGTAAGCAAACCGACCGAAGTG
TGCATTCGAAATTTTGACTTAAATTTGGACCCAGATGAGGATATGGATTCATTAGACACA
CCAACTTCTGTCCCAGCTAGTTCATCTGCAAAATCAGTGTCAGAAGAGAAGCATGAGGAA
TACCCTGGATGGCCCTTGTCTGATATGGAAAAAATGACCATTGATCCCATTCAACTAGCT
AACATAAATGGAAGGATTGATGAAGATGAAGAGGATTATGATGAAGAAATGTAG

Peptide Sequence

PEP ID

KRH14640
PEP Infomation

pep chromosome:Glycine_max_v2.1:14:2919502:2923525:-1 gene:GLYMA_14G038800 transcript:KRH14640 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence

MQADEDVGKIAMAVPLLVSKALELFLQDLCDQTYEITLRRGAKTMNAFHLKQCVQTFNVF
DFLKDIVSKVPDLGSSVATGDDHAVTKRRKVAGDDDNDSDEELKRNKKPEPGHSSGRGRG
RGRGRGIRTVDQEMGSHAKCEDDSHVLKQNDNHQSNESMENASEPAEVKQSFPVSKPTEV
CIRNFDLNLDPDEDMDSLDTPTSVPASSSAKSVSEEKHEEYPGWPLSDMEKMTIDPIQLA
NINGRIDEDEEDYDEEM

Transcript Sequence

Transcript ID

KRH14640
Transcript Infomation

cdna chromosome:Glycine_max_v2.1:14:2919502:2923525:-1 gene:GLYMA_14G038800 gene_biotype:protein_coding transcript_biotype:protein_coding description:hypothetical protein
Sequence

TTGGAGGCTCCTAAATTAGCGCTTTCGTGGGAGGGGAAGACACACGCACTTCAAACACAC
GACAAAATAAAAATAAAAACTTTCCCACTTTGCTTCTTCGTCTTCTTCAACGACAAAATA
AAGTGGGGTTTCGCCTTCTTCTCCAAAATATGAGGAAGAAGCTAGATACTCGTTTCCCTG
CGGTAAGGTTTCTCTTTCCCTTTGCTTTTGTTTTCTTTTTTCATGTACAAAATATTGTTC
CTTGTTGTTTTGCATTCTATTCATTGTGAGTTGTTTATGTTTTTTTTTTTTGTGTCATTG
GGTTTGTTGTTTTTTGTTTTCCTTGTGTAAATTGATGTTTCTGGATAACATGGGAGATGG
GTTTCTCTTGGTTTTGGAATGTCTGTTAGTTATGCTTTAATGTGCAAACGTGCTTTGTAT
TAACATGTGAGGCTTTGGAATTGTTGCGATAATTTTTTTTCTATGAATTGTTGACTTTGT
TAATGAATTAGATGTTAAAGTTAATGTTTTACGGGTCAATATTGTTTTGAAGAACCATGC
CCATAGGATGTTGTTAATTTGGATAAAATAAGTTTTCTTTCTGAAAGAGAAAGAAGGATG
GGGAGCCTGATGTTGAATTTTAATGTAGTGCAACATATTTATTCAGAAAGGAAACAAATG
TTTTGACGTTGTGATTGGTGCATATCTTAAATCTTTTTTTATCATGTGTATGTCTTAACT
TGGAGATTTTGTTGGTATAATTTCATTTTTCGTTTTTATGTCTATGTAGTTTGGAAATAG
TTGTTGTCCTGTAAAGCATCCGCATGCTTTGGTTTGGCTGTGGAATATCAATTACCGATT
TTGAAATGTAAAACATTATCTGTGGTTTGCCACTGCTTTAGGTCATGCTTTGTGTATTGT
AAGCTAGGACAGCAAGTTGTGTGTAGTACTGTGGTATGGTGTGATATATTCCCCTTCTAA
CGTTTTCTAAATTTGGTATTTTGTATTGTTTTAAAAAATTCCCTGAATTTGGTCCCTCTC
AAACAATGTTTTGCGGTGTAGGTTGGTCGCTACCTATCCTGTAGATATATTTTAGAAATG
ATGCTTTAGATAGATGTAAAGTTAAGCAAATTTATTTGTATGCCAAAGGGTTTGCAAAAT
TGCCTCCAATTTTGGATTTTATTCTTTGACCTTCTGAGAAGGGATTGCTTATTCCTTTGT
TAAAACTCCTGCTTCCAAGTATTTCCATACTATAATTCTGGAGGATAGCATATCACACGT
GCTCAAACAGAATAATACAACAACAACAAAAACTCTTTTCCCACTAGGTGGGGGTGGAAT
ATATGGACCAAACAATGCCACGATGTCCTATTATAAATCATGTCCATAGGCTAATCATTT
AAATATAAATACAGTTTTTGTTGGTCTCTCTATCTCTAACTATGGGACTTCCCATCATCT
GTTGTACTTTCTTTATTCAAATTTTATAGTTTTTCTCCACACATACCTAAACCTTGTTCA
TGTGGGAAATAGGCACAAGGGTCTTCTGTTGCCCACCTTGTATTCTTGCACTTTTGGCCC
CATTGTACATGTATTTGATTGCTTGAATATAGACAATATACCTTTTTGTCTCCACAGCCT
TGCGCAATACACATATCTTTTATACTTTTATTTGTAAGTGGAGAATGACTAGTGGAATTT
GAGCATAGATTACTTCTGGTGGAGTAGGACAAACACTCAGTTTTTTCCTTTTAACTATTA
GTTGAAAATTTATTTCTTTCTTCATTAATTGCAGTGAAATTTCCTTAATTGTATCAAATT
TGAATCCTCTTCTATCCAACATGATTTAGTTTTAGACATTTTAGTAATGATTGTGTAATC
TTATTGAATTGATTATTGGCAGGCTAGGATTAAGAAAATTATGCAAGCTGACGAGGATGT
AGGGAAGATTGCAATGGCTGTGCCTCTTCTAGTCTCTAAAGCACTAGAGCTATTTCTGCA
AGATTTGTGTGATCAAACATATGAGATAACTTTGAGGAGGGGGGCAAAGACTATGAATGC
TTTTCATTTAAAACAGTGTGTGCAGACTTTTAATGTCTTTGATTTTCTGAAAGATATTGT
CAGCAAGGTTCCTGATTTAGGCTCTTCTGTTGCAACCGGTGATGACCATGCTGTCACTAA
GAGGAGGAAAGTTGCCGGAGATGATGATAATGACAGCGACGAGGAACTCAAGAGAAATAA
GAAGCCAGAGCCTGGACATAGCAGTGGCAGAGGAAGGGGTAGGGGTCGTGGCCGTGGAAT
CAGAACTGTAGATCAAGAGATGGGTTCACATGCCAAGTGTGAAGATGATTCTCATGTATT
GAAGCAGAATGACAACCATCAAAGCAATGAAAGCATGGAAAATGCATCGGAACCTGCAGA
AGTTAAGCAGAGTTTTCCAGTAAGCAAACCGACCGAAGTGTGCATTCGAAATTTTGACTT
AAATTTGGACCCAGATGAGGATATGGATTCATTAGACACACCAACTTCTGTCCCAGCTAG
TTCATCTGCAAAATCAGTGTCAGAAGAGAAGCATGAGGAATACCCTGGATGGCCCTTGTC
TGATATGGAAAAAATGACCATTGATCCCATTCAACTAGCTAACATAAATGGAAGGATTGA
TGAAGATGAAGAGGATTATGATGAAGAAATGTAGATGAACCTGTGTTGGTTTATTCATTA
CTTCTCATATAGGTCCGTCATTAGAATGTTCTTGTGGGGAATTAGAGTAGATTTTATAGG
AGCAGTGTTAGATAGATACTTACTCCTTAGTAGTTTAGGAAGATTAGGAGGGATAGGGCA
TTGAATACTCTCCTTATAACCCTTGTTTTAGGTTAAAAGTGGAGATATAGATTGTTCCAA
TTAGAAATAGCCATTTGCCAGTATAGTTAATTATGACTTATGAGAAATTTTAATCTCATG
TAGGTATTGCTTATGGTAGGCACTACCTTCAGATTTTGGGTGTGTTATGGCTCAAAATTT
TACGGGGATGCCTATCTTAATCACACTTGTATCTAGCGGAACTAACTCACTGCTCCGGCA
ACATGATTTGCATGCAACCTTTTGAATTTTTGTT