DCAR_008820

Name
DCAR_008820
Organism
Daucus carota subsp. sativus
Product
hypothetical protein
Protein_id
gnl|USDA|DCAR_008820
Transcript_id
gnl|USDA|mrna.DCAR_008820
Type
mRNA
Unique Name

DCAR_008820.mRNA

Sequence Residues
ATGGCCTCCGGTGACTCCAACTCCGAGGATCATCAAGATTTTGATGTGAA
AGACCCCACACTCATTGCCAGAGAGTATCAGACAAAACTGTGTCAGAAAG
CTTTGAGTGAAAACACAATAGCCTATTTGGGAACTGGTTGTGGGAAGACT
CACATTGCTGTTCTATTAATTCATGAGATGCGACACTTGATAAAGAAACC
CCAGAATAACATATGTGTCTTTCTAGCTCCTTCAGTTGCTCTGGTTGAGC
AGCAAGCCAAAGTCATCAAGGACTCAATTGATGTTAAAGTTGGCATCTAC
TGTGGGAGTTCTAAGCATTTGAAGCGTCATACCTATTGGGAGAAAGAATT
AGCACAACATGAGGTTCTTGTCATGACCCCTCCAGTACTTCTCCAGAATT
TATCGCATTGCTTCATCAGGATTGAATTGATTGCGCTTCTAATTTTTGAT
GAGTGCCATCATGCGCAACCTGAGAGCAATCATCCTTATGCTGAAATCAT
GAAGGTATTTTACAATACCAGTGCAACAAAGCTTCCTCGTGTATTTGGTA
TGACCGCATCTCCAATATTGGGAAAAGTGTCTTATTGCTTAGCAGTCATA
GAACCTCTTACCACCATGTCCTTTGTGAAATCCTCTGATCCTAGTGTAGC
TTATGAGCTTGATACTAGAAGTCCTGACGAGCTCGTGTTTCCCAAGATCT
CTACATGTGGTGCTTCTATCCGTGGCCTCGAGTCTTTACTACATGCTAAG
GTTTATTCTGTTGAAGACAAGGAAGAACTCGAACGGTTTGTGACACCTCC
CAAAGTTAGTGTATATTATTATGATACAGCAGCAGATGGACCATCTTCCC
CTCTAGTTTATTCTAGTAAACTGCAAGCGATAAAATCCCAGTGTGTATCA
ACACTGGTAGAGAATATCAGCGACATGGATAGCCTAATAAGCTCCAAAAA
GATGCTCCAGAAACTGCACACTAATCTGTGTTTGTGTGTAGAGAAACTTG
GTGTTTGGGGAGCATGTCAGGCTGCTCAGATACTCTCAAAGGGTGACTGC
CTTGTGCAAAATGAACTAATGGAGATGGAAGTGCAGAATTCGCATGTCTC
TATATGCAACAGCTATCTTTCTCAAGCTGCCATGATATTTTTGTCGGATT
GCAAAAAAGATCGAACCAAGGAGAAGTTAAATTCACCAGAAGTCCTAGAG
GAGCCCTTTTTCTCCAAAAAGCTCTTGCAACTTATTAACATCCTTACCAA
TTTCAGGTCCCAGCAAAACATGAAATGTATAATTTTTGTCGATAGAATTG
TAACTGCCATATCTTTGTCGTCTATACTTCAAAGCCTTCAATTTCTATCA
GCTTGGAAATCTGATTTTTTGGTCGGAGTCAACTCTGGACTAAAGCGTGT
GTCACGAAAATCTACTAACGCTTTGCTTGCTAAATTTCAATCCGGTGAGA
TAAATCTATTGGTTGCAACTAAAGTTGGGGAGGAAGGTCTTGATATTCAA
ACGTGCTGCCTTGTAGTAAGGTTTGATCTTCCGGAAACTGTAGCCAGTTT
CATACAATCTAGAGGACGTGCTCGCATGCCTCAGTCAGAATATGCATTTC
TGGTAGACAGTGGCAATGAGAAGGAGCAAAATCTTATTGACAGTTTTACT
GAAGCTGAGGATAAAATGAATGAAGAAATTGAATTCAGAACATCTACTGC
CACTTTTTGTGATATTGAGGAGAAAACTTATAGAGTAGAATTGACGGGAG
CCACAATCAGTTCTGGAAGTAGCATTTCATTGCTTTACCGCTATTGTTCG
AAACTTCCACATGATGAATTTTTTAAGCCCAAGCTGGAGTTCTCATACTT
CGATGAGGCAGATGGAACAGTCTGCCAGATAATTTTTCCCTCCAATGCTC
CAATTTATCAACTGTCAAGTGCTCCTCAATCTTCTAAGGATGCAGCAAAG
AGAGATGCGTGCTTGGAAGCATGTAAGCAATTACATCAATTGGGTGCTCT
AACCCACTATCTCTTGCCCGAACGAGATGATGAAAATGAGGACCTGGAAT
CTTCATCAGATTCAGATTGCTCTGATGACGAGGATACGAGAAGAGAATTG
CATGAAATGCTTGTTCCTGCTGTCCTCAAAGAGCCGTGGAGTGAGGCCGA
GGATTCTGTCCACCTCAGGTCCTACTTTGTGAAGTTTAGACCCCATCCAC
CAGATAGGGATTATAGACCATTTGGTCTCTTTGTAAAAGCATCTCTTCCT
GGAGATGCTGAAAGAATGAAACTAGACCTTCATTTGGCACGTGGTAGATC
TGTAGCAACAGAGCTTGTACCATTTAGAACTCTGCTATTTAGTAGAGATC
AGCTAGCTTTGGCCGAGAAGTTTCAGGAAATGTTCCTCAAGGTCATCATT
GACAGATCACAGTTCTGTTCTGAATTTGTTCCCTTGGGAAGAATTAATTC
TGATATATTGGCTCCTAGAACATATTACCTCATGCTTCCTGTAATCTGCT
ATGAATTTGAGGAAGCAATGGTTGTGGACTGGAACCTTGTCATGAAATGT
TTATCGTCGCCGATATTTAACATGCCAGAAGTTGCTAAGGCTAATGAGCT
TCCTCAACCCAGCGAGAAATTACATCTCGCTAATGGTCCTAAAAGTGTCA
ATGATGTTGTGAATAGCTTGATTTATGTACCAAGCAAGAAATTGTTCTAT
TTTGTTTCTGATGTTTTGTCAGAGAAGAATGCATACAGTGACTATAAAGC
ATCAAAAAGTCACGTTCACCACTTCTCTGAGAGGTTTGGCGTTCATCTTT
TACATCCTAAACAAGCTCTTTTAAAAGCAAAGCAGCTCTTTAGTCTGGAG
AACTTACTACGAAAGAAAGGAAATTTGGAACCACGAGAAAAAGAGGAGCA
CTTTGTTGAATTACCTCCTGAAATTTGTGAATTAAAGATAATTGGGTTTT
CGAAAGATGTTGGAAGTTCATTATCTTTGTTACCATCAGTCATGCATCGT
CTGGAAAGCTTGCTTGTTGCTGTTGAACTAAAACATTTACTTTCTGTCTC
ATTTCCTGAGGGAGCTGAAGTATCTGCTTCTCGTGTCCTTGAAGCACTTA
CTACTGAGAAATGCAATGAACACTTCTCTCTTGAAAGGCTCGAAGTTCTT
GGTGATGCATTCCTCAAATATGCAGTTGGCAGGCGTCTTTTTGTCTTGCA
TGATGCCCTAGATGAGGGACAGCTTACAAGAAAACGTTCAAGTGTCGTCA
ATAACTCCAATTTACTGAAGCTAGCGATAGCAAACAGATTACAGGTATAC
ATACGCGACCAATCATTTGACCCATGCCAATTTTTCGCATTGGGTCGGCC
TTGTTCAGTTGTTTGTAAATCTGAAACGGAAAAGACTATCCATTCATCAC
AATGTAGTAGGGCTGCAAATCTCCATATGGAATTAAGATGCACTAAATCT
CATCACTGGTTGCATAAGAAAACCATAGCCGATGTTGTGGAATCTCTTGT
CGGTGCATTTATAGTCGACAGTGGCTTCAAAGGTGCAGCTGCTTTTCTTA
ATTGGATGGGTATACAAGTGGAATTTGAAGGTTCGAAGGTTAGCCATATC
TGTTCAGCAAGTTCAATCTATTTACCACTTGCTGCTCAAATAGATATAGC
TGCTCTTGAAGATTCTATCGGGTATCAATTTAACAATAAAGGTTTGCTTG
TGCAAGCTTTTGTCCATCCATCATATACCTATCATTCCGGAGGCTGTTAT
CAGGCTCTTGGTGACATAGTGGAGTCATGTATCGGTGCCATTCTTCTGGA
CACGGGATTCAATTTAAACCATGTTTGGAAAACAATGCTCTCCTTTCTCG
ATCCGGTCATTCACTTTTCCGGATTACAGCTTAATCCCATTCGAGAACTT
CAAGAACTAAGTCAATCGTACAATATGGAATTGAAATTTGCATCTTCAAA
GAAGGATAATACTTATACTGTTGAAATAAAGGTGAATGGGAAAGATGTTT
GTGAACATTCTAGTGCTAGCAACTTCAGCAAAAAAGCTGCCAAGAGAAGG
GCTGCAAAGCAATTAATTCTGATTTTGAAGGAGCATGGTTACAAATCAAA
GAGTAAATCGTTAGAGGAGGTTTTGAAGTTGACCCACAAGATGGAAGCAA
AATTAATTGGTTACAATGAAGCACCAACAGATGTTAATGATCCATATGCC
ACAATTGCTTACAATGAAAAAACACCAACAGATGTTAGCGCTCCATTTGC
CACAATTGCTTACAATGAAAAAACACCAACAGACGTTAGCGCTCCATTTG
CCACAATTGGTTACAATGAAAAAACACCAACAGATGTTAGCGCTCCATTT
GCCACAATTGGTAACAATGAAACGCCAACAAATGTTAGCACTCCATATGC
CAGAGGATTTGATATCTTGAAGGTGCAGGATTCCTGTACAAGTGGTTCTT
CATCATCCAAAGTAAATCCACTCGGTGTACAACTGCATAGATCTGGAGGC
ATCAAGATTAACCCAATTATGCAAAAATCATCTCTCTGTGACACTCGTGA
ATATCAGACAACAGACAAAAAAGATAGTGATAACTGCTCTAGCGATTCTC
AGAATCCAGGTCGTTCAGTGAAGAAGTCAGCAAAGTCACTTTTGTTTGAA
ATTTGTGCGGCCAACGGTTGGAAACCACCTATATTTGTATGCTGCAAGGA
GACAGGGGCAGATCACTTGAAAGAGTTTACTTTTACGGTGATCGTGAAGC
CTGATAGTTTGGAAAAATGTTTCATTGAAGCAATCGGAAAACCAGCCGGT
AAAAAGAAAGAAGCTGCAGAGCATGCAGCTGAAGGGGCTGTTTGGCTGTT
GCGAGAACGTTATGGAGTTTCAAAAGCCAAGCCGGGGTTGTCTTACTTTG
CTGATGCGGAAGGAACTGTTTGCCAAAAAGTTCTTCCTTCCGACCCTCCA
ATTAGTCAAGTGTTGTGTGACACTCAATCTTCTCAGGAAGCATGTAAGCA
ATTGCCTGAACAAGATGATGCAACTGAGGACCTGAAAACCTCAACAGATT
CTAATTGCCTTAATGATGATAATACCAGAAGAGAACTCGATAAAATTCTT
GTCCCCACTGTACTTAAAGAGCAATGGAGTAATTCAGAGGAAGTGTCATC
TTTTCGTGACGCTCGTGAATGCCAGCTGATAGGAAAAAAAGATGACAGCT
GCTGTAGTGGTTCTGTGACTCCAGGTCATTCAATGAAGAAGTCAGCAACG
TCAATTTTGTTTGAATTCTGTGCTGCAAATCGTTGGAAACCGCCTCTATT
TGTATGCTGCAAGGAGACGGGGGCCAGTCACTTGAAAGAGTTCACATATA
AGGTAATTGTGAAGCCTGATGGTTTGGAAAAATGTTTGATTGAAGCAATC
GGAAAACCAGCTGGTAAGAAGAAAGAAGCTGCGACGCATGCAGCTGAAGG
GGCTGTTTGGTTGTTGCGAGAACATTTTGGAGTTTGTATGCCCAATCTAG
AGTTATCATCCAAAGTGCATCCACTTGGTGGAGAACCGTATAGATCTGAA
GGCAGCAAGATCAAACAGACCGGGCAAATGTCGTCTTTTCATGAGACTCG
CGAATGCCAGCAAATAGTAAAACAAGTCGATGATTGCCGCTCTAGTGATT
CTCAGACTGCAGGTTGTTCAATGAAGAAGTCATCAAAATCACAATTGTTT
GAAATCTGTGCTGCAAATCGTTGGAAACCACCTATTTTTGTATGCTGCAA
GGAGACGGGGGCCAGTCACTTGAAAGAGTTCACATATAAGGTGATCGTGA
AACCTGACAGTGTGGAAAAATGTATCATTGAAGCAATCGGAAGACCAGCA
GGTAAAAAGAAAGAAGCTGCGGAGAATGCAGCTAAAGGGGCTGTTTGGCT
CTTGAAAGATCATCTTTTGTAG
Sequence Length
5922
Sequence MD5 Checksum
5f7c3cf2ea5ebb6979b1bfbf332fb43e
Relationship
  • The DCAR_008820 derives from mRNA DCAR_008820
  • The mRNA DCAR_008820 is a part of Gene DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
  • The DCAR_008820 is a part of mRNA DCAR_008820
Database Reference Annotations
GFF_source:.
Publication
Iorizzo M, Ellison S, Senalik D, Zeng P, Satapoomin P, Huang J, Bowman M, Iovene M, Sanseverino W, Cavagnaro P, Yildiz M, Macko-Podgórni A, Moranska E, Grzebelus E, Grzebelus D, Ashrafi H, Zheng Z, Cheng S, Spooner D, Van Deynze A, Simon P. A high-quality carrot genome assembly provides new insights into carotenoid accumulation and asterid genome evolution.. Nature genetics. 2016 06; 48(6):657-66.
Analysis
Is Analysis
False
Is Obsolete
False
Powered by Drupal

Powered by Tripal