DCAR_006645

Name
DCAR_006645
Organism
Daucus carota subsp. sativus
Product
hypothetical protein
Protein_id
gnl|USDA|DCAR_006645
Transcript_id
gnl|USDA|mrna.DCAR_006645
Type
mRNA
Unique Name

DCAR_006645.mRNA

Sequence Residues
ATGGCATCGAAAGGTCCAAAATCTAAATTTGACCATGAGCCCCGCACTAA
GCGACAAAAGGCACTTGAACCACCTAAAGATCCTGGACGCCCCAAAACAC
ATTGGGATCATGTTCTAGAAGAAATGGTGTGGCTATCGAAGGATTTTGAG
TCTGAGAGAAAATGGAAACTGGCCTTGGCAAAGAAGGTTGCTATAAGAGC
CAGCAAAGGCATGTTGGATCAGGCCACAAGGGGAGAAAGAAGAGTGAAGG
TGGTCTACAAACATCAGCTTGAGGTTGGAGAAAAAAAGAAAAAAGCACAG
AATAAACAACTTGAATTCCTCTTGGGGCAAACAGAGAGGTACTCAACGAT
GTTGGCAGAAAACCTTGTTGCCTCGCCAGTTCCAGGACATTCTTATTCAA
ATCAAGAACACTTGAGCATTCAAAATTTTGAATCTAAATCAGATCTTGCG
GATAATGATGAAGATTACGATGCAGCATCTGAAGGGCAATTAGAGGATGA
TGAACATACTATTGAGGAAGATGAGGCCCTTATTACTGCTGAGGAAAGAC
AAGAGGAACTTGCAGCTTTGCACAGTGAAATTGATCTACCTCTTGAAGAG
CTACTTAAGCGTTATGGAGTGCAGAAAGAGAGCTGTGAAAATAGCCCTGA
AAAGAAAGCAGGAGGAGCTATATCTACTCAGGCAACAGGTGACAGTCAAA
GTAACGAGAATGATGTATCAACTGAATTTTGCACTGAAGGAGGCAGCATT
GATGCAGCATCTGTTCGTCGTTGTGAGGATGGTGACTTCGTTCTTGCAAA
TGGAGATGAAAAGGATGATGAGACGACATTGTCCGAGGAAGAATGCATAG
CAAATGCTGAATCAAATAATGCCACAGATGAGATCGCATTGTTGCAGAAG
GAGAATGAAATTCCTATAGAAGAATTGCTTGCAAGGTATAAAAAGATCCG
GAGTACTGGTGATGAGACAGAGGATGACTCTGGGTCTGAGTATGCTTCTT
CTGAAAATCTTTCGGATGCTTCGGCAGAGCAAACTACTAATGTGGAACTG
CAACCTGTTCCTGTTGAAGTAAGTGATGAGCCCAACGAACGTAGCCCTGT
AATGTCTCCTGTTTCCAGAGAACAAGAAGCACAGCCTGATCAGAATAGTG
ATGAAGCAGGGGAGAATGAGAGCAGGATTGCTGATGCAGCTGCCGCTGCA
AGATCGGCACAACCAACTGGAAATACATTCTCGACCACTAAAGTTCGCAC
AAAGCACCCTTTCCTCCTGAAGTTCTCTCTTCGTGAGTATCAACATATTG
GCCTTGACTGGCTTGTGACAATGTATGAGAAAAGACTGAATGGAATTTTA
GCTGACGAAATGGGGCTGGGGAAGACAATAATGACTATTGCACTGCTTGC
GCACCTAGCATGTGAAAAAGGGATATGGGGCCCTCATCTTATTGTTGTTC
CAACAAGTGTAATGCTGAATTGGGAAACTGAATTTCTCAAATGGTGTCCT
GCTTTTAAGATACTAACTTATTTTGGATGTGCAAAAGAACGGAAAATAAA
AAGACAAGGATGGCTGAAACCAAATTCCTTCCATATATGTATAACGACAT
ACCGACTAGTTATTCAAGATTCTAAAATCTTCAAGAGGAAGAAGTGGAAA
TACTTGATTTTGGATGAAGCTCATTTAATAAAAAACTGGAAATCTCAAAG
GTGGCAGACTCTTCTGAATTTCAACACAAAGCGGCGAATCCTTTTAACAG
GCACTCCTTTGCAGAATGATTTGATGGAACTATGGTCGCTTATGCATTTT
TTGATGCCTCACATTTTTCAGTCCCATCAAGAATTTAAGGACTGGTTCAG
CAACCCAATATCAGGAATGGTAGATGGTCAAGAAAAGGTAAACAAAGAAG
TTGTTGATAGGTTGCACAATGTTCTTCGTCCCTTTATTCTCCGTCGATTG
AAAAGGGATGTTGAGAAGCAACTACCAATGAAACATGAACATGTCATATA
CTGCAGACTCTCTAGGAGACAGCGGAACTTGTATGAAGATTATATTGCTA
GCTCAGAGACACAAGCGACTCTGGCGAGCTCCAATTTCTTTGGAATGATC
AGTGTTATAATGCAACTTCGCAAAGTTTGTAATCATCCTGATCTTTTTGA
AGGTCGGCCAATTGTCAGTTCATTTGATATGAATGCCATTGACACCCAAT
TGAGTTCTTCTGTTTGCTCAATCTTTACACCAAGTCCATTTTCGGAAGTT
GATCTCAGTGGGTTGGGATTATTATTCACCCATCTAGATTTTTACATGAA
CTCTTGGGAGAGTGATGAAGTTCAAGCTATTGCCACCCCTTCAAGCTTAA
TTGAGGGACGGGCTAGCCTGGAGAATTATGAGCAAATCACTTCTGGGTTC
AGGCATATGAAAAAGGCACATGGAGGAAACATTTTTGAAGAAATTCAACA
GGCGATCTTCGAGGAGAGAATTAAAGAAGCAAAGGAACGGGCAAAAGCAA
TTTCCTGGTGGAATTCCTTGCGATGCAGGAAAAAGCCTATATATTCGATG
AATATGCGAGAACTTGTAACAATCAGAAACCCTCTCTATGGCATTGACAG
GACTGAGGGGACAACGCCTTCCTATTTGAACTCTTCTGTGCTTGCTAACA
TTATTTTATCTCCTGTTGAACGGTTCCATAAAATGGTTGATCAAGTTGAG
AGTTTCATGTTTGCGATTCCCGCAGCACGGGCCCCAACCCCTGTTTGTTG
GTGCAGTAGAACTGGAAGTTCTCTTTTTGTTCAACCAGGATATAAGGAGA
GATGTGCTGAACTCTTGTCACCCCTTCTGACACCTATTCGGCCTGCAATT
GTGAGGAGGCAAGTATATTTCCCTGATAGGAGACTAATTCAGTTCGACTG
TGGTAAGCTGCAAGAACTTTCCATTTTGTTGAGGAGACTGAAATCTGAAG
GTCACAGAGCGCTGATTTTTACACAAATGACTAAAATGCTGGATGTCCTA
GAGGCCTTTATTAGCTTATATGGCTACACCTACATGCGCTTGGATGGCTC
CACTCAGCCGGAGGAGAGGCAAACATTGATGCAGCGGTTTAACACAAATC
CAAAGTATTTTCTCTTCATATTGTCAACACGAAGTGGTGGTGTTGGTGTC
AATTTAGTCGGGGCAGATACAGTTATCTTTTATGATAGTGATTGGAACCC
TGCTATGGATCAACAGGCTCAAGATCGGTGCCACCGGATAGGACAGACAC
GTGAAGTACACATTTATCGGTTAATCAGTGAGAGCACTATTGAAGAAAAT
ATTTTGAAGAAAGCAAATCAGAAGCGCGCTCTTGATGATTTGGTCATACA
GAGTGGAGGCTACAATACAGATTTTTTTAAGAAACTAGATCCAATTGATT
TGTTTTCTGGCCATAGAACAATTCCTTCGAAGCAGATTCAGATGGAGGAT
CTAAGTGATGACAAGATCCAAGTCTCTTTTTCCAATGCAGATGTTGATGC
TGCGTTGAAGAATGCTGAAGATGAAGCAGACTACATGGCTTTGAAAAAAG
TTGAGCAGGAAGAGGCTGTCGAGAATCAGGAATTTACTGAAGAAGCTGTT
GGGAGGTTAGATGATGATGAAGTTGTTAATGAGGAGGATGGTCATGTGTC
AGCTGTTAACACTGGTTTGGCTAAAACATCAAATAGAGAACATTGTGAAA
TGATCACTGCGGGTGATATGATTGGAGAGGGAGCTATTACTTTGGCTGGT
CAAGAAGATGATGTCGACATGCTAGCTGATGTCAAACAAATGGCTGCTGC
TGCTGCAGCAGCAGGGCAGGAAATCCTATCTTTTGAGAGTCAGCTACGTC
CAATTGACCGATATGCAGTACGTTTTCTAGAGTTATGGGACCCTATAATA
GACAAGGCAGCTGTTGAATCACAAGTTAGGTTTGAGGAAACTGAATGGGA
ACTTGATCGCATTGAGAAGTTGAAGGAGGATATGGAAGCTGAGATTGATG
ATGATGAAGAGCCTTTTGTATATGAACAATGGGATGCTGAGTTCGCAACT
GAAGTTTACAAACAACAAGTTGAAGCCTTGGCCAAACATCAGTTAATGGA
AGAATTGGAAATGGAAGCTAAAGAGAAGGAACGCGCAGATCATGAATATT
CCGACTCCATGCAGAATGATTATGCGGTTACTCCTAAACCCAAGTCCAAA
AAGAAAAAGAGGAAAACCAAGTTCAAATCTCTAAAGAGAGGAGCACTGGT
TTCTGAATCAAGAGCTGTAAAGGAAGAGTCACCTATAGAATTCGTTTCTG
AGCCGATGTCTATAGATGACGATGACGACCCTGAGTTCAATACCTCTTCA
GACAGGATACCAGCACCTACCAGTGTAGACAAGAAGCGTAAAGCAGGACC
AAGTAGTAATAATTCGAAGAAGGCCAAGAAGACAAAGAAAACCCCTGCAG
AAATTTCTCCATCAGCTTTGGATTTCAATATGTTCAGTAAGCAGCAGGAC
GAACCAAAAGATATTGATATTGAACATAAGCCAATAAGTAGGACCAAGAT
GGGAGGTAAAATCTCAATTACATCAATGCCTGTGAAGCGGGTTCTTACCA
TAAGACCAGAGAAAATGAAAAAGAAGGGAAGTATGTGGTCTAAAGATTGC
TTCCCTTCTCCGGATACTTGGATGCCGGCTGAAGATGCAGTACTATGTGC
TGTTGTACATGAATATGGTCCACACTGGAGCTTGGTTAGTGAGGTCTTGT
ATGGGATTACTGCTGGTGGTTATTACAGGGGAATCTTTAGGCATCCTGTC
CATTGTTGTGAAAGGTTTAGAGAACTCTTCCAAAGATACATCTTGTCATC
AACAGAAATCCAGAATGACAAGCTAAATAATGCAGGTTCAGGAAAGTCTC
TTCTTAGAGTAACAGAGGATAATGTACGCTTGTTATTGGGTGCTGTTTCC
GAGCTTCCGGATAATGAGCCTCTCATTCAAAAGCACTTTTTTGCGTTGCT
TTCTTCTGTCTGGAGAGCGTCATCTGGCCGCTACAAAAAACACAGCAACT
CAACTTCTGAGGCTAGCTTTTACCCAGGTGCAAGGTTTCTTCCTTCTGCG
GTGAATCATATATCCAGAACTGTTACAGCTGGGACATCATCAAGAATGAA
CTTTGCTAATCTCAGCACAAGTAAAAAGCTAGTTGCAGCTGCCCTGCATG
ATGTAGATGCTACATCACGACATGATGGAGTTGCCATCCTCGGCTCTAGG
GGTGAGGATTCAAGTGTTATGGATGAGCTGGTGATTTCGCTTGAACTTCC
AGATAGGGGGACCAGTGACCCAGTTATGTTGCCATCCATTGTAAATGTGT
CAATATGTGGCCCTGAACAATCTCCGTCAACATGCACGGATGCTGGTGGT
AATAAAATTAGATATTCTCTTGTGGCTGAAAACAGATTCAGGACCTCTTG
TGAATCTAGAGAATCTAGAGGTGAAGATTGCATGGCACCGAATTCATCTT
TTTCATCATCACTAGATGTGGAGTTACGGATGCCTTTGAAAGTGCAATCC
CTAGGAAAACACAAGCTGCCTATCTCTGAGCCTGTAAAGTCTGCTAAGTC
AAAAGTGAGGAAGACTATCACAGAATCCAGTGTCGTGCAGTGTGCAGTTG
GTGATCCAGTTTTCCGACAAGTAATGGTGGCAACAAGAGATAGTGATTCA
AGGTTTGATATGATAGCTCCAGATGTTGGAACCACTAGTTATGAAAGTGG
TTCATCTTTTGACCTCGAAGACTTGTTAACATCGGATTTGACATGTTCTG
AAATGTCCATGCATTACTATGATCCTGGTTTAACTTCAGGGTTAGAAGAT
TATTCATCATTTTCAGACTTTACTGACATTGGGTAA
Sequence Length
5886
Sequence MD5 Checksum
d4cd3966755b649c9f0f7989dab14cb8
Relationship
  • The DCAR_006645 derives from mRNA DCAR_006645
  • The mRNA DCAR_006645 is a part of Gene DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
  • The DCAR_006645 is a part of mRNA DCAR_006645
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