DCAR_003628

Name
DCAR_003628
Organism
Daucus carota subsp. sativus
Product
hypothetical protein
Protein_id
gnl|USDA|DCAR_003628
Transcript_id
gnl|USDA|mrna.DCAR_003628
Type
mRNA
Unique Name

DCAR_003628.mRNA

Sequence Residues
ATGCAAAGTCTTCAGCATCAACAACAACAACTAGCCGCTCTCGTCTCTGC
TGCCTTGCCCAAAGACACCGCCACCGCCAACTCCGCTGCTTCTTCTTCAG
CCTCTGCATCTTTGACAACAACTCAATCACAATCACAATCAGAGTCGGAA
CAAGACGACGTCAATTCTCGCATCGGCGCCATTAATTCTCTCCACAGAGC
TATTCTATTCCCTCCTAATTCTCTGCTTGTTCATCACTCCGCTTCTTATC
TCTTTCAGGCCTTCTCCACTCTTCTCTCCGACAAATCAAATGTTGTGCGT
CAAGCAGCAGCCACAGCATATGGTTCGTTGTGTGCTGTGTTATGTTCAGT
TCCTATAACATCAAATGGAAGGCAGAATCATGCTCTACTTACCAACCTGG
TTGATAGATTTATTGGTTGGGCCTTGCCATTGCTCAGAGTTGGAGATGGG
CCATCAGAACTGGCACTTGAAAGTCTCCGCGAGTTTCTCAGTGTTGGGGA
TATTGGGGCCGTTGACAGATATGCACTTCCTGTCCTCAAAGCATGTCAAG
AACTTCTTGAGGATGAGAGAACCTCCTTGACTTTACTGCACAGGCTTTTG
GGTGTTTTGACTCTAATATCTTTGAAATTCTTCAGATGCTTCCAACCTCA
TTTTGTTGATATTGTCGATTTGCTTCTTGGATGGGCAATGGCACCTGATC
TTGCTGACACTGATAGACGTATTATTATGGACAGCTTCTTGCAATTTCAG
AAACACTGGGTGAACAATCTACCCTTCTCACTGGGTCTACTTTCAAAGTT
TTTGGGTGACATGGATGTTATGCTTCAAGATGCAAGTCCTGGAACTCCAC
AACAACGTCAGAGATTGATTGTATTGTTGTCTTGTTTTTCTACAGTTTTG
CAGTCAACAGCATCCGGTCTGCTAGAAATTAATCTACTTGAACAGATATG
GGAACCTCTTGGCAAAATGCTTCCTCCTTTACTGGCAGGGCTATCTATGG
TTGGAAAAAAATTTGGGTGGTCGAAATGGATTGGGGAGTCATGGAGGTGC
CTGACACTATTAGCAGAGATTCTGGGTGAAAAGTTTTCAAGCTTCTATTC
TTCTGCAGTAGAAATCTTGTTCCAAAGTTTGGAAATGGATATTGCTAACC
AGCGCTACGGGGTTGCAAAAATAAATTCATTTCAAATTCATGGTGTTCTT
AGAACTAACCTTCAATTATTGTCTCTTCAGAAGCATGGTCTTCTCCCTTC
ATCAGTACATAAAAATTTACAATTTTATGGACCAATATCTCAGTTGCGTT
TGCATCCAAATCACTTGGTCACGGGAAGTTCTGCTGCTGCTTATATATTT
TTACTCCAACATAGGAATAACGAAGTTGTTGAACAAGCAGTGGATTCCTT
GATCGAAGAGTTGGAACTCCTAAAGAGCATGCTTTTGAATACTTCAGCTA
ATGCTGAGGATCTTGAAAGTGCAGTGGCTTCTAAATCCTATTCAAGATCT
GAATTGTTTTCTTTCCTCAAATTTGACTTGAAAGTTCTAGTAAGCTGTGT
GTCATTGGGCGGGGATAGCAACTTGATTAGCCAACCAGAAATTGTAAACT
TCCATATCAGTAGGTCTGACAAATTGATACAGTTTATTATTAAGAAACTG
AATCCGTTTGAATGTCCTATTAAAGACTATGTAGAGTTACAAGCTACTGT
TGTCAACATATTAAGCCGGCTAACTGCTATTGATTTTTTAAACAAGTGTG
CCACGAAAGGACACAAAGACTTTCCAGCTCCAGGTCTTGAGATTGATGAA
GTTATCCCGATTAATAATTATAGAGACGAACTCTTGATGATCATTTTTGA
TTATATAGAGAAGTACACTGTGACCATTGTGAATGCTCTCCAAATATCTT
CTCCTTTGGCGGTTAAGTTAGAGGCGATGCAATGGATCGAGAAATTTTGT
GAAAGCGTTAGTACTGAGTATGAGAAGTCAAAAGGAACAATTTATCCTTG
CCAAGCATATGAGTGTACTAATGTTGTTAGCAATTTAGTGATGTCATTGC
TAGATGCTGTATTAGATAAGGAACCAAAAGTGAGAACTCGTGTGTCATTA
GTCTTGGAGGTGCTTCTGCAAGCAAGGCTGATCCCTAGCACACACTTCTA
CATAATTACCAAAGTTGTCCTTGAAAGACTGGGTGATCCTGACAAAGACG
TGAGCAATGCGTTCATGAGACTGCTTGCTGACATCTTACCTATGACATTA
TTTGCATGTGGCATGCGCGATGATGGATTGGGCAGTGCATGCACATTTGG
AACTCGTAATTTACTCAATAGGTCTAACTTGCACTGGAAACAAATATTTG
CTCTCAAGCAACTTCCTCAGCAGCTTCACTCCCAGCAGCTTGTTTCTATC
CTGAGCTTCATTTCACAAAGGTGGAAGGTGCCCCTATCATCTTGGATCCA
GCGACTTATTTATACATGTCGGCACTCGAAAGATTTAGGTTTAACACTAC
AAGAGGAAACAGGAAATGATAGTGTTACTAATGCCTTGTGGTGGGACAAA
GAAGATGAAGATAATATTCTTGAAAGAATATGTTCAGTTAATATTATTGC
AGGTGCATGGTGGGCTGTACACGAGGCAGCTAGATACTGTATTACCACAC
GGCTGCGCACGAACCTTGGTGGACCCACCCAAACTTTTGCTGCTCTGGAA
CGCATGCTACTGGACATTGCAGTGGTGCTGCACCTTGACAGTGAGCCAAC
TGATGGAAATTTAAACCTTGTTGGTTCTTCATATGCACACCTGCTACCTC
TGAGGTTATTACTGGAATTTGTTGAGGCTCTCAAGAAAAATGTTTACAAT
GCTTATGACGGATCAATTGTTTTAAGATGTGCTTCTCGTCAGAGTTCCTT
GTTCTTTCGAGCAAACAAGAAAGTCTGCGAGGAGTGGTTTTCTCGTATAT
GTGAACCAATGATGAATGCTGGACTGGCTTTGCAATGTCATGATGCTACA
GTTCATTACTCAACTTTGCGTTTGCAGGAACTCAGCAATCAAGTGGCCAC
ATCGTCGACGGAAAAGAACTTTCATAATATGAAGGACAGGTTTTCTGGGG
ATGTCTTAAGGGTTTTAAGGCACATAGCACTGGCGCTGTGTAAATTGCAT
GATCCAGAGGCTTTGACTGGTTTACAAAAGTGGGCCTGTATGTCGTTCTT
TCCCTTGTTTTCTGAGGATAACCGGATTCTTGTTGACCATGGGGCTGGTG
GACCTTTATCGTGGATTACGGGGCTCATATATCAAGCCGAGGGCCAGTAT
GAGAAGGCTGCGGCTCATTTCACTCATTTGCTTCAGATGGATGATTCCCT
AATTACCATGGGCTCTGATGGTGTACATTTTGCAATTGCTCGTATTATCG
ACAGTTATACTGCTGTTTCTGATTGGAAATCTCTGGATTCCTGGCTTTCA
GAGCTGCATAAGCTTCGTGCTAAGCACGCTGGGAAAAGCTATTGTGGTGC
TCTAACTATGGCTGGAATTGAAATGAATGCTGTTCATGCCCTGGCACACT
TTGATGAGGGTGACTATCAGGCTGCATGGGCATATCTTGATCTGACTCCC
AAAAGTAGCAGTGAACTTACACTTGATCCAAAACTAGCCTTGCAAAGGAG
TGAACAGATGCTTTTGCAGGCTATGCTTCTTCACAATGAGGGAAAGGCGG
ACAAGGTGTCAACAGAAATCCAGAAGGCTAAGTCCATACTAAAGGAAACA
CTTTCCATTTTACCACTTGATGGTTTGTCAGAAGCAGCAGCCCATCTGAG
CCATTTACATTGCATCTTTGCACTCGAAGAAAACTGCAAACTTGGTGGTG
ACCAAGAGAAGCAACTTCAGTCTCTATTAGGTTCATATCTCGAAGTTACG
CCATCACCAATTAAGCAAGTGCACCAAGATTGTAAGTTATGGATAAAAAT
CCTACGGGTTTATAAAAGCATCCTCCCGACTGCTCCCGTGACTCTAAAGC
TCTGTAAGAATTTATTGAGTTTAGCTCGTAAGCAAAGCAACGTAATGTTG
GCAAATCGTCTTAACACTTATTTGAGACGCAAAGTTTTGAATTGCTCCAA
AGGAGTCTCCCTTGATTTCATGACTAAAAGTGTGGAATACGAGGGAATTT
TACTGATGCATGCTGAGAAGAAGTTTGAAGATGCACTCACAAATCTTTGG
ACACTTGTGAAACCTTGCTTACTTTCGCCTGAAAACACTGTTACTGGTGG
AGATGATAACTTTTTGTTGGCAGATGCATGCTTAAAACTTTCAGATTGGG
TGCAGCGGGAATATTCAGATACTAGCATGGAGAATTTTGTTCTCCAAGTA
TTTGCGGAGCTTAATGTTAACCTGAGCTCTAAACTAAGGATCAATATAGT
CATTGAGGAGCTTGTAGGTACATTTACCAAGTTATCAACATGCCTTTGTC
CCACTATGAGTAGTTCATGGATTTCTTATGCCTCTTGGTGTTTTCGTCAA
GCTAAAGCGGATCTCTTTGGTCCAAGCGAGACTGCTCTTGGGTCTTGTTC
TTTTTCTCCCAATCTCATTTCAGAAATTGTACCTGATAGGTTCAAGTTAA
CTGAAGAAGAGCTTATAAAAGTTAAAAATATTATTTCCCAGTATCTTTTC
GAAATTAATAGTCCCAAAGATTCTGATCAAGCACAGGAAATTTGCAACTT
TGATTCTGAATCTTCTGAACAGGCGAGAGATGTTTTAGTGCAGCAGGTCA
TAAATATAATTGAAGCTGCAGCTGGAGCACCTGGAGCAGAAAATGTTTCT
GGTGAATGCCTTTCTGCTACTCTTGCTTCTCAACTGCAGAAATGCTTGCA
ATGTGATAATGTTTGGACAGAAAGCACTAGATCTAAATCCTTTGTCAGTG
ATCTAGTTGATATTTGGTGGTCTTTGAGAAGTAGACGAGTTTCTCTCTTT
GGGCATGCAGCTCAAGCTTATGTGAATCACCTTAGGTATTCATGTCTTCG
GGATTCAGATAGTCAGAAATCTGCCAGTCACTCCTTGAGGGCTACACTTT
ATGTCTTGCACATACTTCTCAATTTTGGGGTGGAGCTGAAGGATACACTT
GGACATGCACTTTCAACAGTTCCGCTGTTGCCCTGGCAGGAAATAACCCC
CCAGCTATTCGCTCGATTAAGTTCTCACCCTGAACATGTGGTTAGGAAAC
AACTAGAGGGTATGCTGGTTATGCTGGCTAAGCTATCTCCTTGGTCAGTA
GTTTACCCATCTCTTGTTGATGTGAATTCTTATGAAGGGAAGAGCTTCGG
CATATACTGGCATGTTTGGTACGTAAATCTTTAA
Sequence Length
5334
Sequence MD5 Checksum
df191a7e32ab9328153260f6d667c755
Relationship
  • The DCAR_003628 derives from mRNA DCAR_003628
  • The mRNA DCAR_003628 is a part of Gene DCAR_003628
  • The DCAR_003628 is a part of mRNA DCAR_003628
  • The DCAR_003628 is a part of mRNA DCAR_003628
  • The DCAR_003628 is a part of mRNA DCAR_003628
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