DCAR_000656

Name
DCAR_000656
Organism
Daucus carota subsp. sativus
Product
hypothetical protein
Protein_id
gnl|USDA|DCAR_000656
Transcript_id
gnl|USDA|mrna.DCAR_000656
Type
mRNA
Unique Name

DCAR_000656.mRNA

Sequence Residues
ATGGTCCAGTTTCACGAACACATCATCACGGACCTTCTAGAAGACCCCGC
CGGCGGCATGGTCATTCTCTCCGGCGGCCTCTCTCTCCACAAACTCATCT
CAAATCTCGTCTCTCTCCACCACACTTCCCAAGGCACTCTCCTCATCCTC
GCCTCCTCCCCTTCCCAGAGACAGTCCATCCTCCTCAACACCCCCAATCC
CCCCGCCCCCGACAATCTCGCCGAAAATATCGGAGCCCGGGCTCCGACAA
TCTCGGAGATCACTTCCGAGCTCCCGTCGAACCAGCGCGCGTCGCTGTAC
ACTTCAGGCGGCGTCGTTTTCGTGACCTCGAGGATATTAATTGTCGATCT
GTTGTCGAATCGGTTGGAGCCGACGGTGATTGCTGGACTGATTATACTTA
ATGCGCATACGTTGTCTGCGACGTCGACGGAGGCGTTTATTGTTCGGATT
ATGAGGACGGGGAATAAGAATTTGTATGTTAGGGCGTTTTCGGATAATGC
TCAGGCGATGGTTTCGGGTTTCTCGAAAGCCGAGAAGACGCTGAAGTGCT
TGTACTTGAGGAAATTGCATTTGTGGCCGAGGTTTCATGTGTATGTGAAG
CAGGATTTGGAGAAGGAGCCTCCGGAAGTTGTTGATGTTCGGGTTCCGAT
GACTAACTACATGATGGAGATTCAGAAGGCATTGATCGAGGTTATGGATG
CGTGTTTGAAGGAAATGAGGAAGACTAATAAGGTTGATGTGGAGGATTTG
ACGGTAGAGAGTGGATTGTGTAAGTCGTTTGATGAGATTCTTAGGAGGCA
GTTGGATCCGATTTGGCATACTTTGGGGAAAAAGACGAAGCAACTTGTTT
CGGATTTGAAGACGTTGAGGAAATTGTTGGATTATCTTGTTAGAGCATCC
GAGAGTTTCCGGTCTGTATGGATATTTGCAGAGTCAAGTGTTAAGATTTT
TGAGTATGCGAAGAAGCGAGTTTACTATTGCAAGAGGTTGGAGGATGGGA
AAATAGTTGGACAGAGTAAGACCAAAACACCTAAAAAGAGAAAACTGCAA
GATAAGAACAAGGACAATGAAGATTCTTTACCAGCAAGTACAAATATTCA
AGTAGTTTTGGAGGAAGTTCTAGAGGAGGCACCAAAGTGGAAAGTCTTTC
TTGTGATTATATTTTTTACTTTGGTTGTCAAACGACTNATTCTCTCCGGC
GGCCTCTCTCTCCACAAACTCATCTCAAATCTCGTCTCTCTCCACCACAC
TTCCCAAGGCACTCTCCTCATCCTCGCCTCCTCCCCTTCCCAGAGACAGT
CCATCCTCCTCAACACCCCCAATCCCCCCGCCCCCGACAATCTCGCCGAA
AATATCGGAGCCCGGGCTCCGACAATCTCGGAGATCACTTCCGAGCTCCC
GTCGAACCAGCGCGCGTCGCTGTACACTTCAGGCGGCGTCGTTTTCGTGA
CCTCGAGGATATTAATTGTCGATCTGTTGTCGAATCGGTTGGAGCCGACG
GTGATTGCTGGACTGATTATACTTAATGCGCATACGTTGTCTGCGACGTC
GACGGAGGCGTTTATTGTTCGGATTATGAGGACGGGGAATAAGAATTTGT
ATGTTAGGGCGTTTTCGGATAATGCTCAGGCGATGGTTTCGGGTTTCTCG
AAAGCCGAGAAGACGCTGAAGTGCTTGTACTTGAGGAAATTGCATTTGTG
GCCGAGGTTTCATGTGTATGTGAAGCAGGATTTGGAGAAGGAGCCTCCGG
AAGTTGTTGATGTTCGGGTTCCGATGACTAACTACATGATGGAGATTCAG
AAGGCATTGATCGAGGTTATGGATGCGTGTTTGAAGGAAATGAGGAAGAC
TAATAAGGTTGATGTGGAGGATTTGACGGTAGAGAGTGGATTGTGTAAGT
CGTTTGATGAGATTCTTAGGAGGCAGTTGGATCCGATTTGGCATACTTTG
GGGAAAAAGACGAAGCAACTTGTTTCGGATTTGAAGACGTTGAGGAAATT
GTTGGATTATCTTGTTAGGTATGATGCTGTGACCTATTTGAAGTATTTGG
ATTCCTTAAGAGCATCCGAGAGTTTCCGGTCTGTATGGATATTTGCAGAG
TCAAGTGTTAAGATTTTTGAGTATGCGAAGAAGCGAGTTTACTATTGCAA
GAGGTTGGAGGATGGGAAAATAGTTGGACAGAGTAAGACCAAAACACCTA
AAAAGAGAAAACTGCAAGATAAGAACAAGGACAATGAAGATTCTTTACCA
GCAAGTACAAATATTCAAGTAGTTTTGGAGGAAGTTCTAGAGGAGGCACC
AAAGTGGAAAGTCTTTCTTGAAATCCTTGAAGAGATAAAGAATGATAGAC
TGAAACAAGCTTCGTCGACGGAAGATTCCGTCACAGAAGAAATTGACGAG
GGAACTATTTTAGTAGCTTGCAAAGATGACCACTCATGTGTGCAGCTTGA
AGAATGCCTTACCAAAGGTCCCCGCAAGGTCATGCAAGATGAGTGGGAGA
AATATTTGCTAAGCAAAGTAGAACTGCAAAGTTTGCCAAAACACAACGGT
AAGAAGAAATCGAAGGAATCTAAAGGAATTGGGGTTCTTGATGGGACGAT
CCGAAAGATATCTGGAAATAATACAGATGTCAGTAGCATTAGCAAGCAGG
AAAATGATGCATTGCTTGCAGCAGCCACTGATTTACGTAAACAGGTCAAA
AAAGACAAGGACAGAGATAATTCTGAAATGTTGGAGGACAAAGCAGAACA
TCAAAAAGGAAAGAAGAAAAGGGCCTCAAAAAATATGCCAACCACTTCAA
ATATCGATGATAAAAATAGTGCTGCAGCTGCAATGAATAAAAGATCAGAT
AAAGTTTCCTCTGAAAGTCACAAGAGAACAGATCCAGAGGTTATTGGTGA
TGTCCATACAAGCATAGTTAAGGATTTTTCTGCCGACAGAGGGATTATTT
GGAAGCATATGCAAAGTGTTGATACTGAGGGAACAACAGAGTCTAATCTA
CTCCCACCAGTGCTTTTCTATGCCATTGATAGTGATAGTCATGTACTTGA
CATCTTGGAACCCTCTGTAATCATTGTTTACCATCCTGATGTGGCTTTTG
TCAGGGAAATTGAAATCTATAAATCTGAAAATCCTTCAAGTAAGTTGAGA
GTATATTTTCTTTTTTACGATGATTCCACGGAGGTTCAGAAGTTTGAGGC
TAGTAATCGCAGAGAACATTCAGCCTTTGAGTCGTTGATTAGGCAGAAAT
CTATGATGATGCTCCCAGCTTATCAGGAAGGCAGTTTTTCGGGGTTTGAT
CCTCCCATTGAGCCAGCGTCTGTAGCTTCCCAAAATTCAATAACCAGGAA
GGCAGGTGGAAGAAAGAAAATTGAAAAAGAAATGCAAGTCATAGTGGATA
TGAGGGAGTTCATGAGTAACCTTCCAAATGTACTACATCAGAAGGGTATG
CGTATTATTCCCGTGACATTGGAAGTTGGAGACTACATTCTTTCTCCATT
AATATGTGTGGAGAGAAAAAGTATACATGATCTTTTTGGTAGTTTCGCAT
CAGGGCGTCTCTTCCATCAAGCAGAAATGATGATTCGTTATTATCGGATG
CCTGTTCTTTTAATCGAGTTTTCGCAAGACAAAAGCTTCTCATTTCAGTC
AGCTAGTGATATTGGCGAGGATGTTGCACCAACCAGTATAATATCCAAGT
TGTCCCTGCTGGCTCTGCATTTTCCTCGTCTGCGTATTGTTTGGTCACGT
AGTTTGCATGCCACAGCTGAGATTTTTGCTTCACTCAAAGCAAATCAGGA
TGAACCTGATGAATCCAAGGCACTTAGGGTTGGTGTACCCTCTGAAGATG
GTATTATAGAAGATGATGTGAGAGCAGAGAATTATAACACATCAGCAGTG
GAGTTCTTGAGAAGGCTTCCCGGGGTTACAGATTCCAACTACAGGGCTTT
AATGGACGGGTGTAAGAGTTTGTCCGAACTTGCGACCCTTCCTGTAGAGA
GATTAGCTGAGTTGATGGGTGGTCAAAAAGCTGCCAAAACGTTAAAGGAC
TTTCTTGATGCGAAGTATCCAACTTTACTCTAG
Sequence Length
4083
Sequence MD5 Checksum
3a9f93cb7d9b63d442969838064f832a
Relationship
  • The DCAR_000656 derives from mRNA DCAR_000656
  • The mRNA DCAR_000656 is a part of Gene DCAR_000656
  • The DCAR_000656 is a part of mRNA DCAR_000656
  • The DCAR_000656 is a part of mRNA DCAR_000656
  • The DCAR_000656 is a part of mRNA DCAR_000656
  • The DCAR_000656 is a part of mRNA DCAR_000656
  • The DCAR_000656 is a part of mRNA DCAR_000656
  • The DCAR_000656 is a part of mRNA DCAR_000656
  • The DCAR_000656 is a part of mRNA DCAR_000656
  • The DCAR_000656 is a part of mRNA DCAR_000656
  • The DCAR_000656 is a part of mRNA DCAR_000656
  • The DCAR_000656 is a part of mRNA DCAR_000656
  • The DCAR_000656 is a part of mRNA DCAR_000656
  • The DCAR_000656 is a part of mRNA DCAR_000656
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
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