DCAR_008644

Name

DCAR_008644

Organism

Daucus carota subsp. sativus

Product

hypothetical protein

Protein_id

gnl|USDA|DCAR_008644

Transcript_id

gnl|USDA|mrna.DCAR_008644

Type

mRNA

Unique Name

DCAR_008644.mRNA

Sequence Residues

ATGTATCCTGGCTGTAGATTCTTGGATTTTCACCCCCGGCAGATGGAACA
AATGTCTTATGCTCCCCATCACTGCCCTGGTCTTGGATATGTGAAGATGG
ATACTGCGAGGCCCCCTGTCGCCTTTCCTTGTTATGCTTGTCCATATCCA
TTGCCGTACTACGGCTGCTATCACAACCACAACCAAGTTCCGGAATATCC
TGCTCATCATCCTCATTATGCACCACCCCCGCCAGTTTATTGTCATGGAA
ACTACCCTCCGCTTCCAGGAAACTACCCCTTTCAATATCTTCCTACTCAG
CATTATTCTGTGGTGGATCCACGTTATGAGTATGACAAGAAGGGTCCGGT
AGATCATCATTGTTGTGGATGTCCAAACTACCTGTGCCAGCAGAAGGAGA
ACAAAAATGTCAAGATCGAGGAACAAACTTTCGATAATGACAAGGACAGA
GTTGTCTCTTGGGTTCCTCCTGAGGTGAAAGATCAATCATATCCACTTCT
ATGGATTCCACCAGGCTACAAAAGAAGTGAACAAGGTGAACAAACTATTA
AACCAGAATCTAATAGCGAGACCAGTCTTGACAAGGAAGCCAAGGAATGC
TTGAAGCCTCGTGGGCAGGAGCCAGGTGTTTGGAGCGGGTGGTTACCCAT
AGATCTAAACAACCTTAAATCTCTAGGACAGGTGAAAGGCGATGAAGGGA
CTGAACCTCAACAAAACGAGGAATGTAAAAGTTCATATCCAGTGGGTTTC
ATGCCTTGCAATCCCAAACAGGACAAAGTGGAGCATAAAGATGGAGATCA
AAAGTCTATTTGGGATCCTTCACAGTATGGAATATTTCCTCTAAAGTTTA
TTGAAAATCAGGATAAGAAGACTATGCCTGAGGGAGATACAGAACACCCT
GAAAAGTTTAGATCAGAGGATGGTCCAAGGCCCGGAGATAAAAATGTCGT
AAAGAAGATTATTCCGGTTAAACAGATGGATCAATCTGAGGAGAAAGGAT
TTTTAAAAGATGGTCAAACCGAGGAAAATCGGGCACCAAAAGTTGAGAAG
AACCACAGTGAAATGCATTTGAAGCATACAGATAAGAAAGGTGAGAAGAA
ACATTTGGAAAACAATAGCAATGGGCAGTCTTCCCATTCGAAAACATCAA
AGTTGCCCCCTGTTTGTCTACGTGTTGATCCACTGCCAAGTCGAAGAACC
AAAAGTGGAAGCTCGAGGTCTCCAAGTTCTCCAGCAAACCAAAAAAATCC
AGATATGTTGTCACGCGACAACAAGTCTTCTTCCTCATCAACTGTGCAAG
CAAACAATCAGCAAGATGTGCAGTCCTCTGCAGACTCAGATCTAGGCAGA
CTTCAGAACGAAAAAAAGGTAAAAAATATTGAAGTACTTGACAGTACGGA
GAGTAACATTAAGAAAGAAGCCTGCAAAGAGGATTTATCTCAGTCTTTCG
CTGATGCTTCAGCCTCTGACTTGCAAGAGAAGGTTTCAAGCGGTTCTGAA
GAAGGAAAGGGTGAAAATAGTGATCAGGAAAATTATGTAGGAGTTAAAGG
AGTTAAGGATGTGGATAACTTATCTGAAGATCTAAAAAAGGATGAAGAGC
TAACAGTTGAGGGTCAATCTGGTGATGTTAAAGGTGAAACAGGAGCTACT
GGAGGGCCTTTAGATACGAGGGAATCTGAACTGGGAAGTACCAATGGAGC
ACCATGCCAGAAGTTCTCAGATGCTGAAGCAGCTGCAATCATTCAATCAG
CATATCGGGGATTTGGAGTTAGGAGATGGGAACCTTTGAAGAAATTGAAG
GAAATTGCTAGAATCAAAGGAGAACTGATCAAGGTCAGGCAAGATGTTCA
AAATCTTGTTTCCTCGGGTAGCGGGAATGTTGACAAACAGAGGATATTGA
TTGGAGAAGCTATAATGAACCTTTTGCTACAGTTGGACACAATGCAGGGT
TTGCATCCAAGTATTAGGAACATAAGGAAAGCTGTAGCAAAAGAACTTGT
TAGTCTGCAGGAGAAACTTGATTCCATTACTTTTCAGCATTCTGATGAAC
TAAAGGAATCTGATAAATCCGAACACGTTGAAGAAATTTCCGAGAGAACC
GGTGAGGAGGACTTGGTAAAACCAGGGGAAGACAGACATGAGCAAGAAAC
ACCCTCTCCTAGTTATGTGAAGTCTGGTGCAATAGAACTATGTCAAGACA
AACCTCACACAGTGATGGACATGAACATTAGCTCAGTTAATACGGGAAAA
TCAGAACTGTTGTTGGGCACAGATGAAATGGGCAGGGCTTTGGAAGAGAG
AGTGCAAGATTCTTCAGGTTATGTGGACCTGAAAGATCGGCAACTGGAGC
CACTCGTTGAAGTAAGAGAACCAAGTGAAGCGCATGATGTTGGTGCGAAA
GAGCTTCCTCCTCTGATAGCTGTTGAAGAGAAGATTAACCCTCCTGTTCA
GTTACATGATCCATCTTCTCTGGTCGACTCCAATTGGTCAAGTAAAGAAG
ACGAAGAAGATACTAAGGTATATACAGAAGTGTCATCTCGTGTGTCTCAG
CAGAATTCTGAAGCTCAGAATTTTGATGAGGGCTTGCAAATCGATGGCGG
TAGATGTATAGTCAAACCAGGTGAACTAAAGGATCATGACTCTTTTCAGG
TCGAGTCGAAAGAGCTTCCTCCTTCCATAATTGTAGAAGAGAAACCTAAC
CATGTTGTTGAGTTACAGAATGCATCTCCTCTGTTTGACTCTGGTTGGTC
TAGTAAAGAAGATGAAATTACCCAAGTATATGGAGAGGTGCCTCTTCCAG
TGCGATGTCGACTTGAACTTGTTGAGGAGTCTGGTCTGATTTCACTGGAC
AATGAAGCCAAAGAAACTAGTGCAGAGGGGGAGCCACACAAAAAATTGCT
TGCTGAATCTCCAAATTTGTCAGATCTGGAAGGCAATATTGCAACAGCAG
TATGTTCAGAAGGCTCTCCTAAGCCAAACAATAATTTAAGCGCCGTAGGA
GATTTAGAGAGAGGCAAGGAACTTAGTGGGGATGACATGCTTGGAGCAGA
TTTTCTGGACTCAATTGCGTTAAAGGAGAAACATGTCAGTAATAGAGAAG
CAGTAGAAAATGTATGTGTTGTTGAAGGGGATGAGAAGTCAGTCAATAAC
ACGCTGACAGCAACTGGCATGGTTGACACATGGGAAATATCTGACGTAAA
AGAAGTAGCGAATGCTTGTCAGTTTGGAAGGGAAGGGGATGATAAGCCAG
TGCATGACAGGCAGACAGCAGATAATGTCAGGGATGAGGCCAAGGAAATG
CCTGGTATAAAAGAAGCAGTAAATGTTTGTGAGGTTGAAGGGAATGATAA
GCCAGTTGATGACGTGCAGGCAGCAGACATTGTTGGGATTGAGCATTGGG
GAACAGGAGAAGATAATGAGTTTGAAAAGGATGTTGGATCAGTTAAAAAC
ATGGAACTTATTGGAACTTGTGGGACTGAAGATGCAGTATCTGGCGAGGT
GGTCCATCCAGAAGAGACCGGAATCTGTAACATTAAACAGGAAATGGAAG
AGGATGAAAATCAGGATATGTGGGAAGATAAGTTTGATAACAAGGAAATC
TGTCAAAAACACAGTGATGGTAACATATTTGAGATCCCGAGAGACGAGCA
ATTGCTGGTGAAAGAGCTTGACACTGAGAAAGTCAACAAGCAACCTCACA
GAGAATGTGCAGCTGGAGAAGAGGATTTGGCAGGGGAAGAGCTTGTTGCC
GAGCTACCACAGAAAGAAGTTCCAGCATCATTGCCGATCTTGGGCCAAAT
CTCCAGTGTTACTGAAACAGAAAGTGACAAAAAGTTGGCCATAGAGAACG
AGGAGCTGAAGGAAGCGGTGGAGAAGCTAATTGCAGCAGGGAAAGAACAG
CTGACTGCCATATCTAGGGGGAAAAGGGGAGGTTCAACTCCAACCACAAG
TTGGAAAATTGGGCTTGCTCATTCTGATGGTTCTTTAGTCCATGTTCACA
ATTCCAACACTCTCTCTGCCAGAACACTTGGTGCCAATCTCAACAAGACT
CACACACATATTAAGGCCGCCAGAATGAACAAGGCTGACTCTGGGATTGC
TCACTGCAATGATGAGGAAGAGGAGTGTTTCCAGCTTTGTAGTCATGTGG
CTGACCCTCCTGATGACACAGAAGAGCAGCCAACCAGTGCTGGTAGTTTA
AGAAGACATATAGCTGCTACACTATTTCGACACCATCGATTTGTCGGAAT
AAATGGCCATGCCCTGCAGCCTGTATCGTTGGCAAGCCCTAGTAGCTCAC
CGGAGGCTGCGCCATACTACTCTGCAGTCACTCCGGCAAGTCCTTTGGAC
TTGACAGATCAAGGAGAGTTCAGTTACAATGTTAAGACATCTGCGGAGTT
GCTTAAAGTACTTAACCTCATTTGGAGTTTGGAAGAGCAACATGCTGCTA
ATTTATCATTGATGAAGACACTGCAAAGGGAACTGGAACACTCTCAAGAA
CAAATTGAAAAGCTGCTACAGGAAAAGAGAAGAGGACGGGATATAAATAA
GATTATGGAACATAACTCTTTGGATACACCACTTAGGAGAGCAAAGGAAC
AAGTCCCAACCAGAAATGCAGTTCTGTCTGTGAGGGATGAGCTGGAAAGT
GAGAGGAAGTTAAGAAAACAATCTGAAAGTCTTTACCTAAAACTAGCTCA
AGAACTTTCCCAAGTAAAATCCTCCTTTTCTAATTCTCTGGAAGAATTAA
AACGTGAGAGAAAGGCACGTATTCTGTTAGAAAATTTGTGCGATGAATTT
GCCAAAGGAATTACAGATTATGAACAAAAGGCCAGGTTTTTAAAACACAG
GCCTGATGAGGGTTTGTTTTCAAGGGAACGCCCCGATCAGCTGATTCTTC
ACATTTCTGAATCATGGCTAGATGAGCGGATGCAAATGAAACTAGCAGCG
ACTCCATGTGGTACTACTGATAAAAGCACAATTGTGGAGAAGTTGAGCAT
GGAAATAGAATCCTTTCTTCAGTCCAAACAACCTGTTGTTTCCAGATATG
TTGATGGATTAAGCTTAAAAAAGGTGAAGAAAAATAGCTCACATAGATAT
TCTTTGGAGTCCTTTCATTTGAATGATGTTGCAAGTGCTCCTCGGGATGG
GGATTGTGAAGAGGATTCTACAGGTAGTGTTTTGAACTCTTTAGCTTTCA
ATAAGCATTCGAGTGGCACAAGAATGAATGGTGCCTCCAAACTAATTATT
GACCGTGGTAAAGATTTAATAAATTCAGATCCTAGTAGAAATAAAATCCA
GACCAGGGATGTCTTCAAGTGCAATGAATATCACTCTAGCTCACAAAACC
AGTCCCACAAACATAGTTTTACAACTGTGTCATGTGATGTGAACAATGTT
CGAGTGGACAAGTACAAGAAATCACAAAGTACTGAAGCTTCAAAAGAAAG
AAAGCAAATAAGAGCAGAATCCCATGATTTCCACCCAGACGATGTGCTCC
ATTCTATAACTAGAAATCATTCTGTGTCCAGGAATGATGGAAAGCTTCAC
AGTGAGAAGCCCTGTACGGAAGATTCTTTAGATCATTCTGCATCCTCAAA
TCATCCCATGACAATCACAACATCAAAGCCAGAAATTTCTGAATCTTCAA
GCCAAGGGCTTCAAATTATGAAGAAACACTCCTTAAAGGCCAGGCTACTT
GAAGCAAAGTTGGAGAGTCGGCATTCTCTAATGAAAAATTCTAAAGCCCC
TATATATTGA

Sequence Length

5760

Sequence MD5 Checksum

0c61109be9a5ab6976963e313c50b054

Relationship

The DCAR_008644 derives from mRNA DCAR_008644
The mRNA DCAR_008644 is a part of Gene DCAR_008644
The DCAR_008644 is a part of mRNA DCAR_008644
The DCAR_008644 is a part of mRNA DCAR_008644
The DCAR_008644 is a part of mRNA DCAR_008644
The DCAR_008644 is a part of mRNA DCAR_008644
The DCAR_008644 is a part of mRNA DCAR_008644

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