DCAR_004333 | CarrotOmics Tripal4

Name

DCAR_004333

Organism

Daucus carota subsp. sativus

Product

hypothetical protein

Protein_id

gnl|USDA|DCAR_004333

Transcript_id

gnl|USDA|mrna.DCAR_004333

Type

mRNA

Unique Name

DCAR_004333.mRNA

Sequence Residues

ATGGATTCTGGAAAGAGCTTTGCTAGGAGAGACAAACTTTTGGAAATTGA
ATCACAAGTTCGAAAGTTATGGGAAGAGAATGATGTTTTCCGGGCTGAAG
CTGGAGCAGAACCACCCAAGGAGGGGGAAAAGTTTTTTGGTAACTTCCCT
TTCCCCTATATGAATGGGAACTTGCATTTGGGCCATGCTTTTTCTCTCTC
GAAACTTGAGTTTGCTGCTGCCTTTCATAGGCTAAGAGGTGCTAATGTCT
TATTGCCATTTGCTTTTCACTGCACTGGAATGCCAATTAAGGCCTCAGCT
GATAAACTTTGTAGAGAGGTTCAGAAATTTGGCAATCCACCTGTGTTTCC
TGATGTAGCAGAGGAGGCGCCGAAGGAAGTGGCATTAAAACCCGAGGAAG
TTGAGGGTGCACCTGATAAGTTTAAGGGTAAGAAGTCAAAAGCAGTGTCA
AAAGCAGGCGGCGATAAGTATCAGTGGGAAATTATGAGAAGTTATGGGCT
TTCTGATTCTGAAATTTTGAAGTTTCAGGATCCTTATTATTGGTTAACGT
ATTTCCCTCCTCTTGCTGTTGAAGACCTCAAGAGTTTTGGGTTGGGCTGT
GATTGGAGGCGTACATTTATCACAACCGATATGAACCCATTTTTTGACTC
CTTTGTTAGGTGGCAGTTGTTAAAATTGAAGGGCATGGGAAAAGTTGTGA
AGGACTTGAGATACACTATTTACTCTCCATTTGATGGCCAGCCCTGTGCT
GATCATGACCGAGCTTCAGGTGAAGGTGTTAATCCTCAGGAGTATACTCT
TATCAAAATGGAGGTTGTGTCACCGTTCCCCCAGAAATTAGGAGCTTTGG
AAGGTAAAAAAGTTTATCTTGCAGCAGCGACACTGAGACCGGAGACGATG
TATGGGCAAACAAATTCTTGGGTGCTGCCTGATGGAAAGTATGGCGCATT
TGAAATCAATGATGAAGAGGTGTTCATTTTAACTGAAAAGTCGGCCCGTA
ATTTAGCATATCAGAGATTGTCGCGAGTTCCACAGAAGCCGACTTGTTTG
CTAGAGCTGACTGGTCATGATTTGATTGGTTTGCCTCTGAGGTCTCCATT
GGCCTTTAATGACATCATATACTCTCTCCCCATGATGTCGGTTCTCACTG
ACAAGGGTACTGGAATAGTTACTAGTGTTCCAAGTGATTCTCCTGATGAT
TTTATGGCCTTGCAGGACTTGAAATCGAAACCAGCTTTTAGGGCCAAATT
TGGTGTTAAAGATGAATGGGTTCTACCATTTGAAATCATTCCTATAATCC
ACCACCCAGATTTCGGAGATAAATCTGCTGAGAAAATCTGTACGGATATG
AAGATTCAGAGTCAGAATGATAGAGAAAAGCTTGATGCTGCAAAGAAGAT
TATCTATAAGGGTGGGTTTTATGAAGGAACTATGGTTGCCGGGGAATATG
CTGGCTTGAAAGTCCAGGATGCTAAGAATTTAATTAAAAACAAGCTGTTA
GATATTGGTCAAGCTGTTATTTATAGCGAGCCGGAGAAGAAGGTGATGTC
CAGATCAGGAGATGAATGTGTTGTTGCTTTGACTGATCAGTGGTACATTA
CTTATGGAGAAGAAAATTGGAAGAAGGATGCAGAAAGATGCTTGGAGGGG
ATGAATCTCTTTTATGATGAAACTCGTCATGGTTTTGAGCACACACTGGG
TTGGCTAAATCAGTGGGCTTGCTCTCGTAGTTTTGGTCTTGGGACTCGTA
TTCCTTGGGACGAGGAGTTTCTTGTGGAGTCTTTATCTGATTCAACGCTT
TACATGGCATATTACACTGTATGCCATTTGTTACAGGGAGGGGATATGTA
TGGTGCTGATACATCTTCAGTAAAACCAGAGCAGCTGACATATGAGGTTT
GGGATTTCTTGCTATGTGATGGGCCGTACCCTAGTTCATCAAGTTTATCA
CCATCTCTTCTTGATGAGATGAAGAAGGAGTTTAAGTATTGGTATCCATT
TGATCTCAGAGTTTCAGGCAAGGATCTTATCCAAAATCATCTGACCTTTT
GCATTTATAACCACACAGCACTCATGCCCAAAAATCACTGGCCTCGAGGT
TTCAGATGCAATGGACACCTTATGCTGAATTCAGAGAAAATGTCAAAGTC
CACCGGAAATTTTAGGACCTTGCGACAAGCAATCGAAGAGTTCTCAGCTG
ATGCTACCAGGTTCTCCCTTGCTGATGCTGGGGATGGGATGGACGATGCC
AATTTTGTTTTCGAAACTGCTAATGCTGCTATTTTGAGGTTGACTAAAGA
GATTACATGGATGGAAGAGGTTCTTGCTTCTGAATCAACATTGCGAGTTG
GTCCTCCTTCTTGCTATGCAGACCATGTTTTTGCCAATGAGATCAATATT
GCTGTGAATATGACTGAGAAGAACTACAAAGATTTAATGTTTCGTGAAGC
TTTGAAAACTGGATTTTATGATCTTCAAGCTGCTAGAGATGAATATAGGC
TTTCCTGTGGCTCGGCAGGAATGAACCGTGATTTGTTGTGGTGGTTTATG
GATGTTCAAACAAGGCTGATCACTCCTATTTGCCCGCATTATGGTGAATA
TGTGTGGAAGGAGCTGTTGAAAAAGAATGGGTTTATTATTAAAGCAGGAT
GGCCAGAAGCTGGGTTACCTGATCCAACTCTTAAAAGGGCCAACAAATAT
TTGCAAGATTCTATTGTCACAATGAGAAAGCTTCTTCAGAAGCAAGCATC
TGGTTCAAAGAAAGGTAAAGCAAATGCATCAAGTCAAAATAAACCTACCG
TTGGCCTAATATTTGTGAATGAGCAATATGATGGATGGAAAAGAGAATGT
TTGAACATCCTTCGAGACAAGTTTGACAGCGGAACTTGTACTTTTGCTCC
AGATCAAGAGATCTTGAAGGCATTGCAGGAGAGTTCTGTCGGCAAGGAAG
GTAATTTTAAGCAGACTCAAAAGCTATGTATGCCTTTCATGCGATTCAAG
AAGGATGAGGTTGCTGCTGTCGGTGTTCAGGCCCTTGACCTGAAGTTACC
ATTTGGTGAAATCAAGGTCCTTGTGGAGAATCTTGAGTTGATCAAACGAC
AATTAGGACTTGAAAAAGTTGAAGTCCTATCTCCTACAGATCCTGATGCT
ATTACAAGGGTTGGTCCAAATGCATCCTTGTTGAAGCAAAATCCGCCATC
CCCTGGAAATCCGACTGCTATTTTCTTAAATGAGTGA

Sequence Length

3237

Sequence MD5 Checksum

432ca654cd0bfd39a4dd34765b872059

Relationship

The DCAR_004333 derives from mRNA DCAR_004333
The mRNA DCAR_004333 is a part of Gene DCAR_004333
The DCAR_004333 is a part of mRNA DCAR_004333

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