DCAR_001635

Name
DCAR_001635
Organism
Daucus carota subsp. sativus
Product
hypothetical protein
Protein_id
gnl|USDA|DCAR_001635
Transcript_id
gnl|USDA|mrna.DCAR_001635
Type
mRNA
Unique Name

DCAR_001635.mRNA

Sequence Residues
ATGGCAGTTTTAGAACAAAGTGATCATCAACTTGAGCAAGGAACATTGTC
TTTCTTGATAGAATCTTTGTTTTGTGATGAACAAGTTGAGGTTGAGAGCT
TATTAGAAGGAGAGATTAGTAATAAAGATTACAACTTTGTCGAAAATTCG
AGAAATCAAACAAGCCCTCCTCTGGTTTTGGTGGAAAATGATTTGGCTTG
GGAAGATGAAGAGCTGGATTCTCTGTTTTGTAAAGAAAGGCAAGCACATT
TCTGTTTTCTTGGTGAAACAATGGGATCTTGCTCTTTAAATGTGGTGGAT
AGAGGGAATGCTGTGGATTGGATGCTAAAAGTGAGAGCCCATTATGGATT
CTCAGCTCTTACAGTAGTTTTGGCCATGAATTACTTTGATAGATTTGTCT
CCGGTGTCGAGTTTCAAGAAGATGAGCCCTGGATGGTTGGAGAGTCAGAA
TATGTTTTCGAGGCTAAAACAATTCAGAATATGGAGCTTCTGGTGATGTC
GACTCTCCGATGGAGAATGAGTGCAGTGACCCCACTCTCATTTCTTGATC
ACATCACAAGGAGGCTTGGTTTAAAGAGTGATCTCCACTGGGAGTTCTAC
AGAAATTCTGAAACTCTCCTCCTATCTGTTGTAGCAGATTGGAGATTCAC
AAGTTATTTACCGTCTGTGCTGGCCACTGCAACAATGCTTCATGTTATAC
ATCAAGTTGAGCCCTGCAATGCCATTGAATATCAGAATCAGCTTCTGGCT
ATTTTCAGAACCACCAAGGAGGAAATTAAGGAATGCTGTGAACTCGTTTC
GTATGTATCAAACAGTTTTTACGTAAATGGAAATAATTCTCAGAAGAGAA
AGTATGAAGAAAATTTTGAAATCCCAGGCGGCCTTAGCAAGACTACTGAT
GCATCTTTCAACACTAAATCTAAGATTCACAAGAGACAGTGTGAAGAAGA
AAAAGAAGTAAATTGTGAAATCCCAAGCAGCCTTAGTGGGATTACTGATG
CATCTTTCAGCACTGCTAATTCTGCAGATAATGATATTTCCAGTGCATGG
TCAGTTTCATGTTCACCAGAGTCAGCAGTGAAACACCAAATGATTAAAAA
ACAGAAGTTGCACATGCCAGCACTCAGAAGTTTGGCAATGGATATCTTTT
AA
Sequence Length
1152
Sequence MD5 Checksum
78cb7b5bd697d97294e28e54a765409d
Relationship
  • The DCAR_001635 derives from mRNA DCAR_001635
  • The mRNA DCAR_001635 is a part of Gene DCAR_001635
  • The DCAR_001635 is a part of mRNA DCAR_001635
  • The DCAR_001635 is a part of mRNA DCAR_001635
  • The DCAR_001635 is a part of mRNA DCAR_001635
  • The DCAR_001635 is a part of mRNA DCAR_001635
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Is Obsolete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
Time Accessioned
2020-02-14 06:45:56
Time Last Modified
2020-02-14 06:45:56