DCAR_020269 | CarrotOmics Tripal4

Name

DCAR_020269

Organism

Daucus carota subsp. sativus

Product

beta-carotene hydroxylase

Protein_id

gnl|USDA|DCAR_020269

Transcript_id

gnl|USDA|mrna.DCAR_020269

Type

mRNA

Unique Name

DCAR_020269.mRNA

Sequence Residues

ATGGCGGCCGGAATCTCGGCGGCCTCCAGCTCCACCTCATTCTCTCTGGG
CCGCAACCCATTTCTCGGGCCCAACCCCATTTGGCTCTTCGCTCCATCCG
TCCGAAAACTAAACCCGTCTCTTCGGTTCAAACAAAAGAGCTTAACCACT
GTTTGTTTTGTGGTGGAGCCCCGAAATGATAGCTCGGGTAAGCCCGAAAA
TAACGCCGACCGAGATGAAGTGAGTCGCGAGGAGATTGAGGCGGGGAGTT
GTTCCGTACGAGTTGAGGAGAGAAGAGCGAGGAAGAAGTCGGAGAGGTTT
ACGTATTTGGTGGCGGCGGTTATGTCGAGTCTTGGCATTACTTCTATGGC
TGTCTTGGCGGTTTATTACAGATTCTCTTGGCAAATGGAGGGTGGCGAAA
TTCCGTATTCGGAGATGATTGGTACATTCGCTCTTTCTGTTGGTGCTGCT
GTGGGGATGGAATTTTGGGCGAGATGGGCACATGAAGCCTTGTGGCATGC
TTCTTTGTGGCATATGCACGAGTCACACCATAAACCGAGAGAAGGAGCAT
TTGAGCTGAATGATGTATTTGCAATAATGAACGCTGTTCCTGCAATAGCT
TTGCTAGCTTATGGTTTCTTCCACAAAGGCTATTTTCCAGGTCTCTGTTT
TGGTGCGGGCCTGGGAATCACAGTATTTGGAATCGCTTACATGTTTGTCC
ACGATGGTCTTGTTCATAAACGATTTCCGGTAGGTCCCATCGCCGATGTC
CCTTACTTCAGAAAAGTTGCTGCTGCTCATCAGCTGCACCACATGGAAAA
GTTCAAAGGAGTCCCATATGGGTTGTTTTTGGGTCCTAAGGAAGTTGAGG
ATGTGGGAGGACACGAAGCGTTAGAATTGGAGATCAACAGAAGAATCAAG
TCATCTGCTTCCAGAGCTAGCCGATCATAG

Sequence Length

930

Sequence MD5 Checksum

3ad826ac66348d4f5839037ec2d223e4

Relationship

The DCAR_020269 derives from mRNA DCAR_020269
The mRNA DCAR_020269 is a part of Gene DCAR_020269
The DCAR_020269 is a part of mRNA DCAR_020269
The DCAR_020269 is a part of mRNA DCAR_020269
The DCAR_020269 is a part of mRNA DCAR_020269
The DCAR_020269 is a part of mRNA DCAR_020269
The DCAR_020269 is a part of mRNA DCAR_020269
The DCAR_020269 is a part of mRNA DCAR_020269
The DCAR_020269 is a part of mRNA DCAR_020269

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Is Obsolete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