DCAR_000305 | CarrotOmics Tripal4

Cds

>DCAR_000305cds ATGATGCATGTGATTAAGAGAGATGGACGACAAGAAGTAGTGAATTTCGA AAAGATCACGGCGCGGTTGAAAAAGTTGAGTTACGGTCTCAGTATCAATC ACTGTGATCCGATTCTCGTGGCGCAGAAGGTTTGTGCTGGTGTTTATAAA GGCGTTACTACAAGTCATCTTGATGAATTGGCTGCGGAGACTGCTGCGGC TATGACTACTAATCATCCGGATTATGCTTCACTGGCTGCGAGGATTGTTG TTTCTAATCTGCATAAGAATACGAAGAAATCATTTTCAGAGACGTGA

Locus_tag

DCAR_000305

Name

DCAR_000305

Organism

Daucus carota subsp. sativus

Pep

>DCAR_000305pep MMHVIKRDGRQEVVNFEKITARLKKLSYGLSINHCDPILVAQKVCAGVYK GVTTSHLDELAAETAAAMTTNHPDYASLAARIVVSNLHKNTKKSFSET*

Sequence Coordinates

DCARv2_C10721894:2404..3251+

Type

gene

Unique Name

DCAR_000305.gene

Sequence Residues

ATGATGCATGTGATTAAGAGAGATGGACGACAAGAAGTAGTGAATTTCGA
AAAGATCACGGCGCGGTTGAAAAAGTTGAGTTACGGTCTCAGTATCAATC
ACTGTGATCCGATTCTCGTGGCGCAGAAGGTTTGTGCTGGTGTTTATAAA
GGCGTTACTACAAGTCATCTTGATGAATTGGCTGCGGAGACTGCTGCGGC
TATGACTACTAATCATCCGGATTATGCTTCAGTGAGTGTTGATCTGTTTC
GGTCTTTTATTTGTTTGGTTATGTTATTTTGTGTGTTTGTGCTAATTAGT
TAATATGGTACTGCGATGTCTGTTAATTATCCTAATTATGCCTCCATAAA
GTAATAATTGATATGATTTGTTATTCTTTTGATTTTGAAGTTGTTCAAAA
GTTTCAGTTATTTGAACGCTTTGAATTTTGGATGTTTGTTCTAATTAGTA
ATATCTACAGATGCTATGACTTTGTTGTTGTTTCGGTCTTGTATTAAAAT
ATAGTTGTCATTCTTGTGTTTTAAATCCTTAAATTTACTTGTGTGTTATA
ATTAGTTAGATAGTCATTGGGTATGCTTCAATTATATGTGATTCTTCTAG
TTAGTTGAATCATTGCTTCTATAACTTATAATCCCACTGATTATTAGTCT
GTAAAAATTGATTTGTTTTGTTTGTGTTTTGACTTTAAACTTTTTATGTT
ACTTGATTTTGTGCTTTTTACATGGTTTGGATTTTTTATGTTCTTTAATT
TGTTAATTAGTGGATTGTTTGATTGGTACAGCTGGCTGCGAGGATTGTTG
TTTCTAATCTGCATAAGAATACGAAGAAATCATTTTCAGAGACGTGA

Sequence Length

847

Sequence MD5 Checksum

e73cc3cbc2d6443fc44784f6ac8e9a91

Relationship

The mRNA DCAR_000305 is a part of Gene DCAR_000305

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Is Obsolete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