DCAR_000077 | CarrotOmics Tripal4

Cds

>DCAR_000077cds ATGGTGTTGGGGAAAAAGTATTCAGATGACAATGAGGAAGAGGAGAGTGG GATTGTTAGTTCTAAGGAGTTTACGGATATGATTGAGGAATTGTTTTATT TAAATGGTGTGCTGAATATTGGAGATTCGATTCCTTGGATTGATTTTTTG GATTTGCAAGGCTATGTGAAGAGGATGAAGATTCTGAGCTTCAAATTTGA TAGGTTCTTGGAGCATGTTCTCGACGAGCATAATGAGAGGAGGAAGAATG AAGGCCAAGATTTTGTGGCTAAGGATATGGTGGATGTTTTGCTTCAGCTG GCCGACGATCCAAATCTGGAGGTTAAGATCCAAAGGCATGGAGTTAAAGC CTTTACACAGGTATGTTGCGTTTAA

Locus_tag

DCAR_000077

Name

DCAR_000077

Organism

Daucus carota subsp. sativus

Pep

>DCAR_000077pep MVLGKKYSDDNEEEESGIVSSKEFTDMIEELFYLNGVLNIGDSIPWIDFL DLQGYVKRMKILSFKFDRFLEHVLDEHNERRKNEGQDFVAKDMVDVLLQL ADDPNLEVKIQRHGVKAFTQVCCV*

Sequence Coordinates

DCARv2_C10592681:7..751-

Type

gene

Unique Name

DCAR_000077.gene

Sequence Residues

ATTTCAGTGGCCGCCCCAAGACGGCCTCGGGGAAATATACAACGTATAAT
TACTCCGATATCACGTGGTCGCCTTATGGCGCGTACTGGAGGCAAGCCAG
AAAATGGTGTGTGACAGAGCTTTTCAGCAAGAAAAGGATCCAGTCTTATG
AGTACATCAGGCAGGAAGAAACAAAGGCATTGTTGAAAGAACTTCACGCG
GCTTCGGGGACTAATGTTGTGATCAAAGATTATCTTGCTAAGGTTAGTTT
GAACGTGATTAGTCGCATGGTGTTGGGGAAAAAGTATTCAGATGACAATG
AGGAAGAGGAGAGTGGGATTGTTAGTTCTAAGGAGTTTACGGATATGATT
GAGGAATTGTTTTATTTAAATGGTGTGCTGAATATTGGAGATTCGATTCC
TTGGATTGATTTTTTGGATTTGCAAGGCTATGTGAAGAGGATGAAGATTC
TGAGCTTCAAATTTGATAGGTTCTTGGAGCATGTTCTCGACGAGCATAAT
GAGAGGAGGAAGAATGAAGGCCAAGATTTTGTGGCTAAGGATATGGTGGA
TGTTTTGCTTCAGCTGGCCGACGATCCAAATCTGGAGGTTAAGATCCAAA
GGCATGGAGTTAAAGCCTTTACACAGGTATGTTGCGTTTAAAGAAAAGTA
TTAGATTTTAAAAGTTCTGCTTGATTGCTTTTAAGCTCATATTCAGTAAG
TACTTTTGTTGGTCTGGTCTAATGAAGCAAGTTTTTTTTTTTTT

Sequence Length

744

Sequence MD5 Checksum

e57a68f660ecaa6ccbc93d26b6b46fb1

Relationship

The mRNA DCAR_000077 is a part of Gene DCAR_000077

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Is Obsolete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