DCAR_029713

Cds

>DCAR_029713cds ATGCTCTTGTTTGTCAATGTTCCTTGGCAATTCTGCACTGGCGAGTACAG GAAAGCAGGATTACCTGTTGGTTACAAGAATTGCCAGTTTCATAGGGGTG ATGGCAGTGGATGTGTATCAATATATGGAAGTAAATTTGATGACGAGAAT TTCATTGCCAAGCACACTGGACCTGGTCTGTTGTCAATGGCAAATAGTGG ACCGAATGCTAATGGTTGTCAGTTTTTCATCACTTGTGCCAAGTGTGATT GGCTTGACAACAAGCATGTCGTCTTTGGGCGAGTACTAGGAGATGGCTTG CTAGTTGTCAGGAAGATTGAGAATGTTGCTACAGGTCAGCAAAATCGCCC CAAGTTGCCCTGTATCATTGCAGAGTGTGGAGAGATGTAA

Locus_tag

DCAR_029713

Name

DCAR_029713

Organism

Daucus carota subsp. sativus

Pep

>DCAR_029713pep MLLFVNVPWQFCTGEYRKAGLPVGYKNCQFHRGDGSGCVSIYGSKFDDEN FIAKHTGPGLLSMANSGPNANGCQFFITCAKCDWLDNKHVVFGRVLGDGL LVVRKIENVATGQQNRPKLPCIIAECGEM*

Sequence Coordinates

DCARv2_Chr9:12187871..12192876+

Type

gene

Unique Name

DCAR_029713.gene

Sequence Residues

ATGCTCTTGTTTGTCAATGTTCCTTGGTGCATACCATGATTCTTCACAAC
TTTCACTTTAGTGTTTGGCATCTGTATTTTGCACTAACTCATTTTTGATT
AATTCACAGGCAATTCTGCACTGGCGAGTACAGGTAATCCAACTCTTCAT
CTGTTAAATTTTAAGATGCCTTTTTTATTTATATATTTAATTTTGCCTAT
ATGATAGTAATTTGTTGTCATATAGTTAGAAAAATTCGTCTCCCTTTCGT
AACAAAACCTCAAAATGTAGCAAATTCTATCTCCTGACTATTAAGCCAAC
TACATCTCACATTCTCTTGACAAAATGTATTAAATTGGAAATAGCCTACT
TTTCAAGGTATGACTCATTGCGTACCTTAACATTGTGACTCCCTGCTTTT
TGCATCACGTAGTTTTCAAATGCTGTGAGTTACCTTGGACGGGAGATTGT
CAAATAGATACAAAATGTTGTGAATTCCTAAGAGACGCACATGTGCCACA
GACAGTTTAAAGATCTGTTACTATAATATGATGAGGCAACATTTACAAAT
TGCAATGTGCAATTTATGATTGTAATATAATATACTCCCTCTGTCTCAAT
TTACAAGTCCCTTTTGAAAAAATTATTTGTCCAAAAATACTTGTCCCTCA
CCCTTCTCAAAGTACTGTTTTAAATGGTTTTTTCTTGAAATGCTCTTGAA
ACACAATTTCTAATATTTGACTAATAGACTTGTACTCACAACACATTTTA
ATATGGTGCAACTATCAAGGATTGACAAGAAAATTGAATACCCAACTAAC
ATTTTCTTAAGATGCGTAATTTTTTCAAAAGGGTCTTATAAATTGAGACG
GAGGGAGTATGTGGTTACTTTCATTTTTTGGTGTATGCCTTAATTTAAGA
ATCAACCTTTATTTACTGAGTTAGTGGTGTCGGATATATGAATTTGGACA
TACACAGTGCACAAGTATTAATATATTAATACTTAATTATTTGGCAAGTT
CTCAAACATGAAACACATTCCAGAGAGATATACTGGGACAGATCTAGTAA
GTATGTATATATATTTTAGTACATACATATCTTTGCACTTTTTGGCATCC
TAATGACTTTCTAAATTTAAGGGCTTCTGAAGCTCTTAAAAGATCAAGAG
CTATTTAAGTACAATTTTATAATAGGGCGTTTCTTGTTCTTATAATTCGT
TTGAACTTGCAGGAAAGCAGGATTACCTGTTGGTTACAAGAATTGCCAGT
TTCATAGGGTGATCAAGGAATTTATGATTCAAGCTGGCGACTTTCTTAAG
GTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCATGTATTTA
CTATTAAGCATTTATATCCCAAATGTTTATGCTAACGAGACAAGAGAGAA
TGAGCGAATAGCTGAGTTAAGGTACAGAAAGCACAGAACATTAAGCCTAC
CCGAGCGAAGTCTCCGGAAATCAAGTAACCGGTTGACTCAAAAGCTGTGG
ATAAGCTGTAATGAACTAATTATAAAGAGGATATAAACAACTTAATTGGG
AATTTTTTAATGTGTGGGGCTTAGACAATTATGTTTTTTGCTAATCTATG
GTGAGTGTTATTTGCTCAAATAAGATGCAAGTAGCTATGTGATAGGGTAT
ATGCCATGAAATATCCGTGTAAGCTGGTATACTCGTGTGCAGACTCAATT
ATATTCTTTTATGCATATTTAAAAACAAAACTGTACAAAATTTCATTCCA
TTTTAATGCTCATTTAATTTCTTCTGGACAGTGTGTCACTTAAAGTCAAT
AGTTCATGAGCCATTTTATGCTTCATGAGTACATTTCTTACTTCAATTGG
TACACAGGAGTTACATAACTCCAATATAACCGGCAAGCTAGAAAGCAGGG
ATTCTTTACTCACTTGCTGCACTGTGCACCCGATACTTGGGGATTCTTCG
GTGCACGGGAAATCTTATGGATTCTTCTCTCACCCATGACCCATAAGTGA
GAGAAAATAATTAAGATACTTAAACTTTTAATCGATTAAGTACGTTAAAA
TGCATTAGTTGTGTTATCAAGTAACCCATATTATTAGCGATAATGAACTT
ATTAAGTTGTCTATTTAGTATAAATTTAATTAAATCTTAAAAGATATATT
ACATATATATGTAATATATTAATATATGTTGAATCCCCCCNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNTTTAACCCCCCCCCCCCCCCACCCGAATCCCCATAAT
TTTAAATTTGTGGAACTTCCGTTTCCCCGCACTACGCACCCCCGCACCCG
CTTCCTAGCCGGCAATTATTAGTACAAAGAGAAAAATAGTAATTAGCTGC
CAAACTCAAGTCAAATTGTGTTGCAGTTTAAAACTTCATCCTTTCCAACC
ATTTTATTATATCCAAATTCCTGCTGATATTTGTATACAAGTGTTGTCAA
AGCAAGATCAGTCACACTTAAATATAACATATTTAGTTAAAGAAGTTCTA
AGTTCATGCTCAGTAATTGTTAAAGCCAATTGAGTAGAACCTTTGTTTGA
GCTACTAAAGAACAGCTCATCTGCAGTCTGCACTTGCACCCCTTGCTGTA
AGTCTAGCTATGTTTGCAATCTGTTTCTTATTTTGATGATCAATTCTGCA
CTGCAGGGTGATGGCAGTGGATGTGTATCAATATATGGAAGTAAATTTGA
TGACGAGAATTTCATTGCCAAGCACACTGGACCTGGTCTGTTGTCAATGG
TATCAGCTATCTTTCTGTTAAACATTTGCTATCTATCAGCTATCTCACCT
ATATGCCATGACTTGTCATAAATTATTTTCTTTTATTCGCATAATGATTT
GGAAGTGCCACAAATCATGAAGTCACTTTCCTGTTAAACATCAAGATGAC
ACTAAGTAGGCAAAATATGAAAATCCTTGTTCTCGTGTTAGAGATATGTT
TCTAACATTGTACTACATTAACATAAGAAGTCCATAGATAATTGTATGAT
TGCAGACTGTTCAACAAGCAAGTAGCCTGAGAATTTCTGTCATGTGGTCA
CTAAGAATATCAGGATAGTGATGGCATTATACTATTGAAAGTTGAAACTC
GCTGGTTTATAAGATAATGAATGACTTGTACTTGATTTTAGTAAGTTTCC
TTCGATGTCAGCATTGTCTTCAATTATGGACCATGAATTTTGAAACCAAT
TACTTATAATCACAACTCAGTTTCCTATTCTTTTTTGCAGGCAAATAGTG
GACCGAATGCTAATGGTTGTCAGGTATTAAACAGATAAAACACAATGAAT
ATGCTTTAGTGATGCAATTTTGTTTTCTGCTTAGATAGTTTAATTGCAGA
CCGTGGTCCTGGCATCCTACCATTCTTTGGAGGTTGCCTAAAAGAGAGTT
TTTTACTAGAGTGAAGTCCATATTGGACTGTCTATTAGATCGAATAAGTA
CATTCAGTCTAATACGTCAGAATTGATAAATTCTATGGCTCGAATATTCA
GTATTCTCTTATTTTTTGCCTGTGTCTACTACTTAGGCAGAATACCGTCA
CCCATTTTTACTAAGAAACTGAATCCACAAACGGAAGAAGGGTGGGAAAG
TGAGGAAGAAACAAATGTAGAAATAGAAAGAGCTTCCGAAACGAAGGGGG
ACTAAACAGGAACAAGAGGGATCCACCGAAGAAGATCCTTATCCTTCCTG
TTTTTCAGAAGAAAAGGAGTCACTATCAAACCTCTTAATGTTGCGTAAAT
ATCGTGCAGCTAGGGAATGAATCTACTTTTGTCATAATGCTGTGCAACAA
TGCTATTGAAGGATTAAAATTTATTATAGTATACCTTGTCCTATATAAAA
AATTTTCATGAATAATTTTTTTTGACAGCCATCTTCCTAGGACAAGTTTG
CAGTTTTGATTGTGTTTTCTATTAGAAACAAGTTAAATGATATACACTGG
GGCAGGTTCTGATAAATTGCACCTAAATTTTTTGAGCTGTGTGTTCAGAC
TGAACACAGAAAGATTATGTTATACTTCTCAATATGATATTTGGCTGGAT
ATCTTTGTTGTGTCTTTTAATATTGTTTACCGTACTAACTGGTTCTTAAT
TTGTAATTGCAGTTTTTCATCACTTGTGCCAAGTGTGATTGGCTTGACAA
CAAGCATGTCGTCTTTGGGGTATGTCACTTATCCTCGATTTGGTTTTGCA
GTTTATGATTATCTCTACTACACATACTACTATGAGCAAATTTCCTCTAG
TACTTGCAACACAGTTTTCATGTAGTTAGTGTGAGCAGGCGACATCTTAA
TACATTTAAGGGCCTATATATTTTCTGCAACTTCCCTATCATAGAAGGAA
TAACTAATCCGATATTACAGTATTAAGAAGCTGATATTGAGTCAATTTAA
GTTTACAGATATCTAATTGCACAATTGGACTCCGATGTTGAAGGATTATA
ATGGTTCGATAAGCAAATATCTCCGGTTTCTTTTGTATGTTGTCACTGCC
TATGCATTTTTAAAAACCTATGTAGGCATCTAAAAAAAAAGGATATGAAT
GAACCACAGTCCACGCTATCTAATTTTACTCACGGATATCTAATTTTACT
CCAAAAAATATGTTGTGTATATCTTTAGTGTTCCTTCATCAAGTAGGTAG
AAGGTAAATGTAGTATCAGATCTTAATTAAATATTAATTGCATATTACTA
AACTACATACCTAAGTTGTGTGTGCTGTTCTGATATATATGCAGCGAGTA
CTAGGAGATGGCTTGCTAGTTGTCAGGAAGATTGAGAATGTTGCTACAGG
TCAGCAAAATCGCCCCAAGTTGCCCTGTATCATTGCAGAGTGTGGAGAGA
TGTAA

Sequence Length

5005

Sequence MD5 Checksum

7f176969225fcd1d6b46a8fb8c0cc3ff

Relationship

The mRNA DCAR_029713 is a part of Gene DCAR_029713
The Genetic Marker MK000055 SSR-W93 is located in Gene DCAR_029713

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