XM_017379205.1

Gbkey

mRNA

Gene

LOC108208679

Model_evidence

Supporting evidence includes similarity to: 3 Proteins, and 100% coverage of the annotated genomic feature by RNAseq alignments, including 25 samples with support for all annotated introns

Name

XM_017379205.1

Organism

Daucus carota subsp. sativus

Product

ATP-dependent helicase BRM-like

Transcript_id

XM_017379205.1

Type

mRNA

Unique Name

XM_017379205.1

Sequence Residues

GAAATAAATAGAGATAACATACAACGGCAGTAGAGAGCAATAAAAATATA
TTTCAAACCCGAAAAATAAAGCTTAGGGTTTGACTGAAAAATGCAAATTG
TGTAAAGAAGCCGAGAAATCTCGAGACTGTGTGTGACTCACCCGCGCGTG
CCGGTGAATTCTTTCGATTCCGGCCACTCCGGCAACACGCAGATCGATGC
CTAGCTGGTCCCGTAACAATCGCATCTTCAATTCTTTCACCAAAAGTAAC
AGATAAACCCTAATATTTTACGAGATCGCGGTGATTTTGTTAATTAGCGG
TTTAGTCTTGTTTTTCGTTTGTTTTGAGCGACGATTCTGATAGTTTTGGT
TGAATTCTGTGTAATTTGAGCTGTAATTTATGCAACCGGGCGGAGGACAT
GGACGGAACACGGCGGCATCTGCTTCCGCGTCGCCGTCGTCTTCGTCATC
GGGATTTGATCCAATTCAGCAACAGCAGCAGCAATTGCAGCAGAGACAAC
AGCAGGAATTGCAGCAGAGACAGTCATTCCATCAGCAGTTACTCAGGAAG
CCTGATGGAAATGAAGCCATGTTAGCATTCCAGGGTGGACTCCATGGAGT
ATTGGGGGGGAACTATGGGTCAAATTCTGGCCCCATGCAGCATCCTGTAC
AATCTAGAAAATTCACAGATTTAGGGCAACAGCATGGTTCTCCGCATAGT
AGGGAGGAAGCTCAAACTAGGAGTCAGGGCTTTGATCAACAAGTGCTGAA
CCCAGTACAGCAGGCCTACTTGCAATATCATTCGGCACAACAGAAGTCTG
CTCTGGGAATGCAGTCTCAGCACCTAGGCATGGTTGGGCATTCTGGAAAG
GACCATAGCTTGCAGATGGGAAATATGAAAATACCGGATCTCATGTCTGT
TCAAGCTACACAGGCTCCGTCATTGCTGTCAAACAAGCAATCAGAGCATT
TTGTTCGTGGAGAGAAGCTAACCGAAGAACAGCAACAGATCTCTGATCAA
AGGAGTGATTCAAAGCAACCTGTTGTGCAAACTTCCCTCGGACAATTGAT
GCCTGGGAATATGATGAGGCCTATGCAGACACCACAATCTCAACAAAACC
TCCAAAATATGGGTAACAGCCAGCTGGCAATGGCTGCACAGATGCAGGCT
ATGCAGGCATTGGCCCTTGAACGTAATATCGATTTGTCAGTTCCTGCAAA
TGCAAATTTGATGGCACAACTTCTTCCACTCATGCAGTCCAGAATGGTTG
CACAGCATAAGGCAAATGAATCCAATATGGGTGCACAATCGTCATTAATC
CCGATGACAAAGCAGCAGGTGACATCCCCACAAGTTGCCAATGAAAGTTC
TCCCCGTGGTAACTCTTCTAGTGATCTGTCAGGACATTCCGCTTCGGGTA
AGGCGATGAGACAGGCAGGTCAACCTGGCCTGTTTGGTGCATCTTCTCCG
TCCCTGGTTCACAACAGCAACAATCCAGCACAGCCATTTTCTGGTCGTGG
CAGTGATAATCAACTGTCTTCAAGACAACCTACCATGGTAAATAATGCTT
CCATGCATCCTCCGCATACATCTGTAAATCTGAACCAAGGTGGAGATCAT
TCAGCACCTGGGAAAAGCAAATTACCTGGTCCAGAAGCTATGCAGATACA
GTATAATAAACCTATCCGCCGATCTTCCCCACTATCTACAGCTCCATCGA
GTGAAGGGAAATCTGTAAATCCTGCATCATCTCAGGGTGGATCACTCCCT
CATTTGCAACAACCCTTAGGATTTACTAAACAGCAATCACATGTTCTTAA
AGCCCAAATACTGGCTTTTAGGCGTCTGAAGAAAGGAGATGGAACCCTTC
CCCGTGAATTACTGCAGGCTATTGCTCCCCCACCTCTGGAGAATCATATG
TTGCAGATGCCACATCCTGGGGCAACAGATACATCTGCTGGTAAAAATAC
AGATGCAGAAGATATGAGGCATATTGGATTCAGTGAGAAAGATCTACACA
CTGGTTCATCAACTGCTGGACTTACTAGTTTGAAAAGGGAAGTAGTTGCA
GGAGACGAAAAAACAATTTCTTCAAGACAAATTGTACCAGCTGTCTCGAA
GGAGCCATCATCATCAGTTCCTTCTCGAGAAGAAGAGCATCAAACTCTCT
TTTCTGCCAAAATAGAAGAGGGAGAAGAACATGGGATTTCAGAAGATACT
ATTACAAGAAGCGATATGCATGTGAATAAGGGTAAGGCTGTTGCTATACC
AGCTCCTCTGCCCGAGACAGGTCAACTGAAGAAACCCGTGCAAGCAAGCA
CCCCTCAACCTAAAGACGCTGGGACTGCTAGAAAGTATCATGGGCCACTC
TTTGATTTTCCCTTCTTTACCCGGAAACATGACTCCTTTGGATCATCAGC
AATATCGAACAACAATAACAATATGACCTTGGCATATGATTTGAAGGATC
TTCTTTTTGAGGAAGGCAAGGAGGTTCTTAACCGGAAGAGGACAGAAAAT
ATCAAAAAAATTGGTGATATACTTGCAGTAAATTTAGAAAGGAAAAGAAT
CAGACCTGATCTTGTTTTACGGTTGCAAATTGAAGAGAAGAAGTTGAAGC
TGTTGGATGTGCAGGCGCGCTTGAGGGATGAGGTTGATCAACACCAGCAG
GATATTATGGCAATGCCTGACAGGCCATATCGGAAATTTGTACGGCTATG
TGAGCGTCAACGTGCAGACCTTAGCAGAAAAGTTCAAGCCTCCCAGAAAG
CAATTAGGGAGAAGCAACTAAAATCAATTTTTCAGTGGCGTAAGAAGCTA
CTTGAGGCTCACTGGGCCATCCGTGATGCTCGAACTGCCCGTAACAGGGG
AGTTGCTAAGTATCATGAGCGAATGCTGAAGGAGTTCTCAAAACGGAAGG
ATGATGATCGCAGTAAAAGGATGGAGGCTTTAAAAAATAATGATGTTGAA
AGGTATCGGGAGATGTTACTTGAGCAGCAAACTAGTATTCCTGGGGATGG
TGCTGAGCGATATGCTGTCCTCTCATCATTTTTGTCCCAAACAGAAGAGT
ACCTTCACAAACTTGGTAGTAAAATAACTGCAACAAAGAGTCAACAGGAG
GTTGAGGAAGCAGCAAACGCTGCAGCAGCAGCTGCGAGGGCTCAGGGTCT
ATCAGAAGAAGAAGTAAGAGCTGCAGCAGCTTGTGCTGGTGAGGAAGTAA
CAATAAGAAACCGTTTCTCTGAGATGAATGCACCAAAAGATAGCTCATCC
GTGAACAAGTATTACAATCTTGCACATGCAGTTAATGAAAGAGTTTTTAG
GCAGCCATCAATGCTAAGAGCTGGAACTTTAAGAGATTATCAGATTGTTG
GTCTGCAATGGATGCTTTCTTTATATAACAACAAACTCAATGGAATTTTA
GCAGATGAGATGGGTTTAGGGAAGACAGTACAGGTTATGGCATTGATTGC
TTATCTGATGGAGTTTAAAGGAAACTATGGCCCACATCTCATTATTGTTC
CCAATGCTGTGCTGGTCAACTGGAAGAGTGAGCTTCACAACTGGCTGCCA
TCAGTGTCTTGTATATATTATGTTGGTCAAAAAGATCAGCGTATAAAACT
ATTTTCACAAGAGGTGTGTGCAATGAAGTTTAATGTACTTGTCACGACCT
ATGAGTTTGTCATGTATGATCGTACAAAGCTCTCAAAGGTTGATTGGAAG
TACATAATAATCGATGAAGCTCAACGAATGAAGGATAGGGAATCTGTTCT
GGCCCGTGATCTTGATAAATACCGCTGCCAAAGGCGCTTGCTTCTTACAG
GAACACCCTTGCAGAACGATCTTAAGGAGCTCTGGTCACTTTTAAATTTA
CTCCTTCCTGAAGTGTTTGATAATCGGAAAGCTTTTCATGATTGGTTCTC
TAAACCTTTTCAACGGGAAGGTCTTCCACAGAATGTTGAAGATGATTGGC
TGGAGACAGAGAAAAAGGTTATCATTATCCACAGACTTCATCAAATACTC
GAGCCTTTTATGCTTAGACGTCGTTTAGAAGATGTGGAAGGTTCACTTCC
TCCCAAGGTGTCAATTATATTAAGATGTAGAATGTCAGCTATTCAAGGTG
CCATCTATGATTGGATCAAAGCTACTGGTACTCTACGTGTTGATCCTGAA
GATGAGAAGCTGATGAGTCAGAAAAAGCCAATGTATCAAACCAAAGTATA
TAGAACATTAGCTAATAGGTGTATGGAGCTTCGTAAAACTTGCAATCATC
CTCTACTCAATTATCCATATTTTAATGATTTCTCCAAGGACTTTCTTGTC
AGATCATGTGGGAAATTGTTTGTTCTAGACAGGATCCTAATAAAGCTTCA
AAGAACAGGGCACCGAGTATTGCTTTTTAGTACCATGACGAAACTCCTAG
ATATTTTGGAAGAATATTTACAATGGCGGAGACTTGTTTATCGCAGAATT
GATGGGAGTACTAGCTTAGAAGACCGAGAATCAGCTATTGTTGACTTCAA
TAGTCCTGATACTGATTGCTTTATCTTCTTGCTAAGCATTCGTGCTGCTG
GGAGAGGCTTGAATCTTCAGACAGCTGACACAGTCGTCATATATGATCCT
GATCCGAACCCTAAGAATGAAGAGCAAGCAGTTGCCAGAGCCCATCGCAT
TGGACAGCAGAGAGAAGTGAAAGTAATTTATTTGGAAGCAGTGGTTGATA
AAATCTCAAGCCATCAGAAAGAAGATGAATATAGGAGTGGAGGTACAGTT
GATTCAGAGGATGACCTTGCAGGGAAGGATCGATATATGGGGTCTATAGA
AGGTCTCATACGGAATAATATTCAACAGTATAAGATTGACATGGCTGATG
AAGTCATTAATGCCGGGAGATTTGACCAGAGGACAACACATGAGGAGAGA
CGACTGACTTTGGAATCTATGCTACATGATGAGGAGAGATATCAAGAAAC
TGTGCATGATGTTCCTTCACTCCAGGAAGTAAACCGCATGATTGCAAGAA
GTGAAGAAGAAGTAGAACTCTTTGATCAGATGGATGAAGAATTTGATTGG
GAAGAAGATATGACTAGATATGACCAGGTTCCCAAATGGCTTCGTGCTAG
TTCCAAAGAAGTGAACGATACGATTGCTAAGAAATCTTCCAAAAAGAGTG
CTTTGTTTGGGGGGAACATAGGAGCAGAATCTAATGAACTTGAGAAAAAA
AGAGGAAGGACTAAGGGTAAAAAGTTTCCTGTATACACAGAGCTAGATGA
TGAAATTGATGATTTTTCCGAAGCTAGTTCAGAAGAGAGGAATGGGTACT
CGGGTAATGAAGAGGGAGAAATTGGTGATATGGAAGACGATGAATTTGTT
GCTGATGCACCTGCTGACAATGACAATCAACCAGATGATGGTACACTTGC
TGCTGAGGTCTATGAGGATCCCCGACCTTCAGAAAGTCATAGACCAAGTC
ACATGCCTGAAGAAGCAGGTTCGTCAGGGTCATCTTCAGGCAGTCGAAGA
TTGATTCAAATGGTGTCGCCATCTATCTCTGCTCAGAAGTTTGGCTCACT
CTCTGCCTTGGATGCTAGGCCAGGTTCTGTTCCGAATAGGCTGCCGAATG
ACTTGGAAGAAGGAGAAATCGCCCTGTCTGGAGATTCTCTTATGGACCGC
CAGCATTCTGGTAGTTGGAATCAAGATCGTGATGAAGGTGAGGATGAACA
GGTTCTGCAACCTAAAATAAAGCGAAAGCGAAGCATTCGGATTCGACCAC
GGTTTGCAACAGAGAAGCCTGAGGAGAAATCCATTGAGAAATTATCGCTA
CGGCGTGGTGATTCTTCTCAGGTACCATCACAGATCGATCATAAATACGA
GTCTCGAGTAAAGAATGAAAGAGACCAAAAATTGATTGTAGAGCCTCATT
CACAAAAGCTGGAGAAAATTGATCCGTCACTGAAAACCAAGAGGGGTTCA
CATTCACGGAAAAATTCAAATTCTGGAAAAGTGCATGTGTCACAAAAGCC
TGGAAAAGTCAATGTCTTGTCTGCTCCATCAGAGGATGCTATCGAACATT
CTAGAGAAAGTTGGGATAAGAAAGCGATGCACAAAGCAGGCAACTCAATT
GATAATAAGATGTCTGATGGAATTCAACACAAGTGCAAGAATGTGATAAA
CAAGTTCCAACGGAGAATAGACAGGGAAGGTCATCAAATAGTACCACTTC
TAACAGAACTCTGGAAGAAAAGTGAAACTACTGGTTATATGGGTGGGAGC
AGTCAGCTTGATATACGAAAGATCTATCAGCGGCTTGAAAACTTTGATTA
TAATGGAGTAATGGAGCTCTGTTCTGATGTTCAGCTTATGTTAAAAAGTG
CAATTCAGTATTATGGCTTCTCGCATGAGGTGCGAACAGAAGCAAGGAAG
GTGCATGATCTCTTTTTCGATCTATTGAAGGTGACTATACCAGAAATAGA
TTTTCGAGAAGCCAGGGGTGCTGTCTCTTTCTCGGGGCATGCAGCGTCTA
GTTCTGCTCCACCTTCAAGACAAATTCTTGCTGGTCAAGGAAAACGACAG
AAACAAACCATTGAGGCAGACCCTGATCATAACCACTCTCAGAAGTCGCT
TTCTCGTGCATCCCATACAAATGAAGACTCCCGGACTAGAAGCCACATAC
CTCAGAGGGAGACAAGGTTTGGAAGCAGCAATAGTAATAAGGAGTCCGGC
CAGCATGAAGATTCTCGACTCTTTGCCCATCCAGGAGAGCTGGTCATTTG
TAAAAAGAAGAGGAAGGACAGGGAAAAGTCTGTCATAAAGTCTGGAAATG
GATCTGCCGGCCCAGTGTCACCTGCTAGTGTTGGTCGTATTAGAAGCCCA
GGTTCAGGTTCAGTTTCAAAGGATGCCAGATTGACTCAGCAGGCTCCCCC
GCAGCAAGGATGGACCAATTCCCCTCAACAGGCAAATGACAGTCGTAGCG
GAGGTATTGGATGGGCAAATCCTGTGAAAAGAATGCGAACAGATACCGGA
AAAAGGCGCCCAAGTCAATTGTAACTTGTAAGCTTAGTTTATACCATAAG
AGAAAAAAAAGAGAAATTGTTGTTATTAGTTTCTGGTGGTGAATCTATAA
CCGGACTGATCCGGCAGGCGTATGTCCATAGTGTACACTTTCGTTTGCGT
TGTTACCTAATGCTGTAGTTGTTATAATGCTCTACAGATTTCTTGTATCT
GTGTAGGAAAAGAATCTGCTTGAGTCTTCTGATTAGATATCATCAATGAG
AGCTGCAGAGATTCTTCTAGTTTAAGTTATGTGTTGTTTTGACATGTAA

Sequence Length

7299

Sequence MD5 Checksum

ebc3a9c5e86f8b70707ce0e0dfcadfd3

Relationship

The XM_017379205.1 derives from mRNA XM_017379205.1
The mRNA XM_017379205.1 is a part of Gene LOC108208679
The XM_017379205.1.exon1 is a part of mRNA XM_017379205.1
The XM_017379205.1.exon2 is a part of mRNA XM_017379205.1
The XM_017379205.1.exon3 is a part of mRNA XM_017379205.1
The XM_017379205.1.exon4 is a part of mRNA XM_017379205.1
The XM_017379205.1.exon5 is a part of mRNA XM_017379205.1
The XM_017379205.1.exon6 is a part of mRNA XM_017379205.1
The XM_017379205.1.exon7 is a part of mRNA XM_017379205.1
The XM_017379205.1.exon8 is a part of mRNA XM_017379205.1
The XM_017379205.1.exon9 is a part of mRNA XM_017379205.1
The XM_017379205.1.exon10 is a part of mRNA XM_017379205.1
The XM_017379205.1.exon11 is a part of mRNA XM_017379205.1
The XM_017379205.1.exon12 is a part of mRNA XM_017379205.1
The XM_017379205.1.exon13 is a part of mRNA XM_017379205.1
The XM_017379205.1.exon14 is a part of mRNA XM_017379205.1
The XP_017234694.1 is a part of mRNA XM_017379205.1

Database Reference Annotations

Analysis

Is Analysis

False

Is Obsolete

False