XM_017362167.1

Gbkey
mRNA
Gene
LOC108195213
Model_evidence
Supporting evidence includes similarity to: 9 Proteins, and 99% coverage of the annotated genomic feature by RNAseq alignments, including 11 samples with support for all annotated introns
Name
XM_017362167.1
Organism
Daucus carota subsp. sativus
Product
non-lysosomal glucosylceramidase-like, transcript variant X1
Transcript_id
XM_017362167.1
Type
mRNA
Unique Name

XM_017362167.1

Sequence Residues
AAGGAGGGAGTAACAGGAAAATAGGACCAACCAACATCTTCCCTCCTTTC
TCTCCCTCTGCATACGTTTTCATATAATACACACATACACACCTGTTCCA
TGCTTATTTTCCAGCTGTTTGAATATTCTTTTCTTCAGCTCCTACTTTTT
GTCAACACTTTTGAACAAAACCTTTGATACCCACTTCTCAAAATTCAATC
TTTTTTACCCAATTTGAGTTTTTGATCCTAAACTATCTGACCCACATTCA
CTTTTCTTCTGATAATTAGGCCAAAACCCTAGTTCTTGAAGTTTCAGTTG
TCAATTCCCGTTTTTTGAGTTATCTGCATATAGCTCTTGTGTAATTCGGT
TTAGTTGTTCAAGTTTTTGGTGTTTTTGCTCTAAAGTTTTAATCTTTGCA
AGATTAGCATGTGATTTTTGCTTTGATCTATGATTTTGAGCTGAAATTTG
AGGCTCTTGAGTTTTATATATGTGTGTTTATGTGTAAATAGATAGATAGA
TAAAAGTTAACTGAGGATCAGAATTTTAAGTATTTAGACATGGTTAGTGG
AAGTATATTTCAATATCGAAAGAGTTCTTGGCCACCCGAAGAGTATGTAA
GCAAGGCAACTTTGGAATTGCTTGATTCTGATAGCTCTGCTCTGCCAAAA
TATGCATGGAGAAGGAAATTAAACAGCCATGCTAGTATTCTTAAGGAATT
CAGTGTTACATTTACGGAGGCAATAAAAATGGTTCGACTTGGTATACGAC
TGTGGTCATATGTAAGGGAGGAAGCCTCTCAGGGAAGGAACGCACCAATT
GATCCTTTCACCCGCGTAAGTTGCAAGCCATCAGCATCCCTAGGGGTTCC
CCTGGGAGGGATGGGAAGTGGTAGCATATCAAGAGGTTTTAGAGGTGAAT
TCAGAAACTTTCAAATTGTTCCTGGTACCTGTGACACTTCTCCTATCATG
GCTAATCAGTTCTCTATTTTTATATCTCGAGATGGTGGAAGTAAAAAATA
TGCATCCGTCCTATCTCCAGGGCAACATGAAAATTTGGGGCAATCTTCGT
ATGAGGGTCTGTCTTCGTGGGATTGGAATTTGAGTGGCCAGCATTCAACA
TATCATGCACTTTTTCCAAGGGCATGGACGGTATATGATGGTGAGCCAGA
TCCAGAACTGAAAATATCTTGTCGCCAAGTATCGCCCTTTATACCACATA
ATTACAAGGATAGCAGTCTTCCTGCCACCGTTTTTGTTTACACGCTGGTC
AATACTGGAAAGGAAAGGGCAAAAGTCAGTCTTCTTTTTACGTGGGCGAA
CTCAATTGGAGGAATCTCACACCTATCTGGAGATCATGTTAACGAGCCTT
TTATTTTTACCCTCTTTTTTAGCGCTGAAGATGGAGTGTCTGGTGTACTT
CTACATCACAGAACTTCAAAAGGGAACCATCCTGTTACTTTCGCCATTGC
AGCATGTGAAACTCAGGATGTTAGTGTTACTATTTTACCATCTTTTGGCT
TGTCCGAGGGAAGTTATCCTACAGCAAAAGCCATGTGGGGCAAAATGGCA
CAAGATGGGTGCTTTGATAAAGATGAATTTGATGCTGGACGAAGCATGCC
TTCATCACCTGGAGATACACGTTGTGCCGCTGTTTCTGCTTCAGCTTGGG
TTGAGCCTCATGGGAAGTGCACAATGGCATTTTCTCTTGCATGGTCTTCC
CCCAAAGTTAAATTTCGTAAAGGAAAATCTTATCATAGGAGGTACACAAA
ATACTATGGCACATCTGAAAGGGCTGCATCAAATTTAGTCCATGATGCAC
TAACAAATTACAAGCAATGGGAAGAAGATATTGAGAGATGGCAAAATCCT
ATTCTCAACAATGATAGACTACCTGAATGGTACAAATTCACGTTATTTAA
TGAACTATACTTTTTGGTTGCTGGCGGGACAGTTTGGATTGACTCTGCCT
TGCCGGCTGCAGACATTGGCTCTGATCACCCTCAAACAAAGAAAGTGGTG
AAGTGCATAAATGATGCAGTCGATGAAAGTTCAAAAATTTATGGATCTGG
TTGTAGTATGGAGGATGGATCAACAGGTGATGTTGAAAGCACCCATACAG
GATGTTCTGATGAAGAGGATTCAGATAAATCCCAGGGAGAAGACTACATT
AAATACCCTTCTCATGAAAACGATATTGATGATGTTGGTAGATTTTTGTA
TCTAGAAGGTGTGGAGTATATTATGTGGTGCACGTACGATGTTCATTTTT
ATGCATCTTTTGCGCTCCTTGAGCTGTTCCCCAAAATTGAATTAAGTATC
CAGCGCGACTTTGCAAACGCGGTGTTATTGGAAGATAAACGGAAAGTAAA
ATTTCTATCTGAGGGCAACTGGGGAATCCGTAAAGTTAAAGGAGCAGTTC
CCCACGACCTTGGAACTCATGACCCCTGGCATGAAATGAATGCATACAAC
ATACATGATACTAGCAAGTGGAAGGATCTCAACCCGAAATTTGTGCTTCA
GGTATATAGAGATTTTGCTGCAACAGGGGATTTGTCATTTGGATTAGATG
TGTGGCCTGCTGTTTGTGCTGCAATGGAGTACATGGAACAGTTTGACCGG
GATAATGATTGTCTCATCGAGAATGATGGATTTCCAGATCAAACTTATGA
TGCTTGGACAGTTCATGGTGTAAGTGCGTACTGTGGCTGCTTATGGGTTG
CTGCACTTCAAGCTACAGCAGCAATGGCTTTGCAACTGGGTGACAAATTT
GCTGCAGAAAGATACAAAATTAAATTTTTAAAGGCAAAATCAGTGTTGGA
AGAAAAATTGTGGAACGGATCATATTTTAACTATGACAGTGGTTCAAGCA
GTAACAGTAAATCGATCCAAGCTGATCAATTGGCTGGGCAATGGTATACA
GCATCCTCAGCATTGCCAAATCTTTTCGACGATTCAAAAATTCAAAGCTC
CCTTCAAAAAATTTATGATTTCAATGTTTTGAAAGTCAGAGGAGGAAGAA
TGGGTGCTGTCAATGGGATGCATCCTAATGGAAAGGTGGATGATTGTTGC
ATGCAATCTCGTGAAGTATGGACAGGGGTCACCTATGCTGCAGCAGCCAC
CATGATTTATGCTGGTATGGAAGAACAGGCTTTCACTACAGCAGAGGGTA
TATTCTATGCAGGCTGGTCAGAGGATGGATTTGGATATGCCTTCCAAACT
CCGGAGGGGTGGACTATGGACGGGCACTTTCGATCTCTAACATACATGAG
ACCGCTTGCCNGGATGCAGTGGGCTTTATCTTTCCCTAAAGCCATTCTTG
ATGCTCCTCATGTTAATATAATGGATAGAATTCAGCTGTCTCCGCAGATT
GCCCAATCTCACCATGCAGAGACTGGTGTTAGAAAGATAGCCGAGACAGG
AACATTCTTCAGCAATTCAGTGTTTCAATGCGCATGCTGATTTTCACACT
TATTATTCTCTTTTGTTTTTTCAAGGTTCCAGACAGAAACCAAGAAGTTT
TCTGGGAAGCAGTGAATGGAACTCTGGGCTTGAAATCTGCGTCTGAAGTT
GGATTTTTTATTGCTTAAATTGTATTAGTATAGTTCGAAACTCTATATTT
AGCTTGTGCAAATATATGCTCTGAAGCTGGTGTATTAAGTTTTAAAGCTA
GTGTATTCAGTTTTTAGGTCCTATCAATTGTAAATGTGTATAGATCCCAA
TTTTTTGTGTCCAGAATTCAGACTCAACGATATTCAAAATTCCTTCTCCA
GAATTTTACATTTTA
Sequence Length
3765
Sequence MD5 Checksum
e700477059f3920f2ef66b34c445887d
Relationship
  • The XM_017362167.1 derives from mRNA XM_017362167.1
  • The mRNA XM_017362167.1 is a part of Gene LOC108195213
  • The XP_017217656.1 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon18 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon17 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon16 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon15 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon14 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon13 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon12 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon11 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon10 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon9 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon8 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon7 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon6 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon5 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon4 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon3 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon2 is a part of mRNA XM_017362167.1
  • The XM_017362167.1.exon1 is a part of mRNA XM_017362167.1
Database Reference Annotations
Analysis
Is Analysis
False
Is Obsolete
False