FB2026_01 , released March 12, 2026
FB2026_01 , released March 12, 2026
Transcript: Dmel\NAT1-RD
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General Information
Symbol
Dmel\NAT1-RD
Species
D. melanogaster
Annotation Symbol
CG3845-RD
FlyBase ID
FBtr0334772
Feature type
mRNA
Associated gene
Dmel\NAT1
Evidence Rank
Length (nt)
5618
Evidence Score
Genomic Location
Genomic Maps
cDNA Clones Consistent with the Transcript ( 202 )
cDNA Clones, Fully Sequenced
Exact Match
    Contained within the annotated transcript, internally consistent
      End(s) extend beyond the annotated transcript, internally consistent
      cDNA Clones, End Sequence Only (ESTs)
      Contained within the annotated transcript, internally consistent
      End(s) extend beyond the annotated transcript, internally consistent
      Sequence
      Sequence Downloader
      ATCGATTTTTGTTCCAGCTCTATTTCGTGGAACCTTTGCGTGATTTGCTATACGAAATTACTCAAGAAAAGGATTCCCTA
AACGCAAGGCCATACCCAGTGTGACGTAACGAAACGGAGAGACGAATCCCAGGTGTTACCACGCAGGACTTGTTACTTCT
AGCCTAAAGGAACCAACCAGGAAGAACCGAAATCGGAAGGAACAGTAGCAGAGTTGGATAAAAAGCCAGCACCCATAACC
CATAACTTGTCTCTGTGTGCGTACGCGTGTGTGTGTTAGATTTGTGTGCGTTTCGTCGAGTGTCCCCAAGGATCATCAGA
ACCACAGAGCAGACGAGGAGGATCTAAGACCCTTAACTAGGATCCAGATCCCCAGAAAACGGGGAAACCAACCAAGACGC
CAAGAGTAGCCCACTCCGTGCCACCCAAGCACGCACCCATTTCGCCCCCGAGTCGATCAAGAAAAGCATCCACCATTCCT
CTATCAACGTACGACGCCGCTCCCCTTTTGCACTCTTACGACGACAGTCCGCAACGTTGGTCCGGAGTCACCAACGGGCA
CCAGGCAGGCGTCATCATAGATCAGTTTCGGGGCGGTAAAGCGATCATCATTGAGGGAGGCACCAGCACCGGTGATACGA
AGAGCATCGGCGGCGGCAGCGATTTACGACTGGTAATAACGGCCAATCCCAGCGAGATCGAGCGCAATTACGAGCAGCCA
ACCAATCGCGGTGGTGGCGGAGGCGGCGGCGTTATCGGCGTCAGCTGCGGTGGCCAAACCCCACCGACACCGTCGGTCGG
CAAAACACTGCTCAACACCAGTCCCAATCTTCTGCCGATCACCACAGCGACCGATACGTTTAACAACCTCAAGAATCTGG
TGAAGATCGACAAGGGCTCCTCGCCATCGTCAGGATCGAATTCGCTGGGCGGCAATTACCGCAAGGGCGGCTCTAACGGC
TCAGGATATAAGAGCGCCGGCGGCAACGGAGGATCTCCGGCCATAAGCGGCAACAGCGAGGGCGGCAGGAACGGCAGCCG
ATCATCTGGTGGACCGACCGGACACTTTTCCACTGGCTATAGTAAGAATTCCGTCAAAATTCGCCAACACGACAGTGAGG
TGAGCCCAAGACCTCGACGATCTTACCAGGGTGACTCGTCGTCGTCGCGTTACTATCCAAAGAATAGTGACATTTTGGGT
CAAGGCTTAGGCGGCAACTCCGACAGCTACAACGGCAGTTCCTCTTCTGGTAGATACCAGCAGCAGGATCAGCAAGGCGG
ATCGCATCGTGGTAGTCGCAGCAACTATCACTCAAACTCCGATGGCAGCTACAATCGATCAATAAACTCAAACTCCGTGG
GAGGAGGAGGGTCTGGGGCAGTCGGCTCTGGAAGCGGTGGCAGCAATTATCGCTCCGCCCGCAACTACGAGAACGGCAAT
GGGAGCAACGGCACACAGCCACGTTACGGCAGCGGCAACGGGAACGGCAACAGCAGCAATTCCAACTCTTCATCCGGTTA
CAACGGATCTGCAGCAAGCTCAACCAACAGCAAGTCGTCGTATGGGGCTTCGCGCGGTGGCAACGATGGAGGCGTGAGTA
GCGGATACAGCAGCAACTACCGCGACAACTACGAGGATTCACCATCGCACCAGCGCTACAACAACACCAACAGCCTAGAG
CGAAACGGAGGAGGCGGATCAGGGGCAGGAGCGAGCGGAGGACCCCGCAGCTACGGCAGGTCTGACGCAGATCGTTACGG
CGGAACCCCGTCCAGTCGCACACCCAATCTTCGCAACGGCAGTGCGTCTGCTCAGATCTCTGGCTCCACTTCCAATTCTT
CGAACATTTCTCTGAACTCCGGATCAGCGTCGGCCGCAGGAGGAGGCACTCCTCATTCTCAACAGCAGCAGGAACGATCA
CAGGCTGGCAAGGCAAGCACACCGCCACCGATCACCGGACGCTGGATACCACCATCGTTGCGTCCACAGCATGGACTCAC
CCAAAGCGAAAAGAACGACGCCGTCTTCCGGCGTGTGAGGGGTATTTTGAACAAGCTAACGCCCGAGAAGTTCCAGGAAC
TGAGCGATGAACTGTTGAAGCTGGATCTTAACTCTATTGCTATTTTGAAAGGCGTGATTTTGCTGATATTCGACAAGGCC
TTAGACGAGCCGAAGTACTCGTCTATGTATGCGCAGCTGTGCAAGCGACTTTCCGAGGAAGCCCCGTCATTCGACAAGGA
ACCAAGCAATTCGTCCACCTTCTTACGCCTGCTGATCGCGGTCTGCCGCGACAAGTTCAACAACCGACTCAAGCGCGACG
AGAACGACAACAGACCTCCGCCTGAAAATGAGGCCGACGAGGAGGAGCGCCGCCATTTGGCCAAACAGCGCATGCTCGGC
AACGTCAAATTCATCGGAGAGCTCAACAAGCTGGACATGCTGTCGAAGAACGTGCTGCATCAGTGCATCATGGAGCTATT
TGACAAGAAGAAGAAGCGTACGGCCGGTACGCAGGAAATGTGCGAGGACATGGAATGCCTGGCTCAACTGCTCAAGACTT
GCGGCAAGAATCTGGATTCAGAACAGGGCAAAGAGCTGATGAACCAGTACTTCGAGAAGCTTGAACGTCGGTCAAAATCA
TCTGAATATCCACCGCGGATACGTTTTATGCTAAAGGACGTAATTGAATTGCGCCAGAACAATTGGGTGCCGCGCAAATT
GGGCACCACCGAAGGCCCCGTCCCCATAAAGCAAATACGCTCGGATGACGACTCAATCATACGCACTCCGTTCCCCAATC
GCAATCGTGATATGCGCAACAATGATCGTGACTCGGACAGCTGGATGAATCGTTTCCATCTGAATATCCAGCCTGGCGGC
TATAATGACATGTTTAGCGGACTGAGTGTTACGGGAGCTTCTCCGATTGTCTCGCCGTTCGCTACGAGCAATCGTGACCG
AGACCGCGACAATCGCCAGTACAACAATCGAGGCGATCGCAACAGGGATCGCGATCAGGGCGGTAGCGGCGGAGCTAACT
ATGGCAATCGCTACAACAAGCACAACCAGAATGGAGGAGGCAGTGGCGGAGGATCCTCCAACAACCGGGACCGGGATGAT
TCGCGTAGGAATAACGATCGTGACAGGGATCGCAATGACGGACAGTATGGGGGCAATCAGCTGCTGGGTAGTAAGGAATT
GGCACCGAGGTTCAAACGCAACTTGATCACCACGAACCAGGATGCGGTGGAGAACTTGCAAATGCGCCCGGCAGCCAACT
CCTTGCTCTTCCGAGCGGCCTCCCAGAACCAAAAGTTTCCGGCTACGTTGCCCATGTCAACACCGCCCAATAGCAGCGGC
AGCAACAACCAGGGCAGCTCGCAGGGCCAGCTCTCGAACTCCCACTACCCTATGCTCGGCACGCCCACATCCCATCTGAT
CAATCCAACGCGTCCCTCGTCAACACCATCTGCTGAGTATGCTGATAACCGAACTCTTTTGGGAGTTCAACAGGAGAGGG
GATTGAAGGCCACCTCTTCTTCGCCGAACTTTTCATCAGGAGCGGAGAAGTTGGATTTAGACGGTCAGGCGGGCAGAAAG
GGATCGCACGACGGCAAAGATCAGGGCAAGAATGGCTCCGTGGAGAGACCAAGCACTCCGGCCGGCGGTATTGGCTCGGC
CAAGCAACAAAAGAAAGATAAGGGTCCCAACAAGGAGGAGCTGTCTAAGAAGGCCAGTCAGTACTTCAAGGATAGGTTCT
ACTACGATGAGGAGGAGGATGCAGAGGTGACGGAAATTGAGATCAAGGATATTGATGAGACAAAGACGGAGGAGGCCGAC
GCTGCTCCAGTTGAAGTCTCGGAGGTAAAGGAAGATGCTGCAATACCTGTGACCACTCCAGATCGCTTCACCAAGCTTGT
AGATGGTTTCCTCGAGCTTAAGCTGCCAGAGAAGGCGCTGAAGGATGTGTGCATCAATCTGCTGATGGAGGTCTTGGACC
GTGTAAACGATGTCTTCTTGGAGCGTGCTGTGCGCCTTCTGCAGACATTGCGCAAGCAATCCAATATCAAGCCGAACATC
GTGGTCGAGATTTTCAAGCAGGTGGTCAACAAGATGAACGAGCGAGAGGCACTCAATCCCCGAATCGTTAGTCTTGTAGC
CAGCTTGCTGGCAAAGACAATTTGCGAGCCAGCATTGCTGAAGTTAAGCGATATCGCCAACTTCACGGACAATGGCCAAC
ACTATCCGCTGTTCCTGCTCGTGCTGCAGCAACTGGTCAAGGTCATCGGCAAGGATGCGCTGGAAGAGAAATTCCGGGCG
AGCAAAGTTGATCTTATGAACAGCCTGCCGGAGGCGGATCGGAACAAGGAGCGCTTGGCCGGGATACTCGAGGATCGCAA
GCTTTCTTTCCTTTATCCGCTATTGAAGGTACAGGCCGAGATGCTAAAACAGCTGCAAAGCGACCCGAACCCCAACAACT
TCTACAAGTGGATCAAGGCCAACGTTGACAACAAATACTACAAGGACCCGGGCTTTATCCAAGCCCTAATGACCGTGGTG
GTCAAGTATGTGACCAAGGAGACGACGCTGGCGGACAACCTCGACCCCAAGGAGCACCCTGAGAAATCGGTGACCCAGAA
GGAGCAACAGCTGCTGGAGAACTACAGCCAGATGCTGCAGACCTTCCTGGGACAGAACGAGCTTCAGTTGATGGCTCTCT
ATGCTCTGCAAACGTTCTGCTACAATGAAAATTTCCCCAAGGGCATGCTGTGCCGTTGGTTCAAGTATCTTTACGAATCT
GAAATTATAGAGGAGGAGGCATTCGTCCTGTGGAAGGAGGAGATTTCCGACAAATATCCAGGCAAAGGATCCGCTTTGTT
CCAAGTGAACGCCTGGTTGACTTGGCTGCAGGAGGCCGAATCTGAGGACGATGAGGATTAGAAAGCAACGCAGTCCCGCA
TAATAACAGCGCTATATGTTTATCACTTCCAATATTTATTCACAAATCGATAATGATTACATGATGAAAAACAACAAAAC
TAACAAAACACGAAAAATAAGAAACAAAATACCATCAGGGTGGAAGTTTGAAATCGCGGTTGCAAAACTTAGTCAAATTA
TAGTAAAAAAGAAAAACAAAACAAAAAAAATTAATCAAAATTATTTGATATCCAACAAATTCAAAGAACATTAACAATCA
ATTATCAATAAATAAAGCGCAATAGACGTCAAATATAACCGATATTTATCCATACATCATAATTCTCATTGACATTTCAA
GCATAACGAATAATTAGTGAATTTCATCTTTTTTTTTTAACATAACAACCGGAACTGATCTTTAAATCGAATAACGTTGA
TTTCAATTGCCTTTTTTTGGTACTCTCGACGATTTCCCTTTTGTGTATTTAAATAAGTAGGTCAAATCAAAGCGACAACA
TTAACATTATAGAAAAGGAAAAACCAATCGACGCGCGCCGAAGAGAGCAAAACAAAATCTGAATGTAATTGTGAACAAAA
TATCGTATATATGTATTTAACTCAACCAACGTAAACATTAAAAAACTCGCCCACATTAAATAGAGCCTTAATAAATGCAA
CCAACACTGCGAACGGCG
      Other Products of this Gene
      Other Transcripts
      Name
      FlyBase ID
      Length (nt)
      NAT1-RA
      FBtr0087786
      5618
      NAT1-RB
      FBtr0087787
      5594
      Polypeptides
      Derived from THIS transcript
      Name
      FlyBase ID
      Length (aa)
      NAT1-PD
      FBpp0306828
      1488
      Derived from OTHER transcripts
      Name
      FlyBase ID
      Length (aa)
      NAT1-PA
      FBpp0086899
      918
      NAT1-PB
      FBpp0086900
      918
      Comments

      Extended CDS supported by conservation across Drosophila species and data in FBrf0184018.

      Unconventional translation start postulated (AUU encoding Met); FBrf0184018; FBrf0218597, FlyBase analysis.

      Transcript terminates at site supported by polyadenylated cDNA.

      translation_exception: non_canonical_start_codon

      External Crossreferences and Linkouts ( 1 )
      Crossreferences
      RefSeq - A comprehensive, integrated, non-redundant, well-annotated set of reference sequences including genomic, transcript, and protein.
      Synonyms and Secondary IDs (1)
      Reported As
      Symbol Synonym
      NAT1-RD
      Secondary FlyBase IDs
        References (0)