FB2026_01 , released March 12, 2026
FB2026_01 , released March 12, 2026
Transcript: Dmel\E(bx)-RF
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General Information
Symbol
Dmel\E(bx)-RF
Species
D. melanogaster
Annotation Symbol
CG32346-RF
FlyBase ID
FBtr0301349
Feature type
mRNA
Associated gene
Dmel\E(bx)
Evidence Rank
Length (nt)
7362
Evidence Score
Genomic Location
Genomic Maps
cDNA Clones Consistent with the Transcript ( 50 )
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
        TAGCTATGTTCAAAACTGTAATGTTAGGTAAAAGTCTCTTTCGCAGTGTGCTGAAGATAGTTAAAAATATTAGAATATAT
CGTGTTAAATCCTGTGCAATTATTCCGCAACATGCTGGATCTAATGTGCAGCCTCGCAGCATTAACTTGGAACAATATCT
GAGGAGAGTACCCCCACGCACCCCTGCACACAGCCAGATAAATACGCAAGGCGAAAACAAACAAGATGAGCGGTCGCGGC
AGCCGTAAACGTGGACGTCCGCCAAAGACGCCCAACGAACGCGCATCAGGACGCTTCAATTACCAGCTTCTCAAGAAGCC
GAAGTATCTCAGCGAGGGAAAGTCGCAGCCCAGCACTCCGTCGGCATCCAGGGGCATTTCTCCACAGAGCGACGAGGGCA
GCAGGAGCAGCCACAACAACCACACCAATCGCAGTCGCGGGAGCGCCGCTAAGAGGGGACGAGGCCGCAAATCCGCCGTG
CAACCGAACACCAGTAGCTACTCTGGAAGGAAAGGGTACGAGTCGGAGTATCACTACGGGTCAGATTTTGGGGATTCCGA
AGAAGATAAATCCGATAATGAGGATGATATGCTGCTTACTCCCAGCGACGACGAGAGCCTAGAAGTAGCCAACGAGAGCG
AATCAGAGTTTTCCGTGTGCAGCTTTAACCAAAATGGAGTTGGTCGGCCGCCACGTCCTCCTAGCCCAGAACCTGTGTGG
CTGCAGGAAGGTCGTCAGTATGCAGCGCTTGATTTGCCGGACTCGTCGGAGGATCTTTTCATTGCTAATACACACGTTTT
GCGCGCGCTAAGTATCTATGAAGTACTGCGACGATTTCGCCACATGGTCCGCCTTTCACCATTCCGATTTGAAGACTTGT
GTGCAGCGCTGGCTTGTGAGGAGCAAAGTGCATTATTGACGGAGGTACACATAATGCTGCTTAAAGCGATTCTTCGAGAA
GAGGACGCGCAGGGTACACATTTTGGCCCGCTGGATCAAAAAGATACGGTTAATATAAGTCTTTACCTGATTGACTCTAT
AACGTGGCCGGAAGTTTTGCGAAGCTATGTAGAAAGCGATAAGACATTTGATCGCAACGTGTTTCACATTTTAAGCCACA
CTGAATACCCTTACACGGGCATTGACAACCGGCTTGAAGTGCTCCAGTTTCTGTCAGATCAATTTTTAACTTCCAATTCT
ATACGAGATGTAATGCTGCAGGAGGGACCTATTCATTATGATGACCATTGCCGAGTGTGCCATCGGCTCGGTGATTTATT
ATGTTGCGAGACGTGCCCTGCTGTCTATCATTTGGAATGTGTAGACCCGCCAATGAATGACGTACCTACTGAGGATTGGC
AGTGCGGGCTTTGCCGCTCGCATAAGGTAAGTGGCGTAGTGGACTGCGTGTTGCCACAAGAAAAACAAGGCGTGCTAATC
CGGCATGATAGCCTCGGTGTTGATCGTCATGGGCGCAAATATTGGTTTATTGCACGTCGCATTTTTATCGAGGATCAGGA
GAACTTTACATGCTGGTATTACAGTACGACAAGTAAGTTAAAATTGCTGCTCAGTCGACTGGACGCCGAAGAACTGGAAA
CTCGTCTGCATAGCCAGATTACAGAAAGGAGAGACGAAATCGAGCGCCAAATGAAACTGACTGAGACCTTAACCAATGAA
CACAAACACACGAAGCGTAGTGTTATCGAAATCGAACAAGAGGCTAAAAATGAACTTTTGGAGAAAGAGGTGCTTGACGA
GGATGAAAAAGATGGTGATGCTAAATCTGAGAGTCAATCTATAGAGGGAACAAAAAAACAAGAAGAATGTAAAATGGTCA
CGCGTCAAAAATCCAATCAGCTGACTAATGGTACTTTGCATTTTAAACTTGGCATGGAGCAAGGATTTAAGAACTATGTC
AACCAGTATTCAACAAATCCAATTGCACTCAACAAGCCGCAACGAAACGAGGAGCGAGATAAGCGACGCCATCTGTCCCA
TAAGTTCTCGTTAACGACGGCTTCTGACTTTAAATGGATCGGTATAACCATGGGAACTACTGACAATATGATAACAACTC
TAAGGCAAACATTGATAAACTTCGAATCCAATATAGCAGCTTCCTTTTTAAATATTAACTGGGTAGTTAACAAAAAAATT
TGGAATGCTGCGGTGATGAACGCCCGTCGACCTTCTGAATTTGCGGTAGTATTGTTACTTTTTCAAGCGTCCCTTAAGAG
CGTTGTTTTTGCCAACGTCTGGCATGAGCAACTCGGACACACAACTTTGCAACGCATAACTAGTGCCGAACGAGAGGAGC
GAAAAAAACTAGAAAAGCGAGAGAAGCGCGAGCGGGATGATGAGGAAGAACGTAATCGCTTAGCATTTAACTACATAAAG
TATACCCTGGGTCTCAAACATCAAGTCTGGAAGCAAAAAGGAGAAGAATACCGGGTCCACGGGCAATGGGGCTGGCTTTG
GCTCTCAAGCAGTCGACGCTGTGGTGTTCGTGCACGTCGAGCCCAACCTCTAACACACAATAGAGTCTACGTACATTACA
CCATGGGAGAGGAAAACGACGTAAATGAAATTATTTTAGTCGACCCACGCACCCAACGGTTTATGCAACAATGTGAGTCA
AGCAATGTCGATGGTCAGGTGTGTCATTATTTACCGGACCAATATAAAAATGTGAAAGTTATAGAAGATGTTACGGAGAA
AATCAAAGGGCACATCGACGTCAGCAAAGCGCTAAATGCTCCAGGCCGTACTTATTATTCAAAAGTGGCTCGCAAATCTA
GATTAGATGACTTATTGGATCGCCGTTTAAAGTTGGCCGAGGTCGAGGAGCAGATGGCTTCTAAAATTCCTTCTGATATG
AAGCCGCTTCTTGTTTCTTCCCAAAATAATACAGCCAACAGCAAACAAACGTTTCTAGAGAAGCGTTTACTTCGCCTTAC
TGAAGTCCAAGCAAAGGGGGGTCCTGCAAACGTAAACTTGGAACTTGTTAATTCGCTGGCTAAACAAATTCAAACCGTGC
GCTTACAATTTAGTCAGCTTAATCGATTTGCTAAAGTTTTTCGTTGTTATACAAAGGAGTGTAACACCAATTCAAATGCT
GTCTCTCAAATAACCCAAAATACTTGCTACTCTCCCTTATGTCTTCAAAAAGCTCGGGCCAAAAAAGAACTTCTTTTGTT
GTTACGAAAGGCGCATACTGCCGGTAATGGCTCAAAAGAGACAGTTGCCGCTATTTTGGGCGCTGTTAAAAAGCCATCTA
TTCTCGAGCAGAAGCTGACGGAGGGTAAAAGAGAATCCACTCAGGTGGCCGTGGATGATTCTGAAGAGGGGAAGCCAGCT
GAATCCGAAGCGCCGTTGGATTTACTTCAAGATTGGGAACATGCACGAGCGCACGCCGTTCCTTTTAGCGATTCTTTATT
GACCGAATGCATCCTGGTTGACCAGGAGTGCGTAACCAACACGAAAATTAAACAAGAGGTGAATGCCAGTTCCGGATGCA
ATACAACTCCTGACTCGAACACACAAGACTCCGATAAAATAGACTATATTGAGAGTATGGACGTTTGTAGTAATGTTGAA
ATTGAGAGTACCGAAGATTCCATTGTTACGGGCTTAAACTCTGGTAACGCTGAAGATGTCGATATGACACCTGGATGGCG
GCGAAAGCGTAACCAGAAATCGAAAAAAAGCTACATCGGCACTAAAGATGTGTTGGATCAGACGTTAGACAAGGATATAC
CACTTAACAAACAGAACCGCAGATTTCCTATTACTGCACGTCCGGTTAAGCGCGAATGTGTCAAAAAATACGAACGAGAG
ACATTTGAGAATGGAAACGAGCGGGTCTATTCGACTAGTTCACCTCGGGGTCGTGTATACCTCCTTAATGATGCGGCCAA
GTTGTATGAGCAAGCTGTCAAAACTGAGGATAAGTCAACGATAACTAAAAAGCCATCATACTCTCGGTATCCACTTATAT
CCAATTTTCTTACTCATAAAAAAAAGCGTAGCCTTTTAGTGCTACCACGATTTGAGCTCCTGAAGCTGGCTCGTCTGGGT
GGAAAATCATCGACAAATGGTTTTCATCACGCTGCGAAAAATAACACAATTTGGCAGTATCAGTGCTCGCGTCCCCTCTT
CCGAACCTGCTGGTCCTACAGAACATCTAATGCCACGTCCTTATCCAGCCTAGCACTTCAGCTTCGAATATTGTGGTCGT
GTCTCCGCTGGGATGACATGATAGCAAAGCCCCCATCCACGGATGGGAAGCATCAGGTTACTACGGATACTGAAATTGTA
ACATTGGAATTGCTCAAACTTCGGCACTCAGGACGCTATGGTGAAAAAACAAGCTATTTGCGACGAAAAGTTGTTATTCC
ACTTGAAATGCCGAAGACTGTAAGAGAAGTAACATCCATACGGTCCGGACTGCGAAAACGAAAGCGTGCTGAATCTCCTC
AGCCAACCGAGCCACAAATTACCGAGGAATGGGTCGACGAAGATAAATTGGAGTTATGGGAAATTAAATTTATGGGAGAA
AAACAAGAAAAGGCACGCCTATCAGCTGTTACGCGATCTGTAGCATCCCGTCAATTGGAGGCAAGTGGTAGTAATGGTTC
CAACACTTCAACTAATGGAGCTCTTGGCGTCGCCGGACGCGTCCAACTGGCACCCAAGTTGAGTGAAGATGTTAAAGAAA
AAATGGAACAACAATTAAAATTACAGCGCGCTGTTCATCAGCAGAGAAAATTGGTTGCAACTGGCGAAATAACCCGTTCT
GTGACACCAGTTAAAGGCCAAGTTATCGGTAGCAGGCGTGTCATTGTTAAAAACCCTGATGGCACAACTCGAATTATTCA
GCAGGCAGTAACACAGGTTTCAAGAACAGGAGGAGCTAATACTGCAGCAGCAGCTGCTTCACCTACTGTAGGAGGCTCGA
CAAGCACTCAATCAAATCCATCCACATCTACACCGCATAAAGTACAAATTATAAGGGGCCCAGATGGCAAAGTAAGCGTA
CGCGGGTTGAATCCTGGGCAGCAGCTGGTTCAAATGCCGGATGGAAAACTCCATGTGCTGACTACCACAACATCTTCAAA
TTCGGCGGGGCAAGGAAACAAAATGAAGGTTCCCATTAAGCCAGCTTCTACTTCGTCGTCACCGGCAATCAGTTCAGCAC
AGACTACTACAAATCCAGTGACGCCAGTGATAAAGCAAATTGCAGTTAAACATGTCACGAAAAATTCTGCGACCCAATCC
ATAGCATCATCCTCGCGCGTAGCCTTACCGCTTGCTCAAATTAAGAATAAGTTGTTACTGGCCCAACAGCAGCAGCAATC
AACATCTTCATCACCAGCAACTTCATCATCCCCTGTGCAAAAGATAGTGTCGAAAGTGGTTAACACTAGTACCTCTGGGC
AAACTCTACAGCAAGTATTCGTACAGTCTGGGTCAAAACTGGTAGTGGGCCAAAATGCACAAGGGCAAAAGGTTATTATA
TCTACATCGGCGGCACAACAGCAAGGAACATCACCGGTTCAACAGCAGCAACTAGTACAATCGCAACCAATTCAGCAGTC
ACCACAACAGATCTCCATGACACAGCAGCAGATAGTAGTTGGCGGTCAACGGATTATCTTAAGCCCCGGTCAAACTATTG
TTACTCAGAGGAATGTGCCGCAGAGTCAAGCATTGCAGATGGTTCAGCAGCAGATTCAAACCCAGCAGCAGCAGCAACAA
CATCATGTCGTCCAGCCTCAGCAACAATTCGTTGTTCAATCAAACCAAATTGTACAATCTTCGCCAAGTGCACAAACCAA
ACTGGTTAAACAGCTTGTGGTTCAACAACAATCGCAGCAAACCATTGAAGAAAAAACGCAAATCACCACGACTGATAGCA
ATGAAACTGGCACACAACAAGTCTTGGTTCCAAATTCAACTTTAGCCCAGCAGTTAGCACAGGGCAAATTGCAGGTGGCA
ACAGTGAATGGGCAACAAGTAATCGTAAAACCGTTGGGAAATAATCAGGCTCAAATCGTGGCACATATTAAACACCAAGG
TGATGGGAACGCTCACATCGTTACAAGTAATTCAGCTACTGCAGTACCTCAAGCTAACCCGCAGACCTCACCAGTCAAGC
AACAGGCTCTCCCACCACAAAGTCCACAACAAGTCGTTGTGCAGCAGCAGCAAATACATCAACAGTCACCCACAAACTTC
GAAAGTGGCGTTACCCCAATAACTCAGCAGCCGGTTCTCACCCAGGCTGTCCAGGCTCCAGCCCAACAGCAAGCCTTGAG
TGTTGAGGAAAGTCTTCTGCAGAATCAGCCGCCTGGAACAGTAATTAAATGTGTCACCGCTCAAGTATTGCAAACCGAGC
ATGGTCCACGTATAGTATTGCAAGGCCTGGTGGGCAACGATTTCACTGCACAACAACTGCAATTGGTGCAAACGCAGGTG
AAGCAGCAACTAATGAAGGCTCAAGAGTCAAATGGCAAACTTGGTGTTCTAGGCCCAACAAAAATATACTTGGCGGTACA
GCCGGAAAATGCAGTTCAATCACAGCCACCTCCTCTAACCCCTGTTCACCAATCGGCTGCGCATCAGCAAGTGAGTAGTT
TTTAGTTATAATTATAATGTAAAAGTATAAATGAGGAATAGGAACAGGACTGTGAGGGTTGCATTTGCTGATTCTCGACC
GAAATGCCAATTTGTTTTTTGTTCCATCCTACGTTTAAGTTAAGTTTTTTATTTATTCAACCCGAGCGGCATGTCGCTGC
TTCACTTGCACTTTCTATACGTTTCGTTTGGTACACCTAATTTGTTTGTTTGTTGTATTTTAATGAACATGAATTGAATA
CATTGCGTTTCCTAATTTGTATACATTCCTAAGCTGTAAACAATAACTTATAGTTTCCAAGTACAGCAACAGACTTATTG
AAATATGAACCAAGGCTTACTATTGCAAAATAATTATTCAACAAGCAATTCTCCACACAGGAGCTCGATATTTAAAAATA
CATGATACCGAATAATTACTTAAATATGTCATATTTATTTTGTTTACATAATTTAAAAAATATAAAAATGTATTTAGCCT
AAAAGTGTGAATACCTTATTAAATATAAGTAAATATTACATAGTGAGTAGGAAGCACATTAAGCTTATTAACTTAACAAT
AATCCAGACTGTCACCTAATGTTAAAAACCAAGGCAAAAGTATTAGAACAACTTTGCTCCGATTAGCTTTTCTTGCCTGA
GGGACATTTGGTTTCTTAGTAATACATCGAATATTTGTAAATTGTAAAGCGCATTTTGCAATAAAACCTATTATGCAACT
AC
        Other Products of this Gene
        Other Transcripts
        Name
        FlyBase ID
        Length (nt)
        E(bx)-RA
        FBtr0072521
        9020
        E(bx)-RB
        FBtr0072522
        8960
        E(bx)-RC
        FBtr0072523
        7834
        E(bx)-RE
        FBtr0301348
        8975
        E(bx)-RG
        FBtr0332101
        8652
        E(bx)-RH
        FBtr0332102
        9296
        E(bx)-RI
        FBtr0332103
        8605
        E(bx)-RJ
        FBtr0332104
        8517
        Polypeptides
        Derived from THIS transcript
        Name
        FlyBase ID
        Length (aa)
        E(bx)-PF
        FBpp0290563
        2139
        Derived from OTHER transcripts
        Name
        FlyBase ID
        Length (aa)
        E(bx)-PA
        FBpp0072421
        2669
        E(bx)-PB
        FBpp0072422
        2649
        E(bx)-PC
        FBpp0089425
        2159
        E(bx)-PE
        FBpp0290562
        2669
        E(bx)-PG
        FBpp0304411
        2163
        E(bx)-PH
        FBpp0304412
        2761
        E(bx)-PI
        FBpp0304413
        2668
        E(bx)-PJ
        FBpp0304414
        2669
        Comments

        Transcript terminates at site supported by polyadenylated cDNA.

        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
        E(bx)-RF
        Secondary FlyBase IDs
          References (0)