FB2026_03 , released September 17, 2026
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Ye, B. (2016.8.19). UAS-Dscam1 constructs associated with Kim et al., 2013 (FBrf0221817). 
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FBrf0233383
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Personal communication to FlyBase
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The following information accompanied stocks donated to the Bloomington Drosophila Stock Center by Bing Ye:
1) P{UAS-Dscam1.A-17.2-19+23GFP} (FBtp0036989), and not P{UAS-Dscam1.A-17.2+19+23GFP} (FBtp0036987), was used in Kim et al 2013 (FBrf0221817).
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2) Rename the following constructs used in Kim et al (FBrf0221817) so that they follow the same nomenclature as used in Wang et al 2004 (FBrf0180573):
P{UAS-5'UTR-Dscam1.TM2-GFP-3'UTR} (FBtp0092266) -> P{UAS-5'UTR-Dscam1.A-17.2-19+23GFP-3'UTR}
P{UAS-5'UTR-Dscam1.TM2-GFP} (FBtp0092265) -> P{UAS-5'UTR-Dscam1.A-17.2-19+23GFP}
P{UAS-Dscam1.TM2-GFP-3'UTR} (FBtp0092267) -> P{UAS-Dscam1.A-17.2-19+23GFP-3'UTR}
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3) P{UAS-EGFP.Dscam1.3'UTR}attP40 is a transgenic line carrying the same construct used in S2 cells in Fig 5B of Kim et al. 2013 (FBrf0221817) - UAS drives EGFP fused to the Dscam1 3'UTR.
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Related Publication(s)
Research paper

Dscam expression levels determine presynaptic arbor sizes in Drosophila sensory neurons.
Kim et al., 2013, Neuron 78(5): 827--838 [FBrf0221817]

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    Alleles (4)
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