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Uas lifeact ruby

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UAS-LifeAct.Ruby is a fluorescent probe designed for the visualization of actin cytoskeleton dynamics in living cells. It is compatible with various imaging techniques, including widefield, confocal, and super-resolution microscopy.

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2 protocols using uas lifeact ruby

1

Drosophila Genetics for Cell Dynamics

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All experiments were performed with D. melanogaster strains acquired from Bloomington or Vienna Drosophila Stock Centers unless otherwise indicated: HmlΔ-Gal4 (BDSC:30141), Cg-Gal4 (BDSC:7011), UAS-LifeAct.GFP (BDSC:35544), UAS-LifeAct.Ruby (BDSC:35545), HmlΔ>2xEGFP (BDSC:30140), Ubi::Cad.GFP, Srp>Gal4, UAS-GFP/CyO; Crq>Gal4, UAS-RedStinger (Weavers et al., 2016 (link)), sqh::sqh-3xGFP (Pinheiro et al., 2017 (link)), α-Tub-GFP (Grieder et al., 2000 (link)), DE-Cad.GFP, UAS-H2B.RFP/CyO (Huang et al., 2009 (link)), UAS-trpml-GCaMP.5T/TM6b (Wong et al., 2017 (link)), Hs::FLP; UAS-LifeActRuby/CyO, act::GFP; Act <FRT> Gal4, trpml1/TM6b (BDSC:28992), trpml2/TM6b (BDSC:42230), UAS-trpml (BDSC:27594), UAS-trpml-myc, trpml1/TM6b (BDSC:57372), UAS-TRPML1-HA; trpml1/TM6b (BDSC:57373), TRiP.JF01466 (BDSC:31673), TRiP.GL01524 (BDSC:43543), TRiP.HMS00521 (BDSC:32516), TRiP.HMS00437 (BL32439), UAS-GFP.zipDN (Franke et al., 2005 (link)), UAS-mypt75DF117A (BDSC:24099), Tub::Gal80TS (BDSC:7017), UAS-dcr2 (BDSC:24650), fab1 RNAi (VDRC:27591), and UAS-GCaMP6m (BDSC:42748).
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2

Drosophila Genetic Toolbox for Protein Localization

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The P(Mae-UAS.6.11)23 (link), P(BacWH)24 (link), P(EP)2522, and P(EPg)25 (link) enhancer-promoter lines on the X-chromosome were obtained from the Bloomington Drosophila stock center (BDSC). The following EP lines, inserted in the direction of the Fim gene expression were screened for eye phenotypes: P(XP)Fimd02114, P(XP)Fimd05016, P(XP)Fimd03334, P(EP)FimG10929. In addition, we used the following BDSC lines: the Fim protein trap line P(PTT-GC)FimCC01493, UAS-Syt::eGFP (BDSC_6926), UAS-Lifeact::Ruby (BDSC_35545), UAS-Act5C::GFP (BDSC_9258), UAS-mCD8::RFP (BDSC_32218), UAS-Pod1 (BDSC_8800), P(EPgy2)coroEY05114 (BDSC_19703), deficiency line covering Fim (FimDef) is BDSC_4741, and the FimXP (BDSC_ 19171) and Fime03892 stock was obtained from the Exelixis collection. UAS-RNAi lines, including the one used for IKKε (VDRC_103748) were from the Vienna Drosophila Research Center. The following Gal4 lines were used: GMR-Gal4, nSyb-Gal4, A307-Gal4. For the FRAP assay, nSyb-Gal4 was recombined with UAS-Syt::eGFP on the third chromosome. The insertion sites of the EPs were determined by inverse PCR following the protocol indicated in the Gene Disruption Project (http://flypush.imgen.bcm.tmc.edu/pscreen/). Unless otherwise stated, we assessed female flies throughout the experiments.
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