The following fly strains were used in this study: w1118, VCP-GFP (Wall et al., 2021 (link)), UAS-VCP-RNAi (Vienna Drosophila Resource Center, #24354; FBst0455418), BamGal4 (Doug Harrison, University of Kentucky, KY, USA), sa-GFP (Chen et al., 2005 (link)), UAS-bam-RNAi [Bloomington Drosophila Stock Center (BDSC), #33631; FBst0033631), UAS-sa-RNAi (BDSC, #36730; FBst0036730), UAS-mia-RNAi (BDSC, #57790; FBst0057790), UAS-Sce-RNAi (BDSC, #67924; FBst0067924), UAS-Ufd1-RNAi (BDSC, #41823; FBst0041823), UAS-CG8042-RNAi (BDSC, #41604; FBst0041604), UAS-Faf2-RNAi (BDSC, #43224; FBst0043224), UAS-casp-RNAi (BDSC, #44027; FBst0044027), UAS-Npl4-RNAi (BDSC, #53004; FBst0053004), UAS-elg1-RNAi (BDSC, #63551; FBst0063551), UAS-Rpt2-RNAi (BDSC, #34795; FBst0034795), SceKO (BDSC, #80157; FBst0080157), UAS-GFPnls (lab stock), VasaGal4; hsFLP.D5, UAS-GFP/cyo; FRT82B, tubGal80/TM6B (Butsch et al., 2022 (link)), EyaGal4 (Leatherman and DiNardo, 2008 (link)), UASp-FRT-H2A-eGFP-PolyA-FRT-H2A-mCherry (Kahney et al., 2021 (link)), tubGal80AID (McClure et al., 2022 (link)) (BDSC, #92470; FBst0092470) and UAS-VCPK2A (Chang et al., 2021 (link)).
Uas sce rnai
The UAS-Sce-RNAi is a laboratory equipment designed for RNA interference (RNAi) experiments. It functions as a tool to investigate gene function by selectively silencing target genes. The core function of this product is to enable the delivery and expression of small interfering RNA (siRNA) or short hairpin RNA (shRNA) in a controlled and targeted manner, allowing for the study of gene knockdown effects.
3 protocols using uas sce rnai
Drosophila Genetics for Protein Degradation
The following fly strains were used in this study: w1118, VCP-GFP (Wall et al., 2021 (link)), UAS-VCP-RNAi (Vienna Drosophila Resource Center, #24354; FBst0455418), BamGal4 (Doug Harrison, University of Kentucky, KY, USA), sa-GFP (Chen et al., 2005 (link)), UAS-bam-RNAi [Bloomington Drosophila Stock Center (BDSC), #33631; FBst0033631), UAS-sa-RNAi (BDSC, #36730; FBst0036730), UAS-mia-RNAi (BDSC, #57790; FBst0057790), UAS-Sce-RNAi (BDSC, #67924; FBst0067924), UAS-Ufd1-RNAi (BDSC, #41823; FBst0041823), UAS-CG8042-RNAi (BDSC, #41604; FBst0041604), UAS-Faf2-RNAi (BDSC, #43224; FBst0043224), UAS-casp-RNAi (BDSC, #44027; FBst0044027), UAS-Npl4-RNAi (BDSC, #53004; FBst0053004), UAS-elg1-RNAi (BDSC, #63551; FBst0063551), UAS-Rpt2-RNAi (BDSC, #34795; FBst0034795), SceKO (BDSC, #80157; FBst0080157), UAS-GFPnls (lab stock), VasaGal4; hsFLP.D5, UAS-GFP/cyo; FRT82B, tubGal80/TM6B (Butsch et al., 2022 (link)), EyaGal4 (Leatherman and DiNardo, 2008 (link)), UASp-FRT-H2A-eGFP-PolyA-FRT-H2A-mCherry (Kahney et al., 2021 (link)), tubGal80AID (McClure et al., 2022 (link)) (BDSC, #92470; FBst0092470) and UAS-VCPK2A (Chang et al., 2021 (link)).
Drosophila Genetic Reagents Utilized
Genetic Manipulation of Drosophila Development
(hipk[BG00855], BDSC #12779), 3: UAS-GFP (BDSC #5431), 4: UAS-pc RNAi (BDSC #33964), RNAi (BDSC #36068), 6: UAS-sce RNAi (BDSC #67924), 7: UAS-ph-d RNAi (BDSC #63018) 8: dhipk 4 [2], 9: dpp-Gal4/TM6B [32] , 10: UAS-HA-dhipk attp40 [59] (link), 11: eyFLP ; act>y + >Gal4, UAS-GFP [42] (link),. The details of how UAS-myc-hHIPK1 attp40 , UAS-myc-hHIPK2 attp40 , UAS-myc-hHIPK3 attp40 , and UAS-myc-hHIPK4 attp40 were generated for this work is detailed in the section titled "Generation of plasmids and UAS-hHIPK fly stocks." dhipk mutant rescue experiments were performed at 18°C and 25°C to determine the ideal Hipk expression levels by altering the abundance of Gal4-driven UAS-Hipk constructs, while experiments using dpp-Gal4 were performed at 29°C to strongly increase UAS-Hipk expression. Flies were raised on standard media composed of 0.8g agar, 2.3g yeast, 5.7g cornmeal, and 5.2mL molasses per 100ml. "BDSC" is an acronym for the Bloomington Drosophila Stock Center.
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