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Name	VDRC Id	Library	Genotype	Comment	Construct Id	Publication	Synonyms	Sequence	Comment	Keywords	Price (net)
309100	309100	FI-STOCK	LUBEL CC/SS (M6-1)	Cys2690 and Cys2693 in LUBEL RING2 mutated to Ser by CRISPR/Cas9 gene editing, clone M6-1. Indicated as clone #1 in Asaoka et al (2016).	309100	Linear ubiquitination by LUBEL has a role in Drosophila heat stress response (2016) Asaoka et al, EMBO Report	LUBEL ikeda	empty	Cys2690 and Cys2693 in LUBEL RING2 mutated to Ser by CRISPR/Cas9 gene editing, clone M6-1. Indicated as clone #1 in Asaoka et al (2016).	ikeda	Sign In to show prices
309103	309103	FI-STOCK	LUBEL CC/SS (F2-3)	Cys2690 and Cys2693 in LUBEL RING2 mutated to Ser by CRISPR/Cas9 gene editing, clone M6-1. Indicated as clone #2 in Asaoka et al (2016).	309103	Linear ubiquitination by LUBEL has a role in Drosophila heat stress response (2016) Asaoka et al, EMBO Report	LUBEL ikeda	empty	Cys2690 and Cys2693 in LUBEL RING2 mutated to Ser by CRISPR/Cas9 gene editing, clone M6-1. Indicated as clone #2 in Asaoka et al (2016).	ikeda	Sign In to show prices
309104	309104	FI-STOCK	LUBEL stop2719	Premature STOP codon at 2719 introduced while making the CC/SS line. Clone M3-4. Indicated as clone delR2 in Asaoka et al (2016).	309104	Linear ubiquitination by LUBEL has a role in Drosophila heat stress response (2016) Asaoka et al, EMBO Report	LUBEL ikeda	empty	Premature STOP codon at 2719 introduced while making the CC/SS line. Clone M3-4. Indicated as clone delR2 in Asaoka et al (2016).	ikeda	Sign In to show prices
310041	310041	LR-STOCK	y,w (I) ; 16a, y+, {w+} (II)	Generated by phiC31 integration of modified pKC27mw into landing site 16a (Chr. 2R, 46E1, position 5,965,083 according to FB2010_05). 16a is site 2 in Okulski et al, 2011.	310041	Quantitative analysis of polycomb response elements (PREs) at identical genomic locations distinguishes contributions of PRE sequence and genomic environment. Okulski H et al, Epigenetics Chromatin. 2011 Mar 16;4:4.	16a landing site landing site-pre okulski ot-lr-stock pre ringrose w w+ y y+	empty	Generated by phiC31 integration of modified pKC27mw into landing site 16a (Chr. 2R, 46E1, position 5,965,083 according to FB2010_05). 16a is site 2 in Okulski et al, 2011.	landing site y landing site-pre ot-lr-stock y+ okulski 16a pre w ringrose w+	Sign In to show prices
310043	310043	LR-STOCK	y,w (I) ; 16a, y+, {vg PRE, w+} (II)	Generated by phiC31 integration of modified pKC27mw into landing site 16a (Chr. 2R, 46E1, position 5,965,083 according to FB2010_05). 16a is site 2 in Okulski et al, 2011.	310043	Quantitative analysis of polycomb response elements (PREs) at identical genomic locations distinguishes contributions of PRE sequence and genomic environment. Okulski H et al, Epigenetics Chromatin. 2011 Mar 16;4:4.	16a landing site landing site-pre okulski ot-lr-stock pre ringrose vg w w+ y y+	empty	Generated by phiC31 integration of modified pKC27mw into landing site 16a (Chr. 2R, 46E1, position 5,965,083 according to FB2010_05). 16a is site 2 in Okulski et al, 2011.	16a pre w okulski ringrose landing site-pre vg ot-lr-stock y+ y w+ landing site	Sign In to show prices
310048	310048	LR-STOCK	y,w (I) ; 16a (46E) P{attP, w 3', y+} (II)	Landing site 16a. Carries p- element with AttP site, 3' part of the white gene , and a y+ marker at Chr. 2R, 46E1, position 5,965,083 according to FB2010_05. Integration of pKC27 derivatives reconstitutes complete white sequence. 16a is site 2 in Okulski et al, 2011.	310048	Quantitative analysis of polycomb response elements (PREs) at identical genomic locations distinguishes contributions of PRE sequence and genomic environment. Okulski H et al, Epigenetics Chromatin. 2011 Mar 16;4:4.	16a 46e attp landing site okulski ot-lr-stock ringrose w w 3 y y+	empty	Landing site 16a. Carries p- element with AttP site, 3' part of the white gene , and a y+ marker at Chr. 2R, 46E1, position 5,965,083 according to FB2010_05. Integration of pKC27 derivatives reconstitutes complete white sequence. 16a is site 2 in Okulski et al, 2011.	y+ w 16a landing site w 3 y 46e okulski ot-lr-stock attp ringrose	Sign In to show prices
310051	310051	LR-STOCK	y,w (I) ; 43.4 (38E3) P{attP, w 3', y+} (II)	Landing site 43.4. Carries p- element with AttP site, 3' part of the white gene , and a y+ marker at Chr. 2L, 38E3, position 20,716,266 according to FB2010_05. Integration of pKC27 derivatives reconstitutes complete white sequence. 43.4 is site 1 in Okulski et al, 2011.	310051	Quantitative analysis of polycomb response elements (PREs) at identical genomic locations distinguishes contributions of PRE sequence and genomic environment. Okulski H et al, Epigenetics Chromatin. 2011 Mar 16;4:4.	38e3 43.4 attp landing site okulski ot-lr-stock ringrose w w 3 y y+	empty	Landing site 43.4. Carries p- element with AttP site, 3' part of the white gene , and a y+ marker at Chr. 2L, 38E3, position 20,716,266 according to FB2010_05. Integration of pKC27 derivatives reconstitutes complete white sequence. 43.4 is site 1 in Okulski et al, 2011.	43.4 w landing site okulski attp w 3 ringrose 38e3 y+ ot-lr-stock y	Sign In to show prices
310236	310236	LR-STOCK	y,w (I) ; 43.4, y+, {aTub_EGFP::ASH1, w+} (II)	See Figure 1 in Steffen et al., 2013. Generated by phiC31 integration of modified pKC27mw into landing site 43.4 (Chr. 2L, 38E3, position 20,716,266 according to FB2010_05). 43.4 is site 1 in Okulski et al, 2011.	310236	Quantitative in vivo analysis of chromatin binding of Polycomb and Trithorax group proteins reveals retention of ASH1 on mitotic chromatin. Steffen PA et al. Nucleic Acids Res. 2013 May 1;41(10):5235-50.	43.4 ash1 atub egfp gfp landing site nat ot-lr-stock ringrose steffen tubulin w w+ y y+	empty	See Figure 1 in Steffen et al., 2013. Generated by phiC31 integration of modified pKC27mw into landing site 43.4 (Chr. 2L, 38E3, position 20,716,266 according to FB2010_05). 43.4 is site 1 in Okulski et al, 2011.	43.4 steffen atub egfp y w+ ash1 gfp landing site nat w ringrose tubulin y+ ot-lr-stock	Sign In to show prices
310241	310241	LR-STOCK	y,w (I) ; 43.4, y+, {aTub_EGFP::E(Z), w+} (II)	See Figure 1 in Steffen et al., 2013. Generated by phiC31 integration of modified pKC27mw into landing site 43.4 (Chr. 2L, 38E3, position 20,716,266 according to FB2010_05). 43.4 is site 1 in Okulski et al, 2011.	310241	Quantitative in vivo analysis of chromatin binding of Polycomb and Trithorax group proteins reveals retention of ASH1 on mitotic chromatin. Steffen PA et al. Nucleic Acids Res. 2013 May 1;41(10):5235-50.	43.4 atub e(z) egfp gfp landing site net ot-lr-stock ringrose steffen w w+ y y+	empty	See Figure 1 in Steffen et al., 2013. Generated by phiC31 integration of modified pKC27mw into landing site 43.4 (Chr. 2L, 38E3, position 20,716,266 according to FB2010_05). 43.4 is site 1 in Okulski et al, 2011.	ot-lr-stock y+ ringrose gfp egfp y 43.4 e(z) w steffen w+ net atub landing site	Sign In to show prices
310284	310284	LR-STOCK	y,w (I) ; 43.4, y+, {aTub_EGFPnls, w+} (II)	See Figure 2E in Steffen et al., 2013. Used as control for FRAP and FCS. Expresses EGFPnls under control of the aTub promoter. Generated by phiC31 integration of modified pKC27mw into landing site 43.4 (Chr. 2L, 38E3, position 20,716,266 according to FB2010_05). 43.4 is site 1 in Okulski et al, 2011.	310284	Quantitative in vivo analysis of chromatin binding of Polycomb and Trithorax group proteins reveals retention of ASH1 on mitotic chromatin. Steffen PA et al. Nucleic Acids Res. 2013 May 1;41(10):5235-50.	43.4 atub egfp egfpnls gfp landing site ot-lr-stock ringrose steffen w w+ y y+	empty	See Figure 2E in Steffen et al., 2013. Used as control for FRAP and FCS. Expresses EGFPnls under control of the aTub promoter. Generated by phiC31 integration of modified pKC27mw into landing site 43.4 (Chr. 2L, 38E3, position 20,716,266 according to FB2010_05). 43.4 is site 1 in Okulski et al, 2011.	egfpnls gfp landing site w+ w y ot-lr-stock egfp atub steffen y+ ringrose 43.4	Sign In to show prices
311000	311000	JP-STOCK	UAS-DmAIF-myc / CyO	line 7B (Joza et al)	311000	The molecular archaeology of a mitochondrial death effector: AIF in Drosophila. Joza N et al. Cell Death Differ. 2008 Jun;15(6):1009-18	apoptosis apoptosis-inducing factor dmaif joza myc penninger uas uas-dmaif-myc	empty	line 7B (Joza et al)	apoptosis-inducing factor joza uas myc apoptosis dmaif penninger uas-dmaif-myc	Sign In to show prices
311001	311001	JP-STOCK	UAS-DmAIF-myc / CyO	line 8 (Joza et al)	311001	The molecular archaeology of a mitochondrial death effector: AIF in Drosophila. Joza N et al. Cell Death Differ. 2008 Jun;15(6):1009-18	apoptosis apoptosis-inducing factor dmaif joza myc penninger uas uas-dmaif-myc	empty	line 8 (Joza et al)	myc penninger apoptosis-inducing factor dmaif apoptosis joza uas-dmaif-myc uas	Sign In to show prices