Transgenic Construct

Tg(pou4f3:GAP-GFP)

ID

ZDB-TGCONSTRCT-070117-142

Name

Tg(pou4f3:GAP-GFP)

Previous Names

Brn3c:mGFP (1)
Tg(brn3c:gap43-GFP)
Tg(pou4f3:gap43-GFP)

Type

engineered_plasmid

Regulatory Regions

pou4f3 (1)

Coding Sequences

GFP (1)

Contains Sequences

GAP (1)

Note

None

Plasmid Map

None

Genomic Features

That Utilize Tg(pou4f3:GAP-GFP) Construct

Genomic Feature	Affected Genomic Regions
s273tTg
s356tTg

Transgenics

That Utilize Tg(pou4f3:GAP-GFP) Construct

Fish	Affected Genomic Regions	Phenotype	Gene Expression
Df(Chr12:dlx3b, dlx4b)tud70/tud70; s356tTg	dlx3b dlx4b	Fig. 4 from Schwarzer et al., 2017	Fig. 4 from Schwarzer et al., 2017
af1Tg/af1Tg; s356tTg		Figure 1 from Knickmeyer et al., 2021
ak2^hg14/hg14; s356tTg	ak2	2 figures from Rissone et al., 2019	2 figures from Rissone et al., 2019
ak2^hg14/hg14; sorbs2b^mn0002Gt; s356tTg	ak2 sorbs2b		Fig. 4. from Rissone et al., 2019
ak2^hg15/hg15; s356tTg	ak2	Fig. 6. from Rissone et al., 2019
apc^hu745/hu745; s356tTg	apc		Fig. 1 from Aman et al., 2008
atoh1a^w214Tg; s356tTg	atoh1a		Fig. 5-S1 from Pickett et al., 2018
bc5Tg; s356tTg + CRISPR3-emx2		Fig. 5 from Lozano-Ortega et al., 2018
cldn3c^{zf3542/zf3542}; s356tTg (AB)	cldn3c	FIGURE 8 from Gong et al., 2021	FIGURE 8 from Gong et al., 2021
dab1a^{ic3031/ic3031}; s356tTg	dab1a	Fig. 6 from Di Donato et al., 2018	Fig. 6 from Di Donato et al., 2018
dctn1a^s309/s309; s356tTg (TL)	dctn1a	Fig. 2 from Del Bene et al., 2008	Fig. 2 from Del Bene et al., 2008
dctn2^jj50/jj50; s356tTg	dctn2	Fig. 2 from Jing et al., 2009	Fig. 1 from Jing et al., 2009
erbb2^{nksagff202aTg}; bc3Tg; nkuasgfp1aTg; s356tTg	erbb2	Fig. 7 from Xiao et al., 2015	Fig. 7 from Xiao et al., 2015
fgf3^psi60Tg; s356tTg	fgf3		Fig. 5 from Lush et al., 2019
fgf3^{t26212/t26212}; s356tTg + MO2-fgf10b + MO3-fgf10b			Fig. 5 from Maulding et al., 2014
gcm2^w40/w40; s356tTg	gcm2		2 figures from Stawicki et al., 2014
gdf6a^s327/s327; s356tTg	gdf6a	Fig. 1 from Gosse et al., 2009
gemin5^hg81/hg81; s273tTg; sqet20Et	gemin5	Fig. 6 from Pei et al., 2020
kif5aa^{ic3023/ic3023}; s356tTg	kif5aa	Fig. 2 from Auer et al., 2015	Fig. 2 from Auer et al., 2015
kif5aa^{ic3024/ic3024}; s356tTg	kif5aa	Fig. 2 from Auer et al., 2015	Fig. 2 from Auer et al., 2015
neurog1^{hi1059Tg/hi1059Tg}; s356tTg	neurog1	Fig. 2 from Sapède et al., 2012	Fig. 2 from Sapède et al., 2012
nherf1a^ze001/+; s356tTg	nherf1a	2 figures from Girotto et al., 2019
nherf1a^ze001/ze001; s356tTg	nherf1a	4 figures from Girotto et al., 2019	Fig. 6 from Girotto et al., 2019
pgk1^x40/x40; s356tTg	pgk1	Figure 2 from Kantarci et al., 2020	Figure 2 from Kantarci et al., 2020
pi4kb^zf3540/+; s356tTg	pi4kb		Fig. 2 from Feng et al., 2020
pi4kb^{zf3540/zf3540}; s356tTg	pi4kb	Fig. 3 from Feng et al., 2020
pi4kb^zf3541/+; s356tTg	pi4kb		Fig. 2 from Feng et al., 2020
pi4kb^{zf3541/zf3541}; s356tTg	pi4kb	Fig. 3 from Feng et al., 2020
prkci^m567/m567; mpv17^a9/a9; s356tTg	mpv17 prkci		Fig. 6 from Choi et al., 2010
psi18Tg; s356tTg; sqgw57AEt			Fig. 1 from Peloggia et al., 2021
rbm24a^sdu28/sdu28; s356tTg	rbm24a	Fig. 1 from Cheng et al., 2020
reln^{ic3032/ic3032}; s356tTg	reln	Fig. 6 from Di Donato et al., 2018	Fig. 6 from Di Donato et al., 2018
robo2^te284/te284; s356tTg	robo2	Fig. 4 from Chalasani et al., 2007	Fig. 4 from Chalasani et al., 2007
robo2^{ti272z/ti272z}; s356tTg	robo2	Fig. 2 from Pardo-Martin et al., 2010	Fig. 2 from Pardo-Martin et al., 2010
ru1011Tg; s356tTg			Fig. 1 from Steiner et al., 2014
rw0Tg; s356tTg
s1156tEt; s356tTg; tpl2Tg			Fig. 1 from Di Donato et al., 2018
s273tTg		7 figures from 2 publications	4 figures from Sanchez et al., 2018
s273tTg (TL)			2 figures from Nevin et al., 2011
s273tTg + MO1-ikbkb		Figure 10 from Zallocchi et al., 2021
s273tTg; sqet20Et		2 figures from Pei et al., 2020
s356tTg		21 figures from 12 publications	66 figures from 44 publications
s356tTg (AB)		5 figures from Monroe et al., 2016	8 figures from 3 publications
s356tTg (AB/TL)
s356tTg (TL)			Fig. 2 from Del Bene et al., 2008
s356tTg + CRISPR1-thoc1		4 figures from Zhang et al., 2020	Fig 6 from Zhang et al., 2020
s356tTg + CRISPR1-wars1 + CRISPR2-wars1 + CRISPR3-wars1 + CRISPR4-wars1		Fig. 5 from Lin et al., 2022
s356tTg + CRISPR3-emx2		Fig. 5 from Lozano-Ortega et al., 2018
s356tTg + MO1-alcama + MO1-tp53		Fig. 7 from Diekmann et al., 2009	Fig. 7 from Diekmann et al., 2009
s356tTg + MO1-alcamb		2 figures from Diekmann et al., 2009	2 figures from Diekmann et al., 2009
s356tTg + MO1-atoh7		Fig. S6 from Clark et al., 2012
s356tTg + MO1-cgnb		FIGURE 5 from Lu et al., 2022	FIGURE 5 from Lu et al., 2022
s356tTg + MO1-clrn1 + MO2-clrn1 + MO3-clrn1 (AB)		2 figures from Ogun et al., 2014	2 figures from Ogun et al., 2014
s356tTg + MO1-dctn2 + MO2-dctn2		Fig. 3 from Jing et al., 2009
s356tTg + MO1-dre-mir-183		Fig. 6 from Kim et al., 2018
s356tTg + MO1-hars		FIGURE 7 from Waldron et al., 2019
s356tTg + MO1-hdac3		Fig. 4 from He et al., 2016	Fig. 4 from He et al., 2016
s356tTg + MO1-msrb3		Fig. 4 from Shen et al., 2015	Fig. 4 from Shen et al., 2015
s356tTg + MO1-neurod1		Fig. 7 from Sapède et al., 2012	Fig. 7 from Sapède et al., 2012
s356tTg + MO1-neurog1		2 figures from Sapède et al., 2012	2 figures from Sapède et al., 2012
s356tTg + MO1-oc90		Fig. 7 from Petko et al., 2008
s356tTg + MO1-phf8		2 figures from He et al., 2020	2 figures from He et al., 2020
s356tTg + MO1-prox1a		Fig. 5 from Pistocchi et al., 2009	Fig. 5 from Pistocchi et al., 2009
s356tTg + MO1-slc26a2		2 figures from Liu et al., 2015
s356tTg + MO1-slc44a4		Fig. 4 from Ma et al., 2017
s356tTg + MO1-thoc1		Fig 4 from Zhang et al., 2020
s356tTg + MO2-agrn		Fig. 6 from Liu et al., 2008	2 figures from Liu et al., 2008
s356tTg + MO2-her9			Fig. 3 from Radosevic et al., 2011
s356tTg + MO2-kif15		FIGURE 3 from Zheng et al., 2022
s356tTg + MO2-lpar2b		Fig. 2 from Wang et al., 2018	Fig. 2 from Wang et al., 2018
s356tTg + MO2-msrb3		Fig. 4 from Shen et al., 2015	Fig. 4 from Shen et al., 2015
s356tTg + MO2-rtn4b		2 figures from Pinzón-Olejua et al., 2014	2 figures from Pinzón-Olejua et al., 2014
s356tTg + MO2-slc44a4		Fig. 4 from Ma et al., 2017
s356tTg + MO2-sox2			2 figures from Millimaki et al., 2010
s356tTg + MO2-top2b		2 figures from Xia et al., 2019	Fig. 3 from Xia et al., 2019
s356tTg + MO2-vdrb		Fig. 4 from Kwon, 2016
s356tTg + MO3-abhd12		Fig. 6 from Tingaud-Sequeira et al., 2017	Fig. 6 from Tingaud-Sequeira et al., 2017
s356tTg + MO3-dcdc2b		Fig. 4 from Grati et al., 2015	Fig. 4 from Grati et al., 2015
s356tTg + MO3-ifnlr1		Fig. 3 from Gao et al., 2018	Fig. 3 from Gao et al., 2018
s356tTg + MO3-top2b		2 figures from Xia et al., 2019	Fig. 3 from Xia et al., 2019
s356tTg + MO4-cldn3c (AB)		4 figures from Gong et al., 2021	4 figures from Gong et al., 2021
s356tTg + MO4-ptpn11a		Fig. 3 from Gao et al., 2020
s356tTg + MO4-tp53 + MO5-insm1a		3 figures from He et al., 2017
s356tTg + MO5-lrp5 + MO6-lrp5		Fig. 3 from Xia et al., 2017
s356tTg + MO5-prnprs3		Fig. 7 from Huc-Brandt et al., 2014	Fig. 7 from Huc-Brandt et al., 2014
s356tTg + MO9-rtn4a		2 figures from Pinzón-Olejua et al., 2014	2 figures from Pinzón-Olejua et al., 2014
s356tTg/+
s356tTg/+ (AB)
s356tTg/+ (TL)
s356tTg; sqet20Et		Fig. 5 from Lee et al., 2016
s356tTg; sqgw57AEt		Fig. 5 from Peloggia et al., 2021	Fig. 1 from Peloggia et al., 2021
s356tTg; uh3Tg		Figure 2 from Knickmeyer et al., 2021
s356tTg; x20Tg		Fig. 3 from Millimaki et al., 2010	Fig. 3 from Millimaki et al., 2010
s356tTg; x20Tg + MO2-sox2		Fig. 3 from Millimaki et al., 2010	Fig. 3 from Millimaki et al., 2010
s356tTg; x20Tg; x21Tg		Fig. 3 from Millimaki et al., 2010	Fig. 3 from Millimaki et al., 2010
s356tTg; x21Tg		Fig. 1 from Millimaki et al., 2010	Fig. 1 from Millimaki et al., 2010
s356tTg; zf115Tg		Fig. 4 from Maier et al., 2014
sfrp1a^w217Tg; s356tTg	sfrp1a	2 figures from Thomas et al., 2019	2 figures from Thomas et al., 2019
sorbs2b^mn0002Gt; s356tTg	sorbs2b		Fig. 4. from Rissone et al., 2019
sost^w215Tg; s356tTg	sost	2 figures from Thomas et al., 2019	3 figures from Thomas et al., 2019
sost^w215Tg; tnfsf10l3^w218Tg; s356tTg	sost tnfsf10l3		Fig. 8 from Thomas et al., 2019
synj1^{tQ296X/tQ296X}; s356tTg	synj1	Fig. 3 from Trapani et al., 2009
tmie^{ru1000/ru1000}; s356tTg	tmie	5 figures from 2 publications	5 figures from 2 publications
tnfsf10l3^w218Tg; s356tTg	tnfsf10l3	2 figures from Thomas et al., 2019	3 figures from Thomas et al., 2019
top2b^s380/s380; s273tTg (TL)	top2b	Fig. 2 from Nevin et al., 2011	2 figures from Nevin et al., 2011
trrap^zf3166/+; s356tTg	trrap	Fig. 3 from Xia et al., 2019
vldlr^{ic3030/ic3030}; s356tTg	vldlr	Fig. 6 from Di Donato et al., 2018	Fig. 6 from Di Donato et al., 2018

Sequence Information

Other Construct Pages

None

Citations