(A) Schematic diagram of the mouse DCUN1D1 gene locus (top), targeting vector (middle, pGT0lxf), and the disrupted mutant allele following homologous recombination (bottom). The targeting vector contains the β-galactosidase coding sequence inserted between exon 1 (E1) and exon 2 (E2) of DCUN1D1. The locations of PCR genotyping 5’ forward (1), 3’ reverse (2), and vector-specific reverse (3) primers used to distinguish mutant from wild-type alleles are shown. The location of the 5’ probe (4) used for Southern blotting analysis within the PvuII digestion sites (P) is indicated. (B) Results from Southern blotting of tail DNAs from F1 progeny of heterozygote intercrosses digested with PvuII. A 2.1-kb fragment indicates heterozygote. (C) PCR anal...
<p>(<b>A</b>) Representation of the DPP9 wild-type locus, targeting vector, targeted locus, and FRT ...
<div><p>(A) Schematic diagram of exons 14 and 15 of the mouse <i>Apc</i> gene, the targeting vector,...
<p>(A) Schematic presentation of ubiad1 genome, targeting vector and disrupted <i>Ubiad1</i> genome....
<p>(<b>A</b>) Scheme of the structural organization of the <i>Gdi1</i> gene (top), of the targeting ...
<p>(a) Design of the D5R gene targeting vector. Upper diagram: restriction enzyme map for the WT D5R...
<p>1a. Schematic representation of the construct that was injected in 129 ES cells, showing site of ...
<p>(A) Two heterogeneous and four homogeneous mutant mice were analyzed using next-generation-sequen...
<p>(A) Scheme for generating animals carrying the conditional knockout allele (<i>Cc2d1a</i><sup>flo...
<p><b>A.</b> Schematic diagram of the strategy used to target the mouse <i>Sdhd</i> locus. The struc...
<p>(A) Scheme for generating animals carrying the conditional knockout allele (<i>Cc2d1b</i><sup>flo...
<p><i>A)</i> Diagram illustrating the gene-targeting strategy used to produce αB-R120G gene knock-in...
<p>(A) Breeding strategy to generate constitutive Mtu1 knockout mice. ATG indicates the start codon....
<p>(A) Meiotic mapping on mouse Chr.2 on 174 backcross (BC) and 120 F2 intercross mice refines the <...
<div><p>(A) Schematic diagram showing the strategy for generating <i>Jag1<sup>flox</sup></i> mice. T...
<p>(A) Illustration of the targeting construct and possible recombination event to produce founder m...
<p>(<b>A</b>) Representation of the DPP9 wild-type locus, targeting vector, targeted locus, and FRT ...
<div><p>(A) Schematic diagram of exons 14 and 15 of the mouse <i>Apc</i> gene, the targeting vector,...
<p>(A) Schematic presentation of ubiad1 genome, targeting vector and disrupted <i>Ubiad1</i> genome....
<p>(<b>A</b>) Scheme of the structural organization of the <i>Gdi1</i> gene (top), of the targeting ...
<p>(a) Design of the D5R gene targeting vector. Upper diagram: restriction enzyme map for the WT D5R...
<p>1a. Schematic representation of the construct that was injected in 129 ES cells, showing site of ...
<p>(A) Two heterogeneous and four homogeneous mutant mice were analyzed using next-generation-sequen...
<p>(A) Scheme for generating animals carrying the conditional knockout allele (<i>Cc2d1a</i><sup>flo...
<p><b>A.</b> Schematic diagram of the strategy used to target the mouse <i>Sdhd</i> locus. The struc...
<p>(A) Scheme for generating animals carrying the conditional knockout allele (<i>Cc2d1b</i><sup>flo...
<p><i>A)</i> Diagram illustrating the gene-targeting strategy used to produce αB-R120G gene knock-in...
<p>(A) Breeding strategy to generate constitutive Mtu1 knockout mice. ATG indicates the start codon....
<p>(A) Meiotic mapping on mouse Chr.2 on 174 backcross (BC) and 120 F2 intercross mice refines the <...
<div><p>(A) Schematic diagram showing the strategy for generating <i>Jag1<sup>flox</sup></i> mice. T...
<p>(A) Illustration of the targeting construct and possible recombination event to produce founder m...
<p>(<b>A</b>) Representation of the DPP9 wild-type locus, targeting vector, targeted locus, and FRT ...
<div><p>(A) Schematic diagram of exons 14 and 15 of the mouse <i>Apc</i> gene, the targeting vector,...
<p>(A) Schematic presentation of ubiad1 genome, targeting vector and disrupted <i>Ubiad1</i> genome....