<p><b>A.</b> Targeting vector design for excision of exon 3 from the mouse <i>Ramp1</i> gene. (E = EcoRI, B = BamHI) <b>B.</b> Southern blot to confirm generation of <i>Ramp1</i> floxed allele. <b>C.</b> Southern blot confirming the successful generation of <i>Ramp1<sup>+/−</sup></i> after Cre-mediated excision of exon 3. <b>D.</b> Routine genotyping using primers 1 (P1) and 2 (P2) shown in panel 1A.</p
<p>(A) Gene targeting strategy and restriction map of TANK1 gene. Filled boxes indicate exons; label...
<p>A) Gene targeting strategy. (a) The start codon is located in exon 4 of murine <i>Chc1L</i>, and ...
The critical step in generating a knockout mouse is gene-targeting vector construction. Recombineeri...
<p>(<b>A</b>) Gene targeting in ES cells. A Southern blotting strategy was used to screen the mutant...
<p>(A) shows the targeting vector used to replace the 5′ flanking region of the mouse <i>Avpr1a</i> ...
<div><p>(A) Schematic diagram showing the strategy for generating <i>Jag1<sup>flox</sup></i> mice. T...
<p>Structure of <i>Xb130</i> gene (5′ part), targeting construct, targeted allele and final knockout...
<p>A) Targeting strategy for the <i>fgf22</i> knockout mouse. Schematic representations of the endog...
<p><i>A)</i> Diagram illustrating the gene-targeting strategy used to produce αB-R120G gene knock-in...
<p>(A) ES-cell targeting strategy, adapted from <a href="http://www.plosone.org/article/info:doi/10....
<p>(a). Schematic demonstrating the strategy for targeted integration of exogenous gene(s), wild typ...
<p><b>(A)</b> Insertion of the targeting vector into the <i>Wwox</i> allele introduced a new Bgl II ...
<p>(A) Scheme for generating animals carrying the conditional knockout allele (<i>Cc2d1a</i><sup>flo...
<div><p>(A) The targeting vector (a1), a partial map of the APP gene (a2), the resultant targeted al...
<p>(<b>A</b>) The strategy for the generation of a targeted <i>Mbd5</i> allele. Numbered black boxes...
<p>(A) Gene targeting strategy and restriction map of TANK1 gene. Filled boxes indicate exons; label...
<p>A) Gene targeting strategy. (a) The start codon is located in exon 4 of murine <i>Chc1L</i>, and ...
The critical step in generating a knockout mouse is gene-targeting vector construction. Recombineeri...
<p>(<b>A</b>) Gene targeting in ES cells. A Southern blotting strategy was used to screen the mutant...
<p>(A) shows the targeting vector used to replace the 5′ flanking region of the mouse <i>Avpr1a</i> ...
<div><p>(A) Schematic diagram showing the strategy for generating <i>Jag1<sup>flox</sup></i> mice. T...
<p>Structure of <i>Xb130</i> gene (5′ part), targeting construct, targeted allele and final knockout...
<p>A) Targeting strategy for the <i>fgf22</i> knockout mouse. Schematic representations of the endog...
<p><i>A)</i> Diagram illustrating the gene-targeting strategy used to produce αB-R120G gene knock-in...
<p>(A) ES-cell targeting strategy, adapted from <a href="http://www.plosone.org/article/info:doi/10....
<p>(a). Schematic demonstrating the strategy for targeted integration of exogenous gene(s), wild typ...
<p><b>(A)</b> Insertion of the targeting vector into the <i>Wwox</i> allele introduced a new Bgl II ...
<p>(A) Scheme for generating animals carrying the conditional knockout allele (<i>Cc2d1a</i><sup>flo...
<div><p>(A) The targeting vector (a1), a partial map of the APP gene (a2), the resultant targeted al...
<p>(<b>A</b>) The strategy for the generation of a targeted <i>Mbd5</i> allele. Numbered black boxes...
<p>(A) Gene targeting strategy and restriction map of TANK1 gene. Filled boxes indicate exons; label...
<p>A) Gene targeting strategy. (a) The start codon is located in exon 4 of murine <i>Chc1L</i>, and ...
The critical step in generating a knockout mouse is gene-targeting vector construction. Recombineeri...