<p>(A) Hemizygous male <i>Utx</i> mutant mice are runted in size. Wild type male X<i><sup>Utx</sup></i><sup>+</sup> Y<sup>+</sup> mice are displayed next to hemizygous X<i><sup>UtxGT1</sup></i> Y<sup>+</sup> mice. (B) The hemizygous mice exhibit a smaller size throughout adulthood.</p
<p>(A) Skeletal preps of new born mice stained with alizarin red (bone) and alcian blue (cartilage)....
<p>Figure 2A: Litter sizes of <i>DefbΔ9/DefbΔ9</i> (−/−) male mice mated to wild-type CD1 females ov...
<p>Lateral (A) and frontal (B) view of adult mutant (left) and wild type (right) mice. Lateral view ...
<p><b>A)</b> Mutant mice fall frequently and display an inability to right themselves easily. <b>B)<...
<p>(A) Body weights of control (wt) and mutant (<i>Fance</i><sup>-/-</sup>) male mice. Mutant mice w...
<p>The mice are born of: A) untreated heterozygous female. B) CuCl<sub>2</sub>-treated heterozygous ...
<p><b>A,</b> Comparison of the lateral view of a 20-day-old male mutant mouse (left) and a wild-type...
<p>(A) Normalized liver weight is significantly increased in male mutant mice (P = 0.008). (B) Absol...
<p>Body weight was measured each week for S426A/S430A mutant (red line and circles) and wild-type mi...
<p>(A) Weight of viable <i>UTF1</i> homozygous mutant mice generated by intercrossing heterozygous m...
<div><p>Animals whose genotype is either heterozygous or homozygous for the wild-type <i>Apc</i> all...
SYNOPSIS. We used a novel mouse model to study the effects of selective breeding for high locomotor ...
<p>Body weight (mean ± SEM) of wild type, heterozygous and homozygous mice as a function of age for ...
<p>(<b>A</b>) Offspring genotype distribution from matings between <i>Rplp1</i><sup>+/Δ</sup> and <i...
The mouse is the most commonly used animal for modelling human disease. New approaches for generatin...
<p>(A) Skeletal preps of new born mice stained with alizarin red (bone) and alcian blue (cartilage)....
<p>Figure 2A: Litter sizes of <i>DefbΔ9/DefbΔ9</i> (−/−) male mice mated to wild-type CD1 females ov...
<p>Lateral (A) and frontal (B) view of adult mutant (left) and wild type (right) mice. Lateral view ...
<p><b>A)</b> Mutant mice fall frequently and display an inability to right themselves easily. <b>B)<...
<p>(A) Body weights of control (wt) and mutant (<i>Fance</i><sup>-/-</sup>) male mice. Mutant mice w...
<p>The mice are born of: A) untreated heterozygous female. B) CuCl<sub>2</sub>-treated heterozygous ...
<p><b>A,</b> Comparison of the lateral view of a 20-day-old male mutant mouse (left) and a wild-type...
<p>(A) Normalized liver weight is significantly increased in male mutant mice (P = 0.008). (B) Absol...
<p>Body weight was measured each week for S426A/S430A mutant (red line and circles) and wild-type mi...
<p>(A) Weight of viable <i>UTF1</i> homozygous mutant mice generated by intercrossing heterozygous m...
<div><p>Animals whose genotype is either heterozygous or homozygous for the wild-type <i>Apc</i> all...
SYNOPSIS. We used a novel mouse model to study the effects of selective breeding for high locomotor ...
<p>Body weight (mean ± SEM) of wild type, heterozygous and homozygous mice as a function of age for ...
<p>(<b>A</b>) Offspring genotype distribution from matings between <i>Rplp1</i><sup>+/Δ</sup> and <i...
The mouse is the most commonly used animal for modelling human disease. New approaches for generatin...
<p>(A) Skeletal preps of new born mice stained with alizarin red (bone) and alcian blue (cartilage)....
<p>Figure 2A: Litter sizes of <i>DefbΔ9/DefbΔ9</i> (−/−) male mice mated to wild-type CD1 females ov...
<p>Lateral (A) and frontal (B) view of adult mutant (left) and wild type (right) mice. Lateral view ...
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