<p>Brightfield images of wild type and <i>her7</i> mutant embryos at 16–18 somites (A, B). Compared to the wild type embryo (A), somite borders posterior to the 8<sup>th</sup> somite are disrupted in the <i>her7<sup>hu2526</sup></i> mutant (B, bracket). In situ hybridisation analysis of <i>myoD</i> expression (C, D), <i>eplin</i> (E, F), <i>mespb</i> (H, I) and <i>mespb</i> (J, K) in wild type and <i>her7</i> mutants. Compared to half-segmental <i>myoD</i> expression in the wild type (C), <i>myoD</i> expression is disrupted posterior to the 8<sup>th</sup> somite in <i>her7<sup>hu2526</sup></i> mutants at 10–12 somites (D, bracket). In addition to the ALD at somite 8, <i>her7<sup>hu2526</sup></i> mutant larvae show a PLD at around somite 17 ...
<p><i>Efnb2a</i> expression in control morphant (<b>A</b>) and <i>chd7</i> morphant (<b>B</b>) zebra...
<p>(A) Penetrance of strongly ventralized phenotypes displayed by maternal β-catenin-2, <i>ich</i>, ...
Somitogenesis is controlled by a genetic network consisting of an oscillator (clock) and a gradient ...
<p>In situ hybridisation analysis of <i>deltaC</i>, <i>her1</i> and <i>her7</i> in wild type (A, B a...
<p>(A) Wildtype (wt, left) and <i>her1</i> mutant (right) embryos at 34 hours post fertilization (hp...
<p>Electropherogram of <i>her1</i> (A) and <i>her7</i> (B) amplicons in wild type (top), homozygous ...
<p>(A) Wildtype (wt, upper left), <i>her7</i> mutant (upper right), <i>hes6</i> mutant (lower left),...
<p>In situ hybridisation analysis of the segmentation clock genes <i>deltaC</i>, <i>her1</i>, and <i...
<p>(A) Wildtype (wt, left), <i>her1</i> mutant (middle), and <i>her7</i> mutant embryos at the 10-so...
Somitogenesis is controlled by a genetic network consisting of an oscillator (clock) and a gradient ...
<p>A–F) Side views (except as indicated in (F)) of live embryos at 24 hpf showing a range of phenoty...
<p>Late blastula stage WT embryo (A), and age-matched <i>p18ahub</i> embryo (B). WT embryo at an ear...
<p>Muscle pattern of three segments of <i>oreR</i> (A, D, and G), <i>esg <sup>L2</sup></i> (B and H)...
<div><p>(A and B) Lateral views of live zebrafish at 22 hpf. Wild-type embryos (A) have chevron-shap...
<p>(A) Table: Numbers of nuclear cycle 10 embryos from an <i>en<sup>LA4</sup>/CyO</i>×<i>en<sup>LA7<...
<p><i>Efnb2a</i> expression in control morphant (<b>A</b>) and <i>chd7</i> morphant (<b>B</b>) zebra...
<p>(A) Penetrance of strongly ventralized phenotypes displayed by maternal β-catenin-2, <i>ich</i>, ...
Somitogenesis is controlled by a genetic network consisting of an oscillator (clock) and a gradient ...
<p>In situ hybridisation analysis of <i>deltaC</i>, <i>her1</i> and <i>her7</i> in wild type (A, B a...
<p>(A) Wildtype (wt, left) and <i>her1</i> mutant (right) embryos at 34 hours post fertilization (hp...
<p>Electropherogram of <i>her1</i> (A) and <i>her7</i> (B) amplicons in wild type (top), homozygous ...
<p>(A) Wildtype (wt, upper left), <i>her7</i> mutant (upper right), <i>hes6</i> mutant (lower left),...
<p>In situ hybridisation analysis of the segmentation clock genes <i>deltaC</i>, <i>her1</i>, and <i...
<p>(A) Wildtype (wt, left), <i>her1</i> mutant (middle), and <i>her7</i> mutant embryos at the 10-so...
Somitogenesis is controlled by a genetic network consisting of an oscillator (clock) and a gradient ...
<p>A–F) Side views (except as indicated in (F)) of live embryos at 24 hpf showing a range of phenoty...
<p>Late blastula stage WT embryo (A), and age-matched <i>p18ahub</i> embryo (B). WT embryo at an ear...
<p>Muscle pattern of three segments of <i>oreR</i> (A, D, and G), <i>esg <sup>L2</sup></i> (B and H)...
<div><p>(A and B) Lateral views of live zebrafish at 22 hpf. Wild-type embryos (A) have chevron-shap...
<p>(A) Table: Numbers of nuclear cycle 10 embryos from an <i>en<sup>LA4</sup>/CyO</i>×<i>en<sup>LA7<...
<p><i>Efnb2a</i> expression in control morphant (<b>A</b>) and <i>chd7</i> morphant (<b>B</b>) zebra...
<p>(A) Penetrance of strongly ventralized phenotypes displayed by maternal β-catenin-2, <i>ich</i>, ...
Somitogenesis is controlled by a genetic network consisting of an oscillator (clock) and a gradient ...