<p>(A–C) Coronal sections of E13.5 control and <i>Wnt1Cre</i>;<i>pMes</i>-<i>caBmprIa</i> embryos show deformed morphology of palatal shelves in transgenic animals. Note the presence of ectopic condensed cell masses (arrows) within in the posterior palatal shelves of the transgenic embryo (<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0066107#pone-0066107-g002" target="_blank">Fig. 2D</a>). (E–H) Coronal sections of E14.5 wild type and <i>Wnt1Cre</i>;<i>pMes</i>-<i>caBmprIa</i> embryos show delayed elevation of palatal shelves in transgenic animal. M, Meckel's cartilage; T, tongue; PS, palatal shelf. Scale bar = 500 µm.</p
<p>Frontal sections (mid-posterior level) of (A) E13.5 and (B) E14.5 wild type mouse heads were labe...
The occurrence of cleft palate in mutant mice offers an opportunity to understand the possible role ...
The occurrence of cleft palate in mutant mice offers an opportunity to understand the possible role ...
<p>(A) In situ hybridization detects <i>Col II</i> expression in the Meckel's cartilage but not in t...
<p>(A, C, E) Whole mount and coronal sections show normal palatal shelf of P0 wild type mice. Black ...
<p>(<b>A</b>) The horizontal palatal shelves of wild-type embryos have formed a midline epithelial s...
<p>(A) Coronal sections from the middle region of the palate at E13.5-E15.5. Whereas the palatal she...
Clefting of the secondary palate is one of the most common human birth defects and results from fail...
The formation of mammalian secondary palate requires a series of developmental events such as growth...
<p>(<b>A-L</b>) Cross sections by HE staining of the developing <i>Osr2-Cre</i><sup><i>KI</i></sup><...
<p>At E18.5 the palate has fused completely in all wildtype foetuses (A) but a proportion of <i>Fras...
During formation of the secondary palate in mammalian embryos, two vertically oriented palatal shelv...
During formation of the secondary palate in mammalian embryos, two vertically oriented palatal shelv...
Fetuses were obtained from CD-I mice at a time estimated to be 12 h prior to in vivo second-ary pala...
<p><b>A–E</b>, frontal sections at E14.5 of control (A) and of several mutant embryos (B–E) showing ...
<p>Frontal sections (mid-posterior level) of (A) E13.5 and (B) E14.5 wild type mouse heads were labe...
The occurrence of cleft palate in mutant mice offers an opportunity to understand the possible role ...
The occurrence of cleft palate in mutant mice offers an opportunity to understand the possible role ...
<p>(A) In situ hybridization detects <i>Col II</i> expression in the Meckel's cartilage but not in t...
<p>(A, C, E) Whole mount and coronal sections show normal palatal shelf of P0 wild type mice. Black ...
<p>(<b>A</b>) The horizontal palatal shelves of wild-type embryos have formed a midline epithelial s...
<p>(A) Coronal sections from the middle region of the palate at E13.5-E15.5. Whereas the palatal she...
Clefting of the secondary palate is one of the most common human birth defects and results from fail...
The formation of mammalian secondary palate requires a series of developmental events such as growth...
<p>(<b>A-L</b>) Cross sections by HE staining of the developing <i>Osr2-Cre</i><sup><i>KI</i></sup><...
<p>At E18.5 the palate has fused completely in all wildtype foetuses (A) but a proportion of <i>Fras...
During formation of the secondary palate in mammalian embryos, two vertically oriented palatal shelv...
During formation of the secondary palate in mammalian embryos, two vertically oriented palatal shelv...
Fetuses were obtained from CD-I mice at a time estimated to be 12 h prior to in vivo second-ary pala...
<p><b>A–E</b>, frontal sections at E14.5 of control (A) and of several mutant embryos (B–E) showing ...
<p>Frontal sections (mid-posterior level) of (A) E13.5 and (B) E14.5 wild type mouse heads were labe...
The occurrence of cleft palate in mutant mice offers an opportunity to understand the possible role ...
The occurrence of cleft palate in mutant mice offers an opportunity to understand the possible role ...