EphA7 (c, d) and EphB3 (e, f) probe binding cells have a similar distribution. Insets show the same embryos at lower magnification. BA, branchial arch; Ec, ectoderm; My, mesenchyme; s, somite.<p><b>Copyright information:</b></p><p>Taken from "Divergent roles for Eph and Ephrin in Avian Cranial Neural Crest"</p><p>http://www.biomedcentral.com/1471-213X/8/56</p><p>BMC Developmental Biology 2008;8():56-56.</p><p>Published online 21 May 2008</p><p>PMCID:PMC2405773.</p><p></p
<p>(A) Ephrin–Eph signaling is required for ectoderm–mesoderm separation. Sagittal section of gastru...
<p>A1–A5) anti-HRP staining (green) reveals overall optic lobe architecture. Posterior to the morpho...
This thesis has involved the analysis of Eph/ephrin-A gene expression with respect to NC (neural cre...
EphB1 probe binding cells have an identical distribution (c, d). Insets show the same embryos at low...
This is also the case with EphA7 (c, d) and EphB3 (e, f). Insets show the same sections at lower mag...
This is also the case with EphB1 (c, d). Insets show the same sections at lower magnification. Ec, e...
At stage 14, ephrin-B2 probe labels streams of cells rostral and caudal to the otic vesicle (arrows)...
(a-c) EphB2 probe staining is in patches (arrows) bordering cells labeled by HNK-1. Inset shows embr...
Inset shows low magnification image of staining in somites of this embryo. (a-c) The stream of CNC c...
Background: In the trunk of avian embryos, neural crest migration through the somites is segmental, ...
AbstractBackground: In the trunk of avian embryos, neural crest migration through the somites is seg...
<p>(A) Summary of ephrin and Eph expression and of the functional pairs (double arrows) in the dorsa...
<p>(A–D) Immunofluorescence of EphA3 was performed in sections which extend along the rostro-caudal ...
<p>In C57BL/6 embryos, immunohistochemistry detects Pax7 (red) in A,B) the E7.5 to E8.5 lateral neur...
<div><p>(A) In situ hybridization on frontal sections of E14.5 wild-type embryo using probes for <i>...
<p>(A) Ephrin–Eph signaling is required for ectoderm–mesoderm separation. Sagittal section of gastru...
<p>A1–A5) anti-HRP staining (green) reveals overall optic lobe architecture. Posterior to the morpho...
This thesis has involved the analysis of Eph/ephrin-A gene expression with respect to NC (neural cre...
EphB1 probe binding cells have an identical distribution (c, d). Insets show the same embryos at low...
This is also the case with EphA7 (c, d) and EphB3 (e, f). Insets show the same sections at lower mag...
This is also the case with EphB1 (c, d). Insets show the same sections at lower magnification. Ec, e...
At stage 14, ephrin-B2 probe labels streams of cells rostral and caudal to the otic vesicle (arrows)...
(a-c) EphB2 probe staining is in patches (arrows) bordering cells labeled by HNK-1. Inset shows embr...
Inset shows low magnification image of staining in somites of this embryo. (a-c) The stream of CNC c...
Background: In the trunk of avian embryos, neural crest migration through the somites is segmental, ...
AbstractBackground: In the trunk of avian embryos, neural crest migration through the somites is seg...
<p>(A) Summary of ephrin and Eph expression and of the functional pairs (double arrows) in the dorsa...
<p>(A–D) Immunofluorescence of EphA3 was performed in sections which extend along the rostro-caudal ...
<p>In C57BL/6 embryos, immunohistochemistry detects Pax7 (red) in A,B) the E7.5 to E8.5 lateral neur...
<div><p>(A) In situ hybridization on frontal sections of E14.5 wild-type embryo using probes for <i>...
<p>(A) Ephrin–Eph signaling is required for ectoderm–mesoderm separation. Sagittal section of gastru...
<p>A1–A5) anti-HRP staining (green) reveals overall optic lobe architecture. Posterior to the morpho...
This thesis has involved the analysis of Eph/ephrin-A gene expression with respect to NC (neural cre...