<p>Confocal images of combined fluorescent in situ hybridization of uts2b mRNA (<b>A1</b>, <b>B1</b>) and ChAT immunolabeling (<b>A2</b>, <b>B2</b>) in a whole-mount dissected and opened spinal cord preparation of stage 50 wild type tadpole. <b>A3</b>, <b>B3</b>. Merged image obtained when uts2b and ChAT stainings were superimposed. Dorsal view with rostral up. Note that in this preparation, the more ventral structures are close to the midline (dashed line). The boxed region in <b>A3</b> is shown at higher magnification in <b>B1</b>–<b>B3</b>.</p
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
We studied the morphological development of motor neuron axon terminal arbors in stage 47 albino Xen...
<p>Confocal images of combined immuno-labeling of ChAT<sup>+</sup> (<b>A1</b>) and GFP<sup>+</sup> (...
<p>Confocal image of combined fluorescent <i>in situ</i> hybridization of <i>uts2b</i> mRNA (<b>A1</...
<p>Distribution of the <i>uts2b</i> mRNA revealed by <i>in situ</i> hybridization with <i>uts2b</i> ...
<p>Confocal image of combined immuno-labeling of spinal GFP<sup>+</sup> neurons (<b>A1</b>) and retr...
<p><b>A</b>. GFP fluorescence imaging of a representative transgenic tadpole at stage 58. The tail i...
<p>Combined fluorescence of GFP (<b>A</b>) and immuno-labeling of α-bungarotoxin (<b>B</b>) at the l...
<div><p><i>Xenopus</i> is an excellent tetrapod model for studying normal and pathological motoneuro...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
We studied the morphological development of motor neuron axon terminal arbors in stage 47 albino Xen...
<p>Confocal images of combined immuno-labeling of ChAT<sup>+</sup> (<b>A1</b>) and GFP<sup>+</sup> (...
<p>Confocal image of combined fluorescent <i>in situ</i> hybridization of <i>uts2b</i> mRNA (<b>A1</...
<p>Distribution of the <i>uts2b</i> mRNA revealed by <i>in situ</i> hybridization with <i>uts2b</i> ...
<p>Confocal image of combined immuno-labeling of spinal GFP<sup>+</sup> neurons (<b>A1</b>) and retr...
<p><b>A</b>. GFP fluorescence imaging of a representative transgenic tadpole at stage 58. The tail i...
<p>Combined fluorescence of GFP (<b>A</b>) and immuno-labeling of α-bungarotoxin (<b>B</b>) at the l...
<div><p><i>Xenopus</i> is an excellent tetrapod model for studying normal and pathological motoneuro...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
International audienceXenopus is an excellent tetrapod model for studying normal and pathological mo...
We studied the morphological development of motor neuron axon terminal arbors in stage 47 albino Xen...