IMAGES
Here are some of our favourite images obtained through our research. If you would like permission to use an image please contact Steve Wilson
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 and neuropil (white)','mainDescription'))
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 and their axonal projections (red, Zn5).','mainDescription'))
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 and the distribution of filamentus actin (green, phalloidin). ','mainDescription'))
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, the nuclei of all the cells (blue) and a subset of the differentiating neurons in the retina (green, labelled by the expression of the transgenic line Tg{ath5:GFP}.','mainDescription'))
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, left sided parapineal (green) and habenular neuropil (red)','mainDescription'))
 and neuropil (pink).','mainDescription'))
 and neuropil (pink).','mainDescription'))
 and SV2 (red) antibodies to label axons and neuropil respectively.','mainDescription'))
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 surrounded by cells expressing a newly isolated gene (mz98, blue)','mainDescription'))
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 fish','mainDescription'))
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 and tubulin. GFP labelling cells in the telencephalon, midbrain and hindbrain, tubulin (red) labelling the brain','mainDescription'))
. axons are shown in red.','mainDescription'))
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 with the left sided smaller parapineal nucleus. The bilateral asymetric (larger in the left) habenulae.','mainDescription'))
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 embryo stained against GFP and acetylated tubulin','mainDescription'))
 embryo stained against GFP, SV2 and acetylated tubulin','mainDescription'))
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 (cover)','mainDescription'))
 (cover)','mainDescription'))
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 by Agassiz in 1839','mainDescription'))
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embryo.','mainDescription'))
 embryo. ','mainDescription'))
 embryo.','mainDescription'))
 embryo.','mainDescription'))
 embryo. ','mainDescription'))
 embryo.','mainDescription'))
 expresssion in the habenulae.','mainDescription'))
 embryo.','mainDescription'))
 embryo.','mainDescription'))
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 embryo.','mainDescription'))
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 and nerve(DiI)','mainDescription'))
 and neuropil (pink).','mainDescription'))
 and neuropil (pink).','mainDescription'))
 and neuropil (pink).','mainDescription'))
. ','mainDescription'))
 with ToPro(red).','mainDescription'))
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 with axons (red) and neuropil (blue)','mainDescription'))
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 and their processes in the olfactory bulbs, epithalamus, optic tectum and cerebellum. Dorsal 3dpf embryo.','mainDescription'))
 in olfactory bulbs, ementia thalami, optic tectum and optic nerve and cerebellum. Lateral view, dissected 3dpf embryo.','mainDescription'))
. Frontal view of 3dpf dissected embryo. ','mainDescription'))
 embryo. Dorsal view, 3dpf.','mainDescription'))
 embryo. Neuronal tracts (red) and neuropil (blue).','mainDescription'))
. Dorsal view of 4dpf Tg(Dlx4/6:GFP) embryo. Neuronal tracts (red) and neuropil (blue). ','mainDescription'))
. Lateral view of 4dpf Tg(Dlx4/6:GFP) embryo. Neuronal tracts (red) and neuropil (blue).','mainDescription'))
 and neuropil (magenta). ','mainDescription'))
 that labels neuronal tracts and anti-SV2(magenta) that stains neuropil.','mainDescription'))
 descending ventrally in 60hpf Tg(FoxD3:GFP) embryo. ','mainDescription'))
 and neuropil (magenta).','mainDescription'))
 and anti-SV2(magenta). ','mainDescription'))
 and anti-SV2(magenta). Lateral view. ','mainDescription'))
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 and neuropil (red) in 4dpf brain, dorsal view. ','mainDescription'))
 and neuropil (red) in 4dpf brain, lateral view','mainDescription'))
. 5dpf Tg(vmat2:GFP) embryo. ','mainDescription'))
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, mid-brain (blue) and hindbrain (green).','mainDescription'))
MOVIES
Some of the research projects at UCL involve making movies of developmental processes or 3D reconstructions of developing structures.
These reveal the beauty of the developing embryo and help us to understand embryogenesis. Quite a few of the movies are not published and so you should contact us if you are interested in finding out more information.
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