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UCL

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Calretinin 3dpf

GFP positive tectal neurons with axons(red) and neuropil(white)

Axons and neuropil (dorsal I)

Tg(1.4dlx5a-6a:GFP) embryo stained against GFP, SV2 and acetylated tubulin

Neuronal tract labelling (green) and neuropil (red) in 4dpf brain, lateral view

Axons and Neuropil (Dorsal II)

Axons and Neuropil (Lateral I)

Glycinergic neurons in the spinal cord

Glycinergic neurons in the spinal cord(48hpf)

Bodipy labelled somites and notocord

Dextran and Bodipy labelled cells in the mesoderm of a living fish embryo

Dorsal view of the forebrain of a WT zebrafish embryo

Dorsal view of the forebrain of a asymmetry mutant zebrafish

Habenula nucleus of the zebrafish

Habenular nucleus of the zebrafish , composition.

Habenular nucleus, zebrafish.

Forebrain asymmetry in zebrafish

Epithalamus of the developing zebrafish

Brain Lymphatic Endothelial Cells along blood vasculature

Neurons and axons in the hindbrain

Evagination of the optic vesicles

Eye architecture

Frontal views of wildtype, Cyclops and one-eye-pinhead embryos

Zebrafish dorsal diencephalon at 4dpf

Zebrafish eye and neuromasts

Innervation of the Interpeduncular nucleus.

Optic nerve zebrafish

Zebrafish sensory neuromasts

Asymmetric habenula afferents

Single axonal process

Dopaminergic neurons

GABAergic and Glutamatergic neurons in the zebrafish brain

GABAergic and Glutamatergic neurons (Lateral view)

GABAergic neurons in the zebrafish

Glutamatergic neurons in the zebrafish telencephalon

Glycinergic neurons in the zebrafish spinal cord

Axonal tracts and neuopil(Lateral II)

Glutamatergic neurons in the preoptic area

lhx5:GFP/vglut2a 48hpf dorsal view

lhx5:GFP/vglut2a 48hpf lateral view

Zebrafish mechanosensory tail cell

Visual afferents

Mechanosensory head cell

Development of the axonal scaffold

Axons in a 48hpf embryo

Tg(vglut2a:DsRed) 4dpf ventral

Glutamatergic cells in the early embryo

Glutamatergic neurons in the zebrafish forebrain

Glutamatergic neurons in the early zebrafish forebrain

Glutamatergic neurons in the zebrafish forebrain

Zebrafish retina at 3 dpf

Brn3a:GFP lights up the habenula

Newly born retinal ganglion cells

Stem cells and progenitors in the eye

Absence of dividing cells in a wound

Neurons in the left habenula

Zebrafish posterior lateral line development

Where the optic tract meets the diencephalon

lhx5:GFP:atoh7:RFP

Lots of zebrafish (colour)

Pineal (blue), left sided parapineal (green) and habenular neuropil (red)

A Salmonid embryo

Zebrafish parapineal development

Neurons in the right habenula

Dopaminergic neurons in the zebrafish brain

Glutamatergic and GABAergic neurons in the subpallium

Dopaminergic neurons in the zebrafish brain

Dorsal view of the forebrain of a zebrafish larva showing axons (blue) and neuropil (pink).

Frontal view of the forebrain of a zebrafish larva showing axons (blue) and neuropil (pink).

Lateral view of the forebrain of a zebrafish larva showing axons (blue) and neuropil (pink).

Anti-tubulin labelled axons in the fish brain

Lateral view of a living fish embryo

Mitral cells of the olfactory bulb in Tg(tbr:YFP)

Parapineal(green) with ToPro(red).

Neuronal tract labelling (green) and neuropil (red) in 4dpf brain, dorsal view.

Evaginating optic vesicles

Mirror symmetric image of cavefish embryo

Frontal view of cavefish and zebrafish embryos

Cavefish Zebrafish

more images

Wilson Lab
Bianco Lab
Tada lab
Dreosti Lab
Rihel Lab
Alexandre Lab
Payne Lab
Frankel Lab
MacDonald Lab
Tuschl Lab
Wong Lab
Mongera Lab
Zebrafish Facility

1st Floor, Anatomy Building, University College London
Gower St, London, WC1E 6BT
tel 020 3549 5642

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