Tabor et al., 2018 - Brain-wide cellular resolution imaging of Cre transgenic zebrafish lines for functional circuit-mapping. ZFIN Direct Data Submission

Fig.1 View of larva transgenic for y467Et and Tg(UAS:Kaede)s1999t which expresses Kaede in subpallium, hypothalamus - caudal zone, tegmentum, dorsal raphe, Rhombomere 3, Rhombomere 5, endocrine pancreas, motor neurons (weak), heart (weak)

Fig.2 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y467Et and Tg(UAS:Kaede)s1999t which expresses Kaede in subpallium, hypothalamus - caudal zone, tegmentum, dorsal raphe, Rhombomere 3, Rhombomere 5, endocrine pancreas, motor neurons (weak), heart (weak)

Fig.3 View of larva transgenic for y297Et and Tg(UAS:Kaede)s1999t which expresses Kaede in brain (specific), trigeminal, pLLg, lateral line, medulla (ventral longitudinal stripe), pituitary (pars intermedia), retina, motor neurons

Fig.4 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y297Et and Tg(UAS:Kaede)s1999t which expresses Kaede in brain (specific), trigeminal, pLLg, lateral line, medulla (ventral longitudinal stripe), pituitary (pars intermedia), retina, motor neurons

Fig.5 View of larva transgenic for y441Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pineal projection neurons, hypothalamus, vagal ganglion, slow muscle (weak), heart, skin, retina, spinal cord

Fig.6 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y441Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pineal projection neurons, hypothalamus, vagal ganglion, slow muscle (weak), heart, skin, retina, spinal cord

Fig.7 View of larva transgenic for y426Et and Tg(UAS:Kaede)s1999t which expresses Kaede in lens, medulla oblongata (dorsal), semicircular canal, central canal, branchial arches, retina, spinal cord

Fig.8 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y227Et which expresses mCherry in Pineal photoreceptors

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Stage: Day 4

Fig.9 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y460Et which expresses mCherry in preoptic region, Nuc MLF, dorsal raphe, medulla oblongata longitudinal column

Fig.10 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y446Et which expresses mCherry in olfactory bulb, brain ventricles

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Stage: Day 4

Fig.11 View of larva transgenic for y387Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory bulb, subpallium, habenula, medulla oblongata, dorsal raphe, retina, spinal cord, muscle (including ocular muscle), fin, notochord

Fig.12 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y387Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory bulb, subpallium, habenula, medulla oblongata, dorsal raphe, retina, spinal cord, muscle (including ocular muscle), fin, notochord

Fig.13 View of larva transgenic for y575Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pretectum, pineal, hypothalamus - rostral zone, medulla oblongata, lateral line, pLLg, retina, spinal cord, notochord (weak), integument (weak)

Fig.14 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y575Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pretectum, pineal, hypothalamus - rostral zone, medulla oblongata, lateral line, pLLg, retina, spinal cord, notochord (weak), integument (weak)

Fig.15 View of larva transgenic for y468Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory epithelium, pallium, hypothalamus, cranial sensory ganglia, aLLg, vagal ganglion, intestine, retinal, spinal cord

Fig.16 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y468Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory epithelium, pallium, hypothalamus, cranial sensory ganglia, aLLg, vagal ganglion, intestine, retinal, spinal cord

Fig.17 View of larva transgenic for y532Et and Tg(UAS:Kaede)s1999t which expresses Kaede in posterior tuberculum, ventral thalamus, optic tectum (cellular layer), tegmentum, dorsal raphe, horizontal myoseptum, integument (on eye), ocular muscle, fin

Fig.18 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y532Et and Tg(UAS:Kaede)s1999t which expresses Kaede in posterior tuberculum, ventral thalamus, optic tectum (cellular layer), tegmentum, dorsal raphe, horizontal myoseptum, integument (on eye), ocular muscle, fin

Fig.19 View of larva transgenic for y274Et and Tg(UAS:Kaede)s1999t which expresses Kaede in brain (broad), spinal cord (broad), notochord, heart, slow muscle, fins, ocular muscle

Fig.20 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y274Et and Tg(UAS:Kaede)s1999t which expresses Kaede in brain (broad), spinal cord (broad), notochord, heart, slow muscle, fins, ocular muscle

Fig.21 View of larva transgenic for y375Et and Tg(UAS:Kaede)s1999t which expresses Kaede in subpallium, pineal complex, habenula (lateral;fasciculus retroflexus to below medial raphe), ventral thalamus, pituitary, medulla oblongata, Nuc MLF, medulla, motor neurons, retina, spinal cord, strong heart, weak ventral fin

Fig.22 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y375Et and Tg(UAS:Kaede)s1999t which expresses Kaede in subpallium, pineal complex, habenula (lateral;fasciculus retroflexus to below medial raphe), ventral thalamus, pituitary, medulla oblongata, Nuc MLF, medulla, motor neurons, retina, spinal cord, strong heart, weak ventral fin

Fig.23 View of larva transgenic for y564Et and Tg(UAS:Kaede)s1999t which expresses Kaede in posterior tuberculum, trigeminal ganglion, notochord, muscle, retina, spinal cord

Fig.24 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y564Et and Tg(UAS:Kaede)s1999t which expresses Kaede in posterior tuberculum, trigeminal ganglion, notochord, muscle, retina, spinal cord

Fig.25 View of larva transgenic for y352Et and Tg(UAS:Kaede)s1999t which expresses Kaede in medulla oblongata (small lateral cluster in ~rhombomere 6), lens, retina

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Stage: Day 4

Fig.26 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y352Et and Tg(UAS:Kaede)s1999t which expresses Kaede in medulla oblongata (small lateral cluster in ~rhombomere 6), lens, retina

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Stage: Day 4

Fig.27 View of larva transgenic for y388Et and Tg(UAS:Kaede)s1999t which expresses Kaede in vasculature (intersegmental vessels)

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Stage: Day 4

Fig.28 View of larva transgenic for y265Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory epithelium, subpallium, pineal, thalamus, tegmentum, medulla oblongata (longitudinal stripes), retina, ocular muscle, motor neurons, esophagus

Fig.29 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y265Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory epithelium, subpallium, pineal, thalamus, tegmentum, medulla oblongata (longitudinal stripes), retina, ocular muscle, motor neurons, esophagus

Fig.30 View of larva transgenic for y271Et and Tg(UAS:Kaede)s1999t which expresses Kaede in brain (broad, strong), spinal cord (broad), heart (weak), muscle (weak), notochord (weak)

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Gene:
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Stage: Day 4

Fig.31 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y271Et and Tg(UAS:Kaede)s1999t which expresses Kaede in brain (broad, strong), spinal cord (broad), heart (weak), muscle (weak), notochord (weak)

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Stage: Day 4

Fig.32 View of larva transgenic for y353Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pretectum, hypothalamus - caudal zone, medulla (discrete clusters), pLLg, strong lens, esophagus/pharynx, jaw, ocular muscle, fins

Fig.33 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y353Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pretectum, hypothalamus - caudal zone, medulla (discrete clusters), pLLg, strong lens, esophagus/pharynx, jaw, ocular muscle, fins

Fig.34 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y533Et and Tg(UAS:Kaede)s1999t which expresses Kaede in habenula (right, plus fasciculus retroflexus), floorplate, tegmentum, torus semicircularis, locus coeruleus, facial octavolateralis motor neurons (strong projections outside brain), fast muscle (moderate), lateral line nerve (hair cell junctions)

Fig.35 View of larva transgenic for y364Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pallium, radial glia (telencephalon/diencephalon), pineal complex, hypothalamus - caudal zone, pLLg, lateral line, neuromasts (head and trunk), medulla (radial glia), retina, spinal cord, muscle, integument (weak)

Fig.36 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y364Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pallium, radial glia (telencephalon/diencephalon), pineal complex, hypothalamus - caudal zone, pLLg, lateral line, neuromasts (head and trunk), medulla (radial glia), retina, spinal cord, muscle, integument (weak)

Fig.37 View of larva transgenic for y365Et and Tg(UAS:Kaede)s1999t which expresses Kaede in whole organism, thalamus, midbrain, cerebellum, medulla oblongata, motor neurons, retina, weak heart, weak vasculature

Fig.38 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y365Et and Tg(UAS:Kaede)s1999t which expresses Kaede in whole organism, thalamus, midbrain, cerebellum, medulla oblongata, motor neurons, retina, weak heart, weak vasculature

Fig.39 View of larva transgenic for y576Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pineal, optic tectum, corpus cerebelli, tegmentum, medulla oblongata (lateral domain), endocrine pancreas (weak), retina (strong), fast muscle (weak)

Fig.40 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y576Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pineal, optic tectum, corpus cerebelli, tegmentum, medulla oblongata (lateral domain), endocrine pancreas (weak), retina (strong), fast muscle (weak)

Fig.41 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y511Et and Tg(UAS:Kaede)s1999t which expresses Kaede in preoptic area, hypothalamus - rostral zone, radial glia throughout brain, medulla oblongata, fast muscle (moderate), pLLg, pectoral fins

Fig.42 View of larva transgenic for y393Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory sensory neurons, pallium, subpallium, pineal, habenula (lateral), trigeminal ganglion, hypothalamus, pituitary, otic vesicle maculae (posterior), retina, spinal cord, floorplate, fast muscle

Fig.43 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y393Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory sensory neurons, pallium, subpallium, pineal, habenula (lateral), trigeminal ganglion, hypothalamus, pituitary, otic vesicle maculae (posterior), retina, spinal cord, floorplate, fast muscle

Fig.44 View of larva transgenic for y433Et and Tg(UAS:Kaede)s1999t which expresses Kaede in tegmentum, reticulospinal neurons, fast muscle (strong), pectoral fins

Fig.45 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y433Et and Tg(UAS:Kaede)s1999t which expresses Kaede in tegmentum, reticulospinal neurons, fast muscle (strong), pectoral fins

Fig.46 View of larva transgenic for y394Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory bulb, subpallium, posterior tuberculum, facial octavolateralis motor neurons, vagus motor neurons, inferior olive, motor neurons, ocular muscle, strong pectoral fin, yolk extension, weak slow muscle

Fig.47 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y394Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory bulb, subpallium, posterior tuberculum, facial octavolateralis motor neurons, vagus motor neurons, inferior olive, motor neurons, ocular muscle, strong pectoral fin, yolk extension, weak slow muscle

Fig.48 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y469Et and Tg(UAS:Kaede)s1999t which expresses Kaede in retinotectal tract, medulla oblongata (floorplate)

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Stage: Day 4

Fig.49 View of larva transgenic for y306Et and Tg(UAS:Kaede)s1999t which expresses Kaede in preoptic region (selective)

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Stage: Day 4

Fig.50 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y306Et and Tg(UAS:Kaede)s1999t which expresses Kaede in preoptic region (selective)

EXPRESSION / LABELING:
Gene:
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Stage: Day 4

Fig.51 View of larva transgenic for y242Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory bulb, subpallium, habenula, pineal, pretectum, locus coeruleus, medulla oblongata, retina, spinal cord (radial glia), motor neurons, slow muscle (weak), integument (strong in patch dorsal to rhombomere 5), habenula, heart (weak)

Fig.52 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y242Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory bulb, subpallium, habenula, pineal, pretectum, locus coeruleus, medulla oblongata, retina, spinal cord (radial glia), motor neurons, slow muscle (weak), integument (strong in patch dorsal to rhombomere 5), habenula, heart (weak)

Fig.53 View of larva transgenic for y308Et and Tg(UAS:Kaede)s1999t which expresses Kaede in brain-specific, olfactory sensory neurons, olfactory bulb, optic tectum, dorsal raphe, medulla (rostral)

Fig.54 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y308Et and Tg(UAS:Kaede)s1999t which expresses Kaede in brain-specific, olfactory sensory neurons, olfactory bulb, optic tectum, dorsal raphe, medulla (rostral)

Fig.55 View of larva transgenic for y470Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pineal complex, subpallium, optic tectum (weak), posterior tuberculum, hypothalamus - caudal zone, anterior macula, middle crista, ocular muscle, integument

Fig.56 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y470Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pineal complex, subpallium, optic tectum (weak), posterior tuberculum, hypothalamus - caudal zone, anterior macula, middle crista, ocular muscle, integument

Fig.57 View of larva transgenic for y444Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pituitary, reticulospinal, notochord, retina, spinal cord

Fig.58 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y444Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pituitary, reticulospinal, notochord, retina, spinal cord

Fig.59 View of larva transgenic for y471Et and Tg(UAS:Kaede)s1999t which expresses Kaede in subpallium, preoptic area, hypothalamus, oculomotor nucleus, interpeduncular nucleus tegmentum, dorsal raphe, medulla oblongata (several clusters: rhombomere 1, caudal lateral area), motor neurons, intestine, muscle (weak), iridophores (eye, swim bladder), strong pectoral fins (strong), medial fin fold (caudal), blood (weak)

Fig.60 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y471Et and Tg(UAS:Kaede)s1999t which expresses Kaede in subpallium, preoptic area, hypothalamus, oculomotor nucleus, interpeduncular nucleus tegmentum, dorsal raphe, medulla oblongata (several clusters: rhombomere 1, caudal lateral area), motor neurons, intestine, muscle (weak), iridophores (eye, swim bladder), strong pectoral fins (strong), medial fin fold (caudal), blood (weak)

Fig.61 View of larva transgenic for y472Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory epithelium, preoptic area, habenula, hypothalamus, tegmentum, medulla oblongata, intestine

Fig.62 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y472Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory epithelium, preoptic area, habenula, hypothalamus, tegmentum, medulla oblongata, intestine

Fig.63 View of larva transgenic for y396Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory bulb, medulla oblongata, aLLg, pLLg, branchial arches, endocrine pancreas, neuromasts, retina, spinal cord

Fig.64 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y396Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory bulb, medulla oblongata, aLLg, pLLg, branchial arches, endocrine pancreas, neuromasts, retina, spinal cord

Fig.65 View of larva transgenic for y397Et and Tg(UAS:Kaede)s1999t which expresses Kaede in aLLg, pLLg, lateral line, blood, fin, notochord (strong), muscle (weak)

Fig.66 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y397Et and Tg(UAS:Kaede)s1999t which expresses Kaede in aLLg, pLLg, lateral line, blood, fin, notochord (strong), muscle (weak)

Fig.67 View of larva transgenic for y473Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pituitary, tegmentum, medulla oblongata, vagal ganglion, lateral line, otic vesicle cristae, otic vesicle maculae, fast muscle (weak)

Fig.68 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y473Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pituitary, tegmentum, medulla oblongata, vagal ganglion, lateral line, otic vesicle cristae, otic vesicle maculae, fast muscle (weak)

Fig.69 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y512Et and Tg(UAS:Kaede)s1999t which expresses Kaede in optic tract - af9, hypothalamus - rostral zone, locus coeruleus, vagus motor neurons, facial octavolateralis motor neurons, aLLg, pLLg, lateral line, statoacoustic ganglion, heart (weak), muscle, notochord (weak), pectoral fin

Fig.70 View of larva transgenic for y320Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory sensory neurons, pallium, preoptic region, posterior tuberculum, hypothalamus, aLLg, pLLg, strong cranial sensory ganglia (plus plexus in medulla), inferior olive, retina, spinal cord, swim bladder, lens

Fig.71 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y320Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory sensory neurons, pallium, preoptic region, posterior tuberculum, hypothalamus, aLLg, pLLg, strong cranial sensory ganglia (plus plexus in medulla), inferior olive, retina, spinal cord, swim bladder, lens

Fig.72 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y401Et and Tg(UAS:Kaede)s1999t which expresses Kaede in optic tectum (radial glia), ventricles, olfactory epithelium, muscle (weak), heart (weak), yolk

Fig.73 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y405Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory epithelium, preoptic area, trigeminal ganglion, locus coeruleus, optic tectum, medulla oblongata, retina, spinal cord, muscle

Fig.74 View of larva transgenic for y436Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory sensory neurons, retina, lens, posterior tuberculum, pronephric tubules, caudal fin rays, notochord (weak), muscle, spinal cord

Fig.75 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y436Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory sensory neurons, retina, lens, posterior tuberculum, pronephric tubules, caudal fin rays, notochord (weak),muscle, spinal cord

Fig.76 View of larva transgenic for y350Et and Tg(UAS:Kaede)s1999t which expresses Kaede in Habenula (right), thalamus, hypothalamus - rostral zone, tegmentum, trigeminal motor neurons - posterior, medulla oblongata

Fig.77 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y350Et and Tg(UAS:Kaede)s1999t which expresses Kaede in Habenula (right), thalamus, hypothalamus - rostral zone, tegmentum, trigeminal motor neurons - posterior, medulla oblongata

Fig.78 View of larva transgenic for y325Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory sensory neurons, posterior tuberculum, optic tectum, pituitary, reticulospinal neurons, trigeminal ganglion, aLLg, pLLg, neuromasts (strong; head and trunk), medulla (caudal/dorsal and longitudinal stripe), otic vesicle maculae, retinotectal tract, spinal cord, endocrine pancreas, fast muscle

Fig.79 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y325Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory sensory neurons, posterior tuberculum, optic tectum, pituitary, reticulospinal neurons, trigeminal ganglion, aLLg, pLLg, neuromasts (strong; head and trunk), medulla (caudal/dorsal and longitudinal stripe), otic vesicle maculae, retinotectal tract, spinal cord, endocrine pancreas, fast muscle

Fig.80 View of larva transgenic for y513Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pineal complex, optic tectum neuropil, telencephalon, notochord

Fig.81 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y412Et and Tg(UAS:Kaede)s1999t which expresses Kaede in subpallium, tegmentum, eminentia granularis, corpus cerebelli, medulla oblongata, heart

Fig.82 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y416Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pineal complex, hypothalamus - rostral zone, optic tectum (neuropil), vagal ganglion, aLLg, pLLg, lateral line, cranial sensory ganglia, dorsal root ganglia, retina, spinal cord, intestine, weak notochord, weak ventral fast muscle

Fig.83 View of larva transgenic for y348Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory sensory neurons, posterior tuberculum, tegmentum, trigeminal ganglion, reticulospinal neurons, retina, spinal cord

Fig.84 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y348Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory sensory neurons, posterior tuberculum, tegmentum, trigeminal ganglion, reticulospinal neurons, retina, spinal cord

Fig.85 View of larva transgenic for y417Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory epithelium, telencephalon (ventral midline), lateral habenula, optic tectum, medulla oblongata, vagal ganglion, heart (strong), intestine (strong), somite boundaries, neuromasts (head only)

Fig.86 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y417Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory epithelium, telencephalon (ventral midline), lateral habenula, optic tectum, medulla oblongata, vagal ganglion, heart (strong), intestine (strong), somite boundaries, neuromasts (head only)

Fig.87 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y514Et and Tg(UAS:Kaede)s1999t which expresses Kaede in subpallium, hypothalamus - rostral zone, facial sensory ganglion, torus semicircularis, habenula (left), vagal ganglion (and plexus in medulla oblongata), spinal cord

Fig.88 View of larva transgenic for y333Et and Tg(UAS:Kaede)s1999t which expresses Kaede in hypothalamus -caudal zone (selective), medulla oblongata, spinal cord

Fig.89 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y333Et and Tg(UAS:Kaede)s1999t which expresses Kaede in hypothalamus -caudal zone (selective), medulla oblongata, spinal cord

Fig.90 View of larva transgenic for y334Et and Tg(UAS:Kaede)s1999t which expresses Kaede in cerebellum, medulla (discrete clusters), reticulospinal neurons, retina, spinal cord

Fig.91 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y334Et and Tg(UAS:Kaede)s1999t which expresses Kaede in cerebellum, medulla (discrete clusters), reticulospinal neurons, retina, spinal cord

Fig.92 View of larva transgenic for y275Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory sensory neurons, subpallium, preoptic region, pretectum, optic tectum, tegmentum, cerebellar plate, cerebellum (eminentia granularis), torus longitudinalis, torus semicircularis, hypothalamus, medulla (caudal), retina, motor neurons, punctate cells on yolk

Fig.93 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y275Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory sensory neurons, subpallium, preoptic region, pretectum, optic tectum, tegmentum, cerebellar plate, cerebellum (eminentia granularis), torus longitudinalis, torus semicircularis, hypothalamus, medulla (caudal), retina, motor neurons, punctate cells on yolk

Fig.94 View of larva transgenic for y565Et and Tg(UAS:Kaede)s1999t which expresses Kaede in subpallium, medial habenula, thalamus, tegmentum, corpus cerebelli, cranial sensory ganglia, vagus motor neurons, inferior olive, aLLg (strong), pLLg, lateral line (branches to neuromasts), dorsal root ganglia (DRG), notochord (weak), muscle (weak)

Fig.95 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y565Et and Tg(UAS:Kaede)s1999t which expresses Kaede in subpallium, medial habenula, thalamus, tegmentum, corpus cerebelli, cranial sensory ganglia, vagus motor neurons, inferior olive, aLLg (strong), pLLg, lateral line (branches to neuromasts), dorsal root ganglia (DRG), notochord (weak), muscle (weak)

Fig.96 View of larva transgenic for y336Et and Tg(UAS:Kaede)s1999t which expresses Kaede in optic tectum, retinotectal tract (strong), hypothalamus - caudal zone, pituitary (strong; pars intermedia), medulla (caudal/ventral), retina, spinal cord, pancreas

Fig.97 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y336Et and Tg(UAS:Kaede)s1999t which expresses Kaede in optic tectum, retinotectal tract (strong), hypothalamus - caudal zone, pituitary (strong; pars intermedia), medulla (caudal/ventral), retina, spinal cord, pancreas

Fig.98 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y566Et and Tg(UAS:Kaede)s1999t which expresses Kaede in thalamus, optic tectum (cellular layer), torus semicircularis, midbrain region dorsal to raphe, medulla oblongata (caudal region), jaw (basihyal) cartilage, esophagus,vagal ganglion,branchial arches,

Fig.99 View of larva transgenic for y420Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory sensory neurons, hypothalamus - rostral zone, posterior tuberculum, tegmentum, medulla oblongata (rostral nuclei), aLLg, pLLg, lateral line, neuromasts, spinal cord, floorplate, blood

Fig.100 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y420Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory sensory neurons, hypothalamus - rostral zone, posterior tuberculum, tegmentum, medulla oblongata (rostral nuclei), aLLg, pLLg, lateral line, neuromasts, spinal cord, floorplate, blood

Fig.101 View of larva transgenic for y247Et and Tg(UAS:Kaede)s1999t which expresses Kaede in brain (strong), spinal cord (strong)

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Fig.102 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y567Et and Tg(UAS:Kaede)s1999t which expresses Kaede in retinal ganglion cell, retinotectal tract (strong), aLLg, pLLg, lateral line (plus innervation of neuromasts), spinal cord, lens (strong)

Fig.103 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y421Et and Tg(UAS:Kaede)s1999t which expresses Kaede in pallium, thalamus, posterior tuberculum, hypothalamus - rostral zone, meninges, retina, spinal cord, yolk, muscle, notochord, fin, jaw

Fig.104 View of larva transgenic for y477Et and Tg(UAS:Kaede)s1999t which expresses Kaede in statoacoustic ganglion, optic tectum - neuropil, medulla oblongata, fast muscle (weak), retina

Fig.105 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y477Et and Tg(UAS:Kaede)s1999t which expresses Kaede in statoacoustic ganglion, optic tectum - neuropil, medulla oblongata, fast muscle (weak), retina

Fig.106 View of larva transgenic for y423Et and Tg(UAS:Kaede)s1999t which expresses Kaede in optic tectum (neuropil), medulla oblongata (several clusters), vagus motor neurons, trigeminal ganglion, aLLg, pLLg, vagal ganglion, retina, spinal cord, endocrine pancreas, notochord

Fig.107 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y423Et and Tg(UAS:Kaede)s1999t which expresses Kaede in optic tectum (neuropil), medulla oblongata (several clusters), vagus motor neurons, trigeminal ganglion, aLLg, pLLg, vagal ganglion, retina, spinal cord, endocrine pancreas, notochord

Fig.108 View of larva transgenic for y515Et and Tg(UAS:Kaede)s1999t which expresses Kaede in tegmentum, medulla oblongata (cluster of eng1b cells in ~rhombomere 7)

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Fig.109 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y515Et and Tg(UAS:Kaede)s1999t which expresses Kaede in tegmentum, medulla oblongata (cluster of eng1b cells in ~rhombomere 7)

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Fig.110 View of larva transgenic for y425Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory bulb, hypothalamus, motor neurons (weak), spinal cord, heart (weak), floorplate

Fig.111 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y425Et and Tg(UAS:Kaede)s1999t which expresses Kaede in olfactory bulb, hypothalamus, motor neurons (weak), spinal cord, heart (weak), floorplate

Fig.112 View of larva transgenic for y341Et and Tg(UAS:Kaede)s1999t which expresses Kaede in hypothalamus - caudal zone (selective), retina, spinal cord

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Fig.113 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y341Et and Tg(UAS:Kaede)s1999t which expresses Kaede in hypothalamus - caudal zone (selective), retina, spinal cord

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Fig.114 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y478Et and Tg(bActin:Switch)y252 which expresses TagRFPT in olfactory epithelium, subpallium

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Fig.115 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y479Et and Tg(bActin:Switch)y252 which expresses TagRFPT in olfactory epithelium, olfactory bulb, pallium, optic tectum, thalamus, hypothalamus, valvula cerebelli, corpus cerebelli, trigeminal ganglion, vagal ganglion, medulla oblongata, muscle, yolk, intestine, heart, skin

Fig.116 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y480Et and Tg(bActin:Switch)y252 which expresses TagRFPT in optic tectum, heart, muscle

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Fig.117 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y481Et and Tg(bActin:Switch)y252 which expresses TagRFPT in torus longitudinalis, pallium, cerebellum

Fig.118 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y483Et and Tg(bActin:Switch)y252 which expresses TagRFPT in olfactory epithelium, olfactory bulb, subpallium, habenula, optic tectum (cellular layer), hypothalamus - diffuse nucleus, rhombomere 4 (dorsal cluster)

Fig.119 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y465Et and Tg(bActin:Switch)y252 which expresses TagRFPT in Rhombomere 3, Rhombomere 5

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Fig.120 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y484Et and Tg(bActin:Switch)y252 which expresses TagRFPT in pallium

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Fig.121 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y519Et and Tg(bActin:Switch)y252 which expresses TagRFPT in optic tectum

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Fig.122 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y520Et and Tg(bActin:Switch)y252 which expresses TagRFPT in pallium, cerebellum

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Fig.123 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y445Et and Tg(bActin:Switch)y252 which expresses TagRFPT in pallium, habenula, medulla oblongata

Fig.124 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y457Et and Tg(bActin:Switch)y252 which expresses TagRFPT in broad (possibly pan-neuronal)

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Fig.125 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y458Et and Tg(bActin:Switch)y252 which expresses TagRFPT in optic tectum, torus semicircularis, cerebellum, medulla oblongata

Fig.126 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y459Et and Tg(bActin:Switch)y252 which expresses TagRFPT in habenula, optic chiasm, optic tectum, thalamus, hypothalamus

Fig.127 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y456Et and Tg(bActin:Switch)y252 which expresses TagRFPT in medulla oblongata

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Fig.128 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y495Et and Tg(bActin:Switch)y252 which expresses TagRFPT in medulla oblongata, radial glia (optic tectum)

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Fig.129 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y494Et and Tg(bActin:Switch)y252 which expresses TagRFPT in tegmentum

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Fig.130 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y493Et and Tg(bActin:Switch)y252 which expresses TagRFPT in retinotectal tract, olfactory epithelium

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Fig.131 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y492Et and Tg(bActin:Switch)y252 which expresses TagRFPT in medulla oblongata

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Fig.132 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y490Et and Tg(bActin:Switch)y252 which expresses TagRFPT in rhombomere 5

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Fig.133 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y489Et and Tg(bActin:Switch)y252 which expresses TagRFPT in olfactory epithelium, rhombomere 5

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Fig.134 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y488Et and Tg(bActin:Switch)y252 which expresses TagRFPT in olfactory bulb, pallium, habenula, pretectum, thalamus, cerebellum, medulla oblongata

Fig.135 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y487Et and Tg(bActin:Switch)y252 which expresses TagRFPT in pallium, cerebellum, medulla oblongata (dorsal area in rhombomere 2, rhombomere 3, rhombomere 4, rhombomere 5)

Fig.136 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y486Et and Tg(bActin:Switch)y252 which expresses TagRFPT in cerebellum

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Fig.137 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y485Et and Tg(bActin:Switch)y252 which expresses TagRFPT in pallium, medulla oblongata (Rhombomere 6 to spinal cord)

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Fig.138 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y521Et and Tg(bActin:Switch)y252 which expresses TagRFPT in medulla oblongata (caudal area)

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Fig.139 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y523Et and Tg(bActin:Switch)y252 which expresses TagRFPT in Mauthner cells and Rhombomere 6

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Fig.140 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y524Et and Tg(bActin:Switch)y252 which expresses TagRFPT in otic vesicle hair cells

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Fig.141 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y526Et and Tg(bActin:Switch)y252 which expresses TagRFPT in optic tectum, habenula

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Fig.142 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y528Et and Tg(bActin:Switch)y252 which expresses TagRFPT in habenula (including fasciculus retroflexus), optic tectum, trigeminal ganglion

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Fig.143 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y541Et and Tg(bActin:Switch)y252 which expresses TagRFPT in pallium, optic tectum, cerebellum

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Fig.144 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y542Et and Tg(bActin:Switch)y252 which expresses TagRFPT in Rhombomere 6

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Fig.145 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y543Et and Tg(bActin:Switch)y252 which expresses TagRFPT in olfactory epithelium, subpallium, thalamus, pretectum, optic tectum, torus semicircularis, hypothalamus

Fig.146 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y544Et and Tg(bActin:Switch)y252 which expresses TagRFPT in rhombomere 5, jaw

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Fig.147 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y545Et and Tg(bActin:Switch)y252 which expresses TagRFPT in Mauthner cells

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Fig.148 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y546Et and Tg(bActin:Switch)y252 which expresses TagRFPT in olfactory bulb, pallium, subpallium, habenula, pineal, optic tectum, thalamus, corpus cerebelli

Fig.149 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y547Et and Tg(bActin:Switch)y252 which expresses TagRFPT in subpallium, medulla oblongata (dorsal)

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Fig.150 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y548Et and Tg(bActin:Switch)y252 which expresses TagRFPT in pallium, tegmentum, rhombomere 1, retina

Fig.151 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y549Et and Tg(bActin:Switch)y252 which expresses TagRFPT in rhombomere 2, rhombomere 4

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Fig.152 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y550Et and Tg(bActin:Switch)y252 which expresses TagRFPT in olfactory bulb, pallium

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Fig.153 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y551Et and Tg(bActin:Switch)y252 which expresses TagRFPT in optic tectum (caudal domain)

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Fig.154 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y552Et and Tg(bActin:Switch)y252 which expresses TagRFPT in subpallium, telencephalic migrated area M4, hypothalamus - rostral zone, presumptive preglomerular region, hypothalamus - intermediate zone

Fig.155 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y554Et and Tg(bActin:Switch)y252 which expresses TagRFPT in medulla oblongata (lateral longitudinal column)

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Fig.156 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y555Et and Tg(bActin:Switch)y252 which expresses TagRFPT in olfactory bulb, pallium, corpus cerebelli, optic tectum - stratum periventriculare, medulla oblongata (dorsal region)

Fig.157 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y556Et and Tg(bActin:Switch)y252 which expresses TagRFPT in olfactory bulb, pallium, optic tectum, optic tract, torus semicircularis, corpus cerebelli, medulla oblongata

Fig.158 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y557Et and Tg(bActin:Switch)y252 which expresses TagRFPT in thalamus, optic tract, optic tectum, valvula cerebelli, corpus cerebelli, medulla oblongata (caudal)

Fig.159 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y558Et and Tg(bActin:Switch)y252 which expresses TagRFPT in olfactory bulb, pallium, optic tectum, torus semicircularis, cerebellum, medulla oblongata

Fig.160 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y559Et and Tg(bActin:Switch)y252 which expresses TagRFPT in Rhombomere 5 (dorsal domain), Rhombomere 6 (longitudinal column)

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Fig.161 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y568Et and Tg(bActin:Switch)y252 which expresses TagRFPT in ventral thalamus, Rhombomere 4, Rhombomere 5

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Fig.162 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y569Et and Tg(bActin:Switch)y252 which expresses TagRFPT in olfactory epithelium, valvular cerebelli

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Fig.163 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y570Et and Tg(bActin:Switch)y252 which expresses TagRFPT in Rhombomere 2, Rhombomere 3

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Fig.164 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y574Et and Tg(bActin:Switch)y252 which expresses TagRFPT in olfactory bulb, pallium, habenula, optic tectum, griseum tectale, corpus cerebelli, medulla oblongata

Fig.165 Left: dorsal and sagittal maximal confocal projections from Zebrafish Brain Browser. Right: coronal slices at the indicated levels. Depth coded by color. Intensity represents mean expression in larvae transgenic for y571Et and Tg(bActin:Switch)y252 which expresses TagRFPT in Rhombomere 2, Rhombomere 6

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Acknowledgments:
ZFIN wishes to thank the journal ZFIN Direct Data Submission for permission to reproduce figures from this article. Please note that this material may be protected by copyright.