<p>Rods (left column) are labelled with the rh1:GFP and UV cones (right column) with the opn1sw1:GFP reporter fish, respectively. <b>A, B:</b> Vitreal view of untreated control eyes. Insets show magnified images indicated in the overviews. Illustration showing the orientation of flatmounted samples as vitreal view with dorsal (superior) orientation to the top. <b>C-C″</b>: 3 days post focused light lesions in rh1:GFP. <b>D-D″</b>: 3 days post focused light lesions in opn1sw1:GFP. <b>E-E″:</b> 3 days post diffuse light lesions in rh1:GFP. <b>F-F″</b>: 3 days post diffuse light lesions in opn1sw1:GFP. The asterisk in A–F marks the optic nerve head. Scale bars represent 1 mm.</p
<p><b>A, B</b>) Hematoxylin-eosin staining of control retina after one month. dn-fgfr1 transgenic, r...
Figure S1. A–A”. To assess co-label of mpeg1:GFP and mpeg1:mCherry transgenes in retina, double tran...
<p>The cone photoreceptor mosaic of zebrafish consists of a precise reiterated arrangement of cone s...
<p>Retinal flat-mounts from a double transgenic adult fish (UV and blue cone reporters) immunostaine...
<p>Sections were immunolabeled with EGFP (green) to visualize the <i>nrd:egfp</i> transgene and Zpr-...
<div><p>(A) Schematic of the right eye cup that shows how the retina was apportioned for analyses. T...
<p>A, C) Cone mosaic lattice in the dorsal retina (A) and ventral retina (C) visualized in retinal f...
The retinotectal projection is a premier model system for the investigation of molecular mechanisms ...
<p>UV cones (left panel) and rods (right panel) are labelled by the opn1sw1:GFP and rh1:GFP reporter...
<p><b>A</b>) Schematic of photoreceptor packing in the apical plane of the adult retina, showing con...
<p>A, B) Flat-mounted retinas from <i>sws1:EGFP</i> wild-type fish; the optic disc is indicated by a...
<p>Sections of retina from one-month old juvenile retinas are shown. A and B. Two different sections...
<p>(A) At 48 hours after light onset, almost all rod photoreceptors have been ablated and proliferat...
<p>Merged image showed colocalization of GFP fluorescence and TUJ1 staining in retinal flat-mounts f...
<p><b>A</b>: Overview image of a retinal section from an opn1sw1:GFP transgenic animal at 1 and 2 da...
<p><b>A, B</b>) Hematoxylin-eosin staining of control retina after one month. dn-fgfr1 transgenic, r...
Figure S1. A–A”. To assess co-label of mpeg1:GFP and mpeg1:mCherry transgenes in retina, double tran...
<p>The cone photoreceptor mosaic of zebrafish consists of a precise reiterated arrangement of cone s...
<p>Retinal flat-mounts from a double transgenic adult fish (UV and blue cone reporters) immunostaine...
<p>Sections were immunolabeled with EGFP (green) to visualize the <i>nrd:egfp</i> transgene and Zpr-...
<div><p>(A) Schematic of the right eye cup that shows how the retina was apportioned for analyses. T...
<p>A, C) Cone mosaic lattice in the dorsal retina (A) and ventral retina (C) visualized in retinal f...
The retinotectal projection is a premier model system for the investigation of molecular mechanisms ...
<p>UV cones (left panel) and rods (right panel) are labelled by the opn1sw1:GFP and rh1:GFP reporter...
<p><b>A</b>) Schematic of photoreceptor packing in the apical plane of the adult retina, showing con...
<p>A, B) Flat-mounted retinas from <i>sws1:EGFP</i> wild-type fish; the optic disc is indicated by a...
<p>Sections of retina from one-month old juvenile retinas are shown. A and B. Two different sections...
<p>(A) At 48 hours after light onset, almost all rod photoreceptors have been ablated and proliferat...
<p>Merged image showed colocalization of GFP fluorescence and TUJ1 staining in retinal flat-mounts f...
<p><b>A</b>: Overview image of a retinal section from an opn1sw1:GFP transgenic animal at 1 and 2 da...
<p><b>A, B</b>) Hematoxylin-eosin staining of control retina after one month. dn-fgfr1 transgenic, r...
Figure S1. A–A”. To assess co-label of mpeg1:GFP and mpeg1:mCherry transgenes in retina, double tran...
<p>The cone photoreceptor mosaic of zebrafish consists of a precise reiterated arrangement of cone s...