vision/eye
• with some areas of disruption by vascular-like cells in the retinal outer nuclear layer, subretinal space, and retinal pigment epithelium
• at 14 months, mice exhibit vessel-like cellular structures appear in the disorganized subretinal region near the retinal pigment epithelium layer unlike in wild-type mice
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• mice exhibit intraretinal vascular growth beyond the outer plexiform layer unlike in wild-type mice
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• at 2 months, some photoreceptor cells completely lose their outer and inner segments and the outer nuclear layer adjacent to the retinal pigment layer compared to in wild-type mice
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• severe at 14 months of age
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• disorganized with some areas of disruption by vascular-like cells
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• depigmented patch with hyperfluorescent spots
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• distorted with some areas of disruption by vascular-like cells
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cardiovascular system
• mice exhibit intraretinal vascular growth beyond the outer plexiform layer unlike in wild-type mice
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nervous system
• at 2 months, some photoreceptor cells completely lose their outer and inner segments and the outer nuclear layer adjacent to the retinal pigment layer compared to in wild-type mice
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• severe at 14 months of age
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pigmentation
• disorganized with some areas of disruption by vascular-like cells
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• depigmented patch with hyperfluorescent spots
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