Vision Science

Albino mice, with their characteristic white fur and red eyes due to melanin deficiency, experience impaired vision, particularly in retinal development, affecting neuron targeting from the retina to the brain. Slavi et al. identified CyclinD2 as crucial in this process, finding its downregulation disrupts the cell cycle and RGC balance. Increasing intracellular calcium levels to upregulate CyclinD2 restored proper cell cycle progression and depth perception in albino mice, suggesting potential therapies for albinism-related vision disorders.

Albino mice, with their characteristic white fur and red eyes due to melanin deficiency, experience impaired vision, particularly in retinal development, affecting neuron targeting from the retina to the brain. Slavi et al. identified CyclinD2 as crucial in this process, finding its downregulation disrupts the cell cycle and RGC balance. Increasing intracellular calcium levels to upregulate CyclinD2 restored proper cell cycle progression and depth perception in albino mice, suggesting potential therapies for albinism-related vision disorders.

Albino mice, with their characteristic white fur and red eyes due to melanin deficiency, experience impaired vision, particularly in retinal development, affecting neuron targeting from the retina to the brain. Slavi et al. identified CyclinD2 as crucial in this process, finding its downregulation disrupts the cell cycle and RGC balance. Increasing intracellular calcium levels to upregulate CyclinD2 restored proper cell cycle progression and depth perception in albino mice, suggesting potential therapies for albinism-related vision disorders.

Albino mice, with their characteristic white fur and red eyes due to melanin deficiency, experience impaired vision, particularly in retinal development, affecting neuron targeting from the retina to the brain. Slavi et al. identified CyclinD2 as crucial in this process, finding its downregulation disrupts the cell cycle and RGC balance. Increasing intracellular calcium levels to upregulate CyclinD2 restored proper cell cycle progression and depth perception in albino mice, suggesting potential therapies for albinism-related vision disorders.

Albino mice, with their characteristic white fur and red eyes due to melanin deficiency, experience impaired vision, particularly in retinal development, affecting neuron targeting from the retina to the brain. Slavi et al. identified CyclinD2 as crucial in this process, finding its downregulation disrupts the cell cycle and RGC balance. Increasing intracellular calcium levels to upregulate CyclinD2 restored proper cell cycle progression and depth perception in albino mice, suggesting potential therapies for albinism-related vision disorders.

Albino mice, with their characteristic white fur and red eyes due to melanin deficiency, experience impaired vision, particularly in retinal development, affecting neuron targeting from the retina to the brain. Slavi et al. identified CyclinD2 as crucial in this process, finding its downregulation disrupts the cell cycle and RGC balance. Increasing intracellular calcium levels to upregulate CyclinD2 restored proper cell cycle progression and depth perception in albino mice, suggesting potential therapies for albinism-related vision disorders.

Albino mice, with their characteristic white fur and red eyes due to melanin deficiency, experience impaired vision, particularly in retinal development, affecting neuron targeting from the retina to the brain. Slavi et al. identified CyclinD2 as crucial in this process, finding its downregulation disrupts the cell cycle and RGC balance. Increasing intracellular calcium levels to upregulate CyclinD2 restored proper cell cycle progression and depth perception in albino mice, suggesting potential therapies for albinism-related vision disorders.