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2. Cone dystrophy - Wikipedia

   en.wikipedia.org/wiki/Cone_dystrophy

   Cone dystrophy; Fundus of a 45 year-old patient with cone rod dystrophy segregating with a loss-of-function mutation (E1087X) in ABCA4. Note the presence of various-shaped pigment deposits in the posterior pole with atrophy of the retina, while the retina appears less damaged in periphery (upper part of the photograph). Specialty: Ophthalmology

3. Retina bipolar cell - Wikipedia

   en.wikipedia.org/wiki/Retina_bipolar_cell

   Bipolar cells receive synaptic input from either rods or cones, or both rods and cones, though they are generally designated rod bipolar or cone bipolar cells. There are roughly 10 distinct forms of cone bipolar cells, however, only one rod bipolar cell, due to the rod receptor arriving later in the evolutionary history than the cone receptor ...

4. Retinal regeneration - Wikipedia

   en.wikipedia.org/wiki/Retinal_regeneration

   Light (from the left) passes through several transparent nerve layers to reach the rods and cones (far right). A chemical change in the rods and cones send a signal back to the nerves. The signal goes first to the bipolar and horizontal cells (yellow layer), then to the amacrine cells and ganglion cells (purple layer), then to the optic nerve ...

5. Bipolar Disorder: 4 Types & What You Need to Know About Them

   www.aol.com/bipolar-disorder-4-types-know...

   Bipolar disorder is a serious mental health condition affecting 2.8 percent of adults in the United States. It involves episodes of mania (extreme highs) and depression (intense lows ...

6. What are the symptoms of bipolar disorder?

   www.aol.com/know-bipolar-disorder-211211186.html

   Depending on symptoms and severity, bipolar treatment has a number of treatments, some of which may be used simultaneously. Antipsychotic medications and mood stabilizers are often prescribed ...

7. Photoreceptor cell - Wikipedia

   en.wikipedia.org/wiki/Photoreceptor_cell

   The rod and cone photoreceptors signal their absorption of photons via a decrease in the release of the neurotransmitter glutamate to bipolar cells at its axon terminal. Since the photoreceptor is depolarized in the dark, a high amount of glutamate is being released to bipolar cells in the dark.