2-Minute Neuroscience: Color Blindness Explained | Genetics, Cone Cells, Red-Green Color Vision & Types of Color Blindness

Color blindness is a neuroscience topic that explains why some people have difficulty seeing or distinguishing certain colors, most often red and green. The video breaks down how normal color vision depends on three types of cone cells in the retina, each tuned to different ranges of light, and how changes in those cones can alter color perception. It also distinguishes between anomalous trichromacy, dichromacy, and the rarest form, monochromacy, giving a clear overview of the biological basis of color vision deficiency. Because the most common inherited forms are linked to the X chromosome, the explanation also helps clarify why red-green color blindness is more common in men. The discussion is concise, educational, and ideal for anyone studying neuroscience, vision science, genetics, or human perception. It also touches on diagnosis through color vision testing and practical aids such as tinted or enhancing lenses that may help in some situations. Created for viewers searching for neuroscience explained, color blindness causes, cone cells, retinal vision, red-green color blindness, inherited eye conditions, and genetics of vision. Useful for students, teachers, and anyone looking for a clear biology lesson on color vision deficiency and how the brain and eyes process color.