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    The rare genetics that allows 100 Million Color perception

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    The rainbow spectrum of hues bathing our world holds beauty and mystery. Yet for a rare fraction of people, that palette appears far wider and richer. Thanks to quirks of genetics, some humans receive enhanced color vision known as tetrachromacy, a true superpower allowing people to distinguish 100 million shades โ€“ 100 times more than the rest rest of us.

    A Numbers Game in Our Eyes

    To perceive color, our eyes rely on cone photoreceptor cells tuned to red, green and blue wavelengths. The combination of signals from these three cone types underpins normal human color vision. This tri-chromatic vision provides the capacity to discern around one million distinct hues.

    However, mutation can grant some people an extra type of cone cell sensitive to different wavelengths. Possessing four cone varieties instead of three boosts color perception exponentially in these lucky tetrachromats.

    A Female Phenomenon

    Tetrachromacy only manifests in women, as cone genes reside on the X chromosome. If a woman inherits normal and mutated cone genes on separate Xโ€™s from each parent, she gains tetrachromatic potential. Men receiving just one X chromosome have no such redundancy, so anomalous cone genes cause color blindness instead. Overall, roughly 12% of women carry tetrachromatic genetics. Of those, a small fraction tap into enhanced color sensing.

    Visions of Vibrant New Palettes

    Whatโ€™s seeing through tetrachromatic eyes really like? These exceptional observers describe palettes alive with hues we utterly miss. Artist Concetta Antico calls it โ€œmore intense,โ€ saying โ€œI see colours in other coloursโ€ฆSo white is not white; white is all varieties of white.โ€ Leaves, shadows and human skin all reveal secret shades. However overwhelming at times, tetrachromacy lets Antico produce artworks with depth we barely perceive.

    For now tetrachromacyโ€™s rarity means most of us remain tri-chromatic. Yet perhaps through advancing genetics we may all one day access the brilliant extra richness tetrachromats enjoy. Until then, we must close our eyes and envision the dazzling world apparent to those gifted with natureโ€™s true technicolor vision.


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