The coveted, sun-kissed look is achievable in tanning bed or with a spray tan, which is a healthier alternative
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Melanin: Coloring in the Human Body
Though it might seem relaxing, lying in the sun ignites a flurry of activity in your skin. Read on to find out about the biological process that results in a tan.
When sunlight hits your skin, it sets off a chain reaction that might end in a bronze tan or blistering sunburn, depending on a number of factors. At the top of the chain is the UV radiation itself, which hits the surface of the skin and stimulates melanin-producing skin cells called melanocytes. There are actually three types of melanin: eumelanin, pheomelanin, and neuromelanin. The first two contribute to hair, skin, and eye color, whereas the third resides in certain parts of the brain (where its function remains something of a mystery to medicine). Eumelanin shows up as a brown color, while phaelomelanin results in a red hue. (Blondes and redheads produce more phaelomelanin and thus tend to tan poorly.)
Melanin isn’t just there for looks. It acts as the skin’s shield, absorbing UV radiation and quarantining its destructive effects from reaching other cells. Lighter-complexioned people produce melanin when subjected to UV rays over a period of time, which is why it often takes multiple sessions in a tanning bed to get a tan. Those with darker complexions—though curiously having the same number of melanocytes—produce melanin on a regular basis regardless of sun exposure, lending their skin a much more effective defense against skin cancer.