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http://www.ima.org.uk/activities/public ... _today.cfmIan Eames, a researcher in fluid mechanics at University College London, has created a mathematical model which can be used to predict the movement of tattoo ink particles over time, and give an idea of which designs age better. The paper, which is published in the Mathematics Today journal, will enable those considering getting a tattoo to accurately predict how their design will look in 20 years' time.
Eames said the study would "pave the way towards assessing whether there are any long-term health implications" and provide "an idea of how their chosen design could look several years down the line".
Tattoo inks are a suspension of water-insoluble particles, such as mercury, lead, cadmium and iron, which are injected under the skin using a needle. Over time, these inks become dispersed as the cells which contain them die, divide or leave the body.
"Skin type, age, size, exposure to the sunlight and the type of ink which is used all influence how a tattoo disperses with time," explained Eames.
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