Comparsion between Ppo from plant sources and different chemicals in tattoo dyes decolorization

Abstract EN

This study was aimed to measure the decolorization of tattoo dyes by different chemicals and polyphenol oxidases from several plant sources.

The tattoo inks removal market has burgeoned over the years, due to increased spread of tattooed persons about the world.

Laser and surgery are presently the gold standards for removing of the tattoo.

However, both of them have blem-ishes.

Consequently, lots of persons were preferring easier, faster and cheaper procedures for tattoo remove.

In this study polyphenol oxidases enzyme from many plant sources and differ-ent chemicals were used for decolorization of tattoo dyes in vitro.

The polyphenol oxidase en-zyme was used for removing of tattoo dyes (brown and blue) in order to demonstrate their po-tential in the treatment and decolorization of the tattoo, which is hazardous when removing by laser.

The results show that 89 and 82 % of the brown and blue tattoo dyes respectively, were removed after 24 hours by enzyme extracted from Malva parviflora leaves, whereas the decol-orization efficiency of polyphenol oxidase from other plant sources given less than 16% of the same dyes.

The results for tattoo dyes decolorization by different chemicals revealed that Bime-thylbenzylamine was the best chemical used with decolorization ratio 36 and 38 % for brown and blue tattoo dye, respectively.