Abstract
Now more than ever, there is an increasing demand for effective and efficient laser tattoo removal methods. Different variables can be manipulated in order to improve delivery and outcomes in laser tattoo removal. Originally, alterations in pulse duration, wavelength, lasing medium, and fluence were utilized to enhance laser tattoo removal results. In contrast, research has shifted to improving the delivery of laser light to the tattoo pigments. Development laser light delivery utilizing perfluorodecalin (PFD), optical clearing agents (OCA), R20, and R0 methods have revolutionized the field. As a result, the number of treatments and time per treatment has decreased while still remaining effective. A look into the literature has shown promising but limited results with the aforementioned technologies for laser tattoo removal. Further studies are needed to make definitive statements regarding R20, R0, and OCAs in laser tattoo removal.
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