Recent Developments in Tattoo Removal Methods and Potential Implications for MRI Patient Safety

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abrasion addition additionally amended anticipate anyone application appreciate appropriate assessed audience bell body bonds burns called caution chemical cleaved cohorts common complex components compounds concentrate conductive consider constituents cosmetic cosmetics create cryosurgery dark decomposition decorative deeper degree density developing developments distribution droplets effective either eliminate elsewhere ensure even evidence excision existing feel forms fraction fracture guidance hazardous history identify implications in vivo increasing induced infrequently inks inquire interactive involved known larger laser light liquid lymph lymphatic makes many maximal mechanical mechanisms metal mouse natural nearby needed needs nitrogen nodes nonferrous partially particles paths patient patients peel people permanent pigments poll practices prevalence previously primary procedures process profile quantification questionnaires radiology recent recommend recommendations reduce remain removal removals remove removed reported require responsible risk safe safety scanning screening sexier shock site skin specifically suggests swelling system target tattoo tattooing tattoos therapy transportation treatments tuned unchanged unknown utilization vault village vitro waves whether worse younger