Treatment of atopic dermatitis, which causes human dermal necrosis, depends on strong synthetic antibiotics or staloids. Therefore, sequential prescriptions affect the tolerance of the dermis because absorbed ionics can cause renal and nerve damage. Thus, we have synthesized
dermatitis treatment cosmetics ointments by using natural friendly food systems of seed oil such as gamma-linolenic acid (GLA), artificial skin softener, skin cell proliferation agent, and more. The active vitamin derivative was added to the human body ointments as a catalyst diffusion agent.
Moreover, the in vitro diagnostic ionic diffusion activity was analyzed with a tattoo skin probe. The trace assay reached the detection limit of 10 mg/L GLA strength for the concentrated range of skin absorption. The results of the assay showed that in vivo real-time skin could
be analyzed directly without damage to the cell. This is done with a 30 sec accumulation time, and the measurement potential is 2 v˜–2 V, 35 Hz frequency, with oxidation and reduction scanning stripping and reversible differential wave used. The results of this study can be applied
to the development of anti-inflammatory agents that are active in various organ damage preventions, cell proliferation, and in vivo real diagnostic tattoo sensing which was performed.