A Natural Plant and Synthetic Spider Silk Protein Tattoo Painting for Atopic Dermatitis Skin Diseases
Human skin cells are a barrier to protect internal organs and detect the external environment.<br/> Cell damage causes secondary damage due to viruses. It is also a cause of shortening human lifespan due to muscle loss, blood contamination, bone damage, organ damage, etc. Skin disease-related deaths range from 0.3% to 0.5% and are linked to all diseases. Anyone can self-diagnose and treat skin diseases with current advanced medical technology.<br/>I n this study, natural vegetable and food drug extraction for treatment, therapeutic synthesis, damaged cell treatment restoration, and self-diagnosis treatment technology were studied.<br/> Treatment drugs were extracted and synthesized from natural plants and insect spiders. Functional drug selection was determined as a natural product in Bogam, a Korean classical medical book, which was statistically verified for an infinite period.<br/>These options are drugs taken in vivo and have disease treatment, long-term restoration of the human body, increased vitality, prolongation of life, virus restoration, increased blood circulation, and blocking of biochemical skin aging. It is a natural product whose effectiveness has been statistically verified.<br/> 12 types of functional plants are natural products. Extracted synthetic products were prepared in a solution state. The therapeutic effect was experimentally confirmed for wound treatment of atopic skin disease. Patients who neglected treatment continuously developed symptoms for more than 30 days from 15 days. However, the medicated patients recovered within 7 to 10 days. In addition, most have recovered to normal skin conditions. The treatment period was shortened by 2–3 days or more than the existing recovery days.<br/> In addition to treatment, it can delay skin aging and accelerate skin cell growth. These technologies were developed in conjunction with wearables, tattoo skin, instant diagnosis, spray application, etc., for anyone to use at any time.
Authors
- Suw Young Ly
- Young Ran Lee
- Kyung Lee
- Jiyong Kim
- Soon Cheol Kim
Publication Details
- Journal
- The Korean Society of Science & Art
- Published
- 2025-12-31
- DOI
- https://doi.org/10.17548/ksaf.2025.12.30.87
- Primary Topic
- Silk-based biomaterials and applications
- Type
- article
- Field-Weighted Citation Impact
- 0.00