Objectives: 1. Understanding the role of chemical engineers in the cosmetics industry and their collaboration with other professionals such as chemists, toxicologists, and medical experts.
2. Understanding how the integration of AI technology with chemical engineering leads to safer, more efficient, and environmentally friendly cosmetic products.
3. Acknowledging the critical role of artificial intelligence (AI) in chemical engineering, including its applications in optimizing processes, ingredient selection, quality control, and personalized cosmetics.
Introduction: Chemical Engineering in cosmetics is evolving, with a focus on bioengineering and skin regeneration in anti-aging. Ethical concerns in testing are now part of regulations in the US and Europe. Targeted cosmetics like skin-whitening, antiperspirants, and oral cosmetics are popular, especially among the elderly.
Nanotechnology in cosmetics raises safety concerns, but nanosized particles in skin disease treatment have benefits.
Artificial intelligence (AI) enhances patient care in cosmetic dermatology, but knowledge gaps exist in AI's clinical outcome predictions.
Materials / method: Review of Chemical Manufacturing Unit Operations and Processes
The ingredient selection is essential. It is crucial in predicting the properties and effectiveness of the final
product. In addition, manufacturing safe personal care products and cosmetics requires a high-quality
control standard.
Several stoichiometric modeling of complex pharmaceuticals that can be applied to these processes are
available
Results: Extensive research highlights the evolving landscape of cosmetics, cosmeceuticals, and nutraceuticals. Overlaps exist in their nomenclature, despite defined manufacturing parameters. Disruptive factors were investigated, revealing a lack of robust clinical evidence to support product efficacy claims. Concerns about adverse health effects arose.
Nevertheless, advancements in material science, nanotechnology, and AI offer potential solutions. Even without uniform regulations, progress can be made in the manufacturing and usage of these products.
Conclusion: Cosmetics, cosmeceuticals, and nutraceuticals use will continue growing as engineered biomaterials using
nanotechnology platforms will reach emerging technological advances and material science
breakthroughs. Through advanced analytics, including improving the use of artificial intelligence (AI),
precision medicine will progress into a reliable and beneficial use of these products to treat abnormal and pathological dermatologic conditions. Understanding where these products now stand may minimize or eliminate several adverse disruptors.Addressing disruptors for safer products.
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