Integrating Toxicology and Materials Science or Safer Metal-Based Products

ABSTRACT: The surging demand for metal-based products in various industries has highlighted the critical need for ensuring their safety and minimizing environmental impact. This review article delves into how the collaboration between toxicology and materials science can be used as a strategic approach to improve the safety and sustainability of metal-based products. By amalgamating insights from toxicological evaluations and advancements in materials science, this interdisciplinary framework aims to revolutionize the development and production of metal goods. Through toxicology, the assessment of the detrimental effects of metal compounds on human strength and the environment is conducted, providing valuable data to inform materials science research and innovation. By leveraging this integrated approach, manufacturers can optimize material selection, manufacturing processes, and product design to create safer and more sustainable metal-based products that meet both performance requirements and safety standards. Continuous collaboration and knowledge sharing between toxicologists and materials scientists hold the key to driving ongoing innovation and advancing the development of next-generation metal products that prioritize human health and environmental well-being. KEYWORDS: Environmental impact; Human health; Innovation; Integration; Materials science; Metal-based products; Safety; Sustainability; Toxicology