A Faculty Member from the College of Education for Pure Sciences Publishes a Scientific Article on 3D Bioprinting and Its Role in Promoting Environmental Sustainability.
Prof. Dr. Ashwaq Kadhim Obaid, from the Department of Biology at the College of Education for Pure Sciences, published a scientific article on “3D Bioprinting and its Role in Promoting Environmental Sustainability.”
In her article, she explained that 3D bioprinting of tissues is a modern technology that not only contributes to the advancement of medicine but also plays a significant role in achieving environmental sustainability. This technology relies on manufacturing human tissues using biodegradable biomaterials, thus reducing the use of harmful plastics in laboratories.
It also significantly reduces the need for animal testing, which limits unsustainable environmental practices. Bioprinting contributes to the production of precise tissue models used for drug testing, reducing waste resulting from failed trials. This technology also allows for significant savings in the consumption of chemicals traditionally used. Furthermore, printed tissues can be reused in long-term studies, enhancing efficiency and reducing waste.
This methodology supports the development of local medical solutions instead of importing samples and materials, thereby reducing the carbon footprint of transportation. In this way, bioprinting becomes an advanced medical technology that contributes to protecting the environment and achieving a healthier, more sustainable future.
