Project description:Biochar is widely used in water remediation, but its application risks in water bodies have not yet been revealed. This project aims to reveal the potential of biochar in water remediation and its related environmental risks.
Project description:RNA-Seq technology was used to investigate differences in the gene expression of pectoralis muscle tissue between two chicken breeds (Ross as commercial (rapidly growing) and Isfahani as Iranian local breed (slow-growing)).
Project description:<p>Currently, significant progress has been made in the management of black-odor water in China. However, some of the water bodies remain at risk of reverting to black and odorous conditions. The mechanisms for rebuilding and sustaining a healthy aquatic ecosystem after the remediation of black-odor water are still unclear. Therefore, this study focuses on the technical approach of 'functional biological screening - biosynthesis of symbiotic organisms - evaluation of remediation efficiency. Using cattail (Typha orientalis) and phosphate-solubilizing bacteria (Pseudomonas aeruginosa) as target organisms, this study optimized the composition and concentration of biological substrate materials to develop a composite ligand with functional organisms at its core. This ligand can transform and remove phosphates from black and odorous water bodies while ensuring the establishment and growth of aquatic plant communities. Our research provides technical support for the ecological restoration of black and odorous water bodies. </p>
