Temperature Effects on Antibiotic Resistance Genes in Residues from Musca domestica Larvae Bioconversion of Organic Waste
This study aims to investigate the impact of temperature on antibiotic resistance genes (ARGs) in residues derived from the bioconversion of organic waste by Musca domestica larvae. By examining the dynamics of ARGs under varying thermal conditions, this research seeks to better understand how environmental stressors, such as temperature, influence the distribution and activity of ARGs in microbial communities. The findings are highly relevant to the development of sustainable waste management practices, as they may provide insights into the potential for waste-derived residues to harbor resistance traits. Additionally, this research could contribute to broader efforts to mitigate the spread of antibiotic resistance in natural environments, especially those associated with organic waste recycling processes.