Fate of Extracellular DNA in the Production of Fertilizers from Source-Separated Urinehttps://pubs.acs.org/doi/abs/10.1021/acs.est.9b04263
2020-01 University of Michigan study of aged urine and antibiotic resistance genes
Urine fertilizer: 'Aging' effectively protects against transfer of antibiotic resistancehttps://phys.org/news/2020-01-urine-fertilizer-aging-effectively-antibiotic.html
2020-01 University of Michigan study of aged urine and antibiotic resistance genes
Urine fertilizer: ‘Aging’ effectively protects against transfer of antibiotic resistance | University of Michigan Newshttps://news.umich.edu/urine-fertilizer-aging-effectively-protects-against-transfer-of-antibiotic-resistance/
2020-01 University of Michigan study of aged urine and antibiotic resistance genes
Urine reuse as fertilizer is not likely to transfer antibiotic resistance | EurekAlert! Science Newshttps://www.eurekalert.org/pub_releases/2020-01/acs-ura011720.php
2020-01 University of Michigan study of aged urine and antibiotic resistance genes

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2020-01 University of Michigan study of aged urine and antibiotic resistance genes
Studies of antibiotic resistance genes

Names and synonyms

  • University of Michigan study of aged urine and antibiotic resistance genes
  • Fate of Extracellular DNA in the Production of Fertilizers from Source-Separated Urine