Human Urine Articles & Analysis
6 articles found
Such a storage condition for human urine, however, not only requires a long period of time and large space but also ignores the risk of nitrogen losses. In this study, human urine underwent thermal treatment during storage to improve disinfection and to inhibit urea hydrolysis. ...
One of these streams, yellow water (human urine) has the potential to be used as fertilizer, directly or indirectly, because of its rich content of plant nutrients. ...
Mycobacterial pathogens can be excreted in human urine by some infected individuals. High numbers of pathogenic mycobacteria in the urine could represent a new transmission route for mycobacterial infections if the urine is used for crop fertilization. In this study, the survival of spiked Mycobacterium aurum and M. fortuitum ...
The extraction procedure gave metabolite recoveries from urine that ranged from 43% to 78%. Based on the data shown here, this method is suitable for quantification of metabolites of JWH-018 and JWH-073 to support broader research studies that positively identify clinically significant metabolites and their concentrations in urine. ...
This study evaluated the inactivation rate of mycobacteria in human urine for ensuring safe reuse in agriculture and examined whether current World Health Organization recommendations on storage time are sufficient for inactivating Mycobacterium tuberculosis and Mycobacterium bovis. In this study, a decimal reduction in M. tuberculosis and M. bovis in ...
In this paper, Spirulina platensis with relatively high nutrition was cultivated to treat human urine. The cultures were maintained at 28?C ? 0.5?C and irradiated with mixed lights of red and green at a light intensity of 150 W/m². The consumption of nitrogen and phosphorus in human urine by Spirulina platensis was studied, ...