“…11(a) shows the visual images of degraded polymer membranes. [88][89][90] SEM analysis is a powerful tool for assessing the surface topography of films before and after biological degradation in potting soil and enabled the classification of the degraded residues based on several noteworthy features. We examined the films under SEM before and after degradation to see how biodegradation affected the surface morphology of the nanocomposite polymeric films.…”
The growing prevalence of renal disorder and the scarcity of healthy kidneys for donation necessitate the research and development of new types of hemodialysis membrane. By incorporating silver oxide doped...
“…11(a) shows the visual images of degraded polymer membranes. [88][89][90] SEM analysis is a powerful tool for assessing the surface topography of films before and after biological degradation in potting soil and enabled the classification of the degraded residues based on several noteworthy features. We examined the films under SEM before and after degradation to see how biodegradation affected the surface morphology of the nanocomposite polymeric films.…”
The growing prevalence of renal disorder and the scarcity of healthy kidneys for donation necessitate the research and development of new types of hemodialysis membrane. By incorporating silver oxide doped...
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