Enzyme instability and recovery may limit the practical use of ligninolytic enzymes that originate from white-rot fungus for the management of colored industrial effluents. This study examined the use of a crude cellulose synthesis enzyme preparation from Trametes versicolor in conjunction with a charcoal-based support...
Fatima Ahmad, Sikander Ali, M. Ahmad et al.· BioResources· 0 citations
Composted plant residues can minimize toxic effects of wastewater and ameliorate soil properties. In most regions of Punjab, crops including wheat are irrigated with wastewater, resulting in the accumulation of heavy metal in soil and plants. A pot experiment was conducted to assess the effect of compost amendment and...
Muhammad Faizan Javed, Syed Najaf Hasan Naqvi, Syed Hassan Ali Shah et al.· BioResources· 0 citations
By integrating biological and technological interventions, this study establishes an eco-efficient framework that maximizes both crop productivity and bioactive medicinal quality through improved redox homeostasis through improved redox homeostasis.
M. Y. A. Mohamed, Meshal M. Almutairi, Emad Alsherif et al.· BMC Plant Biology· 0 citations
The greater metabolic stability and adaptive capacity of A. laxa is demonstrated under the tested conditions, supporting its identification as the more robust bioremediation candidate.
S. Hamed, Marwa Kamal, E. Alsherif et al.· Biologia· 0 citations
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