To treat severe hypertension and acute situations such angina pectoris, researchers set out to create unique fast-dissolving films as a medication delivery mechanism. In the current study, thin films of the antihypertensive medication amylodipin besylate

Authors

  • A.Arivanbabu Author

Keywords:

Aspergillus, BOD, COD

Abstract

Paper and pulp mills, textile and dye factories, distilleries, and the leather industry are just few of the
businesses that produce brightly colored effluents. The lignin-degrading enzymes laccase, manganeseperoxidase, and lignin peroxidases produced by terrestrial white-rot basidiomycetous fungus may be used
to neutralize dyes and other xenobiotics in industrial effluents.Thirteen unique fungal species were
identified from the wastewater for this investigation. Aspergillus was found to be the most common fungal
genus in the waste water.In comparison to the control group, all variables except dissolved oxygen exhibited
a reduction.Both the BOD and the COD levels dropped dramatically. Aspergillus that has been immobilized
was more effective in cleaning up pollution than free-living Aspergillus cells.

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Published

2018-12-27

How to Cite

To treat severe hypertension and acute situations such angina pectoris, researchers set out to create unique fast-dissolving films as a medication delivery mechanism. In the current study, thin films of the antihypertensive medication amylodipin besylate . (2018). International Journal of Life Sciences Biotechnology and Pharma Sciences, 14(4), 11-18. https://ijlbps.net/index.php/ijlbps/article/view/63