Bioprocess optimization and production of biosurfactant from an unexplored substrate: Parthenium hysterophorus

Tropical fruit waste‐derived mesoporous rock‐like Fe2O3/C composite fabricated with amphiphilic surfactant‐templating approach showing massive potential for high‐tech applications

“…Parthenium hysterophorusis awed in wild‐spread toxic and in vasive species that were collected from Bharathiar University, Coimbatore, Tamil Nadu, and South India. The species were dried under sunlight and powdered to use as a substrate 49 . Bacteria were inoculated and subjected to the production by P. hysterophorus as a substrate in an optimized condition at 37°C in 120 rpm for 96 hours and after it were analyzed.…”

“…The species were dried under sunlight and powdered to use as a substrate. 49 Bacteria were inoculated and subjected to the production by P. hysterophorus as a substrate in an optimized condition at 37 C in 120 rpm for 96 hours and after it were analyzed. Then, the culture floating was gained through centrifugation (15 minutes at 7000 rpm), filtration (0.22-micron filter), acidification (6 N HCl to pH of 2.0) and then allowed for a habitation into 4 C for 12 hours.…”

“…It is a milestone to Parthenium hysterophorus weed eradication and biosurfactants were produced, allowed for characterization and confirmed the presence of glycolipid biosurfactant functional groups. 49…”

“…So, they are highly suitable templates, that is, they contain high oxygen species, which are easily decomposable in nature. [23][24][25][26] Biosurfactants have been utilized to improve the homogenous high-tech surface porosity of hydrophobic substrates to enhance the biocompatibility, through digestion/recovery process. 27,28 Many treatments have been practiced for the treatment of highly toxic and persistent nature of the pharmaceutical antibiotics contaminated wastewater, like as AOP, adsorption, coagulation, membrane separation, and ionic liquid treatments.…”

Effect of nutritional factors and growth conditions on biosurfactant production by Pseudomonas mendocina and Pseudomonas oleovorans isolated from oil contaminated soil in Jeddah city

“…40 The present finding is contradicting the study of Devaraj et al, (2019) who found that the maximum yield obtained by Pseudomonas mosselii was at 96 hrs. 50 After optimization the production medium, the surface tension of the culture supernatant of Ps. mendocina EMB16 and Ps.…”