ScholarWorks@Dongguk University: Saratale, Rijuta Ganesh

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Saratale, Rijuta Ganesh (리주타)

College of Life Science and Biotechnology

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Microalgae:6||Wastewater:5||Silver nanoparticles:5||Biorefinery:4||Enzymatic hydrolysis:4||Adsorption:4||Yttrium:3||HRTEM:3||Green synthesis:3||Poly(3hydroxybutyrate):3||DPPH:3||Biofuel:3||Reduction:2||Nanopesticide:2||chitosan:2||Biopolymers:2||Lignocellulosic biomass:2||SARSCoV2:2||Isotherms:2||SKOV3 ovarian cancer cells:2||silver nanoparticles:2||Microbial fuel cell:2||Power generation:2||Pretreatment:2||Microbial fuel cells:2||Diatoms:2||Antimicrobial activity:2||Microbial pathogen:2||gold nanoparticles:2||grape pomace:2||Kinetics:2||Staphylococcus aureus:2||Bioremediation:2||Hydrometallurgical process:2||laccase:2||Sugarcane bagasse:2||H2O2 sensing:2||Sustainability:2||Metal ions:2||Photocatalytic degradation:2||metal oxides:2||antibacterial activity:2||Energy:2||Heavy metals:2||Tannery wastewater:2||Ralstonia eutropha ATCC 17699:2||Rare earth metals:2||Antibacterial activity:2||Phytotoxicity:2||FTIR:2||Bioreactors:1||Biosafety:1||Biosynthesis:1||C:1||CELF:1||CO2:1||Caboxymethyl cellulose:1||Calcium peroxide pretreatment:1||Capping:1||Carbon sequestration:1||Carotenoids:1||Challenges:1||Chlortetracycline:1||Clostridium beijerinckii:1||Coagulation:1||Cobalt oxide:1||Colloidal solution:1||Colorimetric:1||Composting:1||Concrete building materials:1||Contents:1||Coordination chemistry:1||Coordination complex:1||Corn steep liquor:1||Costeffective:1||Cr(VI) reduction:1||Crosslinked enzyme aggregates:1||Crystallization:1||Cu2Se nanomaterial:1||CuO/Cu(OH)(2) nanostructures:1||Cultivation strategies:1||DES:1||DGGE:1||Dairy processing sludge:1||Dairy wastewater treatment:1||Dark fermentation:1||Decolorization:1||Degradation:1||Delignification:1||Diafuel:1||Diagnostic technologies:1||Direct Red 80:1||Double chamber algae MFCs:1||Drinking water:1||Drug release:1||Dyes:1||EDS:1||Eggshell membrane:1||Electroactive biofilm:1||Electrochemical impedance spectroscopy:1||Electrodeposition:1||Electron transfer:1||Electrondonoracceptor interactions:1||Engineered nanomaterials:1||Environmental and health concern:1||Environmental sustainability:1||Enzymatic accessibility:1||Enzymatic saccharification:1||Enzyme cocktail:1||Enzyme immobilization:1||Escherichia coli:1||Exoelctrogens:1||Exoelectrogens:1||FTIR:1||Fe3O4 NPs:1||Fe3O4 nanoparticles:1||Ferric ions:1||Fluorescent lamp waste:1||Fluorescent waste lamp powder:1||Foodrelated nanoscale materials:1||Formyl tetrahydrofolate synthetase (FTHFS) gene:1||Free radical scavenging activity:1||Functionalization:1||Fungal consortium:1||G. amansii:1||GAC:1||Galactose:1||Gallic acid:1||Glutathione Stransferase (GST):1||Gold nanoparticles:1||Gram negative:1||Gram positive:1||Green liquor pretreatment:1||Green nanoparticles:1||Greener chemical:1||HRTEM:1||Heterogeneous Fentonlike catalyst:1||Heterogeneous basic catalysis:1||Hexavalent chromium:1||High sensitivity:1||Highconcentration:1||Hybrid approachs:1||Hybrid enzymatic pretreatments:1||Hybridconversion:1||Hybridtreatment strategies:1||Hydraulic retention time:1||Hydrogen:1||Hydrogen production:1||Hydroxamic acid:1||Hydroxyl groups:1||ILs:1||Imaging:1||In situ single perfusion technique:1||In vitro cytotoxicity:1||Invitro cytocompatibility:1||Integrated photobioelectrochemical system:1||Integrated wastewater treatment:1||Ionic strength effect:1||Isozyme:1||KNU:1||Kenaf biomass:1||Kenaf core powder:1||Klebsiella pneumoniae KMK05:1||Laccase:1||Laminaria japonica:1||Lanthanides:1||Layer by layer:1||Leaching:1||Light:1||Lignin:1||Lignin capped silver nanoparticles:1||Lignin peroxidase:1||Lignocellulose:1||Lignocellulosic biorefineries:1||Lipid:1||Liquidliquid extraction:1||Liver cancer cells HepG2:1||Lysinibacillus sp:1||Lysinibacillus sp. RGS:1||M:1||MECs reactor design:1||Machine learning:1||Magnetite biochar:1||Mediumchain fatty acids:1||Metabolic engineering:1||Metabolic regulation:1||Methane:1||Methanogens:1||Methylene blue:1||Methylene blue (MB):1||Microalgae and cyanobacteria:1||Microalgae biomass:1||Microbacterium paraoxydans:1||Microbial electrochemical systems:1||Microbial electrochemical systems (MESS):1||Microbial electrolysis cell:1||Microbial electrolysis cell (MECs):1||Microbial fuels cells:1||Microbial nutrient:1||Microbial photocatalytic fuel cell:1||Microbiome:1||Microorganisms:1||Microsized green tea:1||Mineralization:1||Minimum bactericidal concentration:1||Minimum inhibitory concentration:1||Mobilehealth:1||Molecular receptor:1||Molecular techniques:1||NaC plus NaS pretreatment:1||Nanobioadsorbent:1||Nanobiocatalysts:1||Nanoparticles:1||Nanosized vitamin E:1||Nanotechnology:1||Nocardiopsis sp:1||Nontarget effects:1||Optical probe:1||Orange peel extract:1||Orange peel waste biomass:1||Organic biomass:1||Organic waste:1||Organic waste biomass:1||PHAnanocomposites:1||Paper filters:1||Paper waste:1||Pathogenesis:1||Pectin:1||Pentachlorophenol:1||Peptone:1||Peracetic acid pretreatment:1||Persistent coloring pollutants:1||Photosynthetic microbial fuel cells:1||Physicochemical properties:1||Phytopathogens:1||Phytotoxicity studies:1||Pointofcare:1||Pointofuse:1||Pollutant removal:1||Pollutants:1||Polyhydroxyalkanoate production:1||Polyhydroxyalkanoates (PHA):1||Polymerclay hydrogels:1||Polypropylenepolyethylene:1||Portulaca oleracea leaf Extract:1||Power density:1||Pretreatment studies:1||Pretreatments:1||Process optimization:1||Promoter:1||Public surveillance:1||Punica granatum leaf extract:1||Pyrolysis mechanisms:1||Pyrosequencing:1||Quartz crystal microbalance (QCM):1||RGS:1||RTPCR:1||Radioactive metals:1||Radix Angelicae dahuricae:1||Ralstonia eutropha:1||Ralstonia eutropha (ATCC 17699):1||Reactive Yellow 4G:1||Reactive green 19A Antibacterial activity:1||Reactive red 120:1||Renewable fuel:1||Resistant bacteria:1||Reusability:1||Rhamnolipid:1||Rice bran oil:1||Rice husk ash:1||Rice waste biomass (RWB):1||SAED:1||SDS impregnation:1||SEMEDX:1||Saccharification yield:1||Sc&ndash:1||Seaweed:1||Seaweeds:1||Seed germination:1||Silver nanoparticle:1||Size distribution:1||Sludge free remediation:1||Solid state fermentation (SSF):1||Solidstate fermentation:1||Steam autoclave:1||Streptomyces sp MDS:1||Sugarcane molasses:1||Sulfamethoxazole:1||Surface morphology, Supercapacitors:1||Syngas (H2 and CH4):1||TOC and COD:1||Tagetes:1||Taraxacum officinale:1||Textile:1||Textile dyes:1||Textile effluent:1||Textile industry:1||Transesterification:1||Treatment:1||Treatment approaches:1||Tryptophan:1||Tumor rat C6 cell line:1||UV spectroscopy:1||Ultrasonication:1||Ultrasound pretreatment:1||Valorization:1||Value added products:1||Vermicomposting:1||Volatile fatty acids:1||Waste animal fats:1||Water hyacinth:1||Wheat straw:1||Wheat waste biomass:1||Whey:1||Whey proteins:1||Whey waste:1||White cement:1||XRD and XPS analysis:1||absorbance:1||acid pretreatment:1||aggregation:1||agriculture:1||alkaline pretreatment:1||alphaCellulosefibers:1||alphaGlucosidase:1||alphaglucosidase activity:1||aluminum:1||aminoglycoside:1||aminoglycoside antibiotics:1||ampicillin:1||antibiotics:1||antibiotics residues:1||anticancer activity:1||antidiabetic activity:1||antioxidant:1||antioxidant potential:1||biobased production:1||biosensor:1||biosurfactants:1||carotenoids:1||casein peptide:1||cellulose fibers:1||chlorotetracycline antibiotics:1||coculture strategy:1||colorimetric changes:1||conducting polymers:1||coronavirus:1||critical micelle concentration (C:1||cyclic voltammetry:1||cytoplasmic leakages:1||dark fermentative hydrogen production:1||dispersion:1||drinking water:1||electrode materials:1||emerging pollutants:1||enzymatic hydrolysis:1||extractions:1||fertiliser:1||flavonoids:1||food safety:1||genetic engineering:1||histidine:1||immobilization:1||immune response:1||immunopathogenesis:1||in vitro antidiabetic activity:1||in vitro antioxidant activity:1||laccase immobilization:1||laccaseimmobilization:1||liver cancer HepG2 cell line:1||lutein:1||magnetic separation:1||marigold:1||microorganism:1||milk samples:1||monitoring:1||nanoengineered supports:1||nanoimmobilization:1||nanotechnology:1||paper waste:1||pathogen:1||peracetic acid pretreatment:1||pesticide:1||phenolic compounds:1||photocatalytic activity:1||picomolar level sensitivity:1||picomolar sensitivity:1||plant disease management:1||poly(3hydroxybutyrate):1||polyhydroxyalkanoates (PHA):1||polyhydroxyalkanoates production:1||polypyrrole:1||rapid detection:1||ratiometric assay:1||real samples:1||remediation of engineered nanomaterials:1||sensors:1||silver nanoparticles (Ag NPs):1||silver nanoparticles (AgNPs):1||sodium lignosulfonate:1||soil quality:1||spectral shift:1||spectrophotometer:1||sugarcane bagasse:1||sulfamethoxazole degradation:1||supermagnetic:1||supermagnetic nanosupports for enzyme immobilization:1||supermagnetic separation:1||supercapacitors:1||synthetic metal:1||therapeutic interventions:1||thiolated chitosan:1||ultrasensitive detection:1||valueadded product:1||volatile fatty acids (VFAs):1||wastepaperbiomass:1||water hyacinth biomass:1||water samples:1||&#945:1||whey fraction:1||):1||Cellulose:1||2,3Butanediol production:1||2HydroxypyridineNoxide:1||8Hydroxyquinoline:1||ABTS and DPPH free radical scavenging activity:1||ABTS free radical scavenging activity:1||Absorbance probe:1||Acacia nilotica:1||Adsorptive removal:1||AgNP probe:1||Aggregation assay:1||Agronomic applications:1||Algae:1||Algal biomass:1||Ammonium fuel:1||Anaerobic codigestion:1||Antibacterial silver nanoparticle:1||Antibacterial:1||Antibiotics Poultry litter:1||Anticancer activity:1||Antidiabetic drugs:1||Antidiabetic potential:1||Antimicrobial:1||Antioxidant activity:1||Argyreia nervosa leaves extract:1||AuNPs:1||Autofluorescence:1||Bio–H2:1||Bio brick fuel cell:1||Biosensors:1||Bioalcohols:1||Biochar properties:1||Biocompatibility:1||Biodiesel characteristics:1||Bioelectricity:1||Bioelectrochemical systems (BESs):1||Bioethanol production:1||Biofertilizer:1||Biofouling:1||Biohydrogen:1||Biohydrogen production:1||Biohythane:1||Biological electrosynthesis cells:1||Biomass:1||Biomass feedstocks:1||Biomass structure:1||Biopolymer:1||Bioreactor development:1||

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