Biodegradation of erythrosin B dye by paramorphic Neurospora crassa 74A

Jesus, Gisele Jane de; Corso, Carlos Renato; Campos, Adriana de; Franchetti, Sandra Mara Martins

doi:10.1590/s1516-89132010000200028

Cited by 5 publications

(4 citation statements)

References 13 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…The genus Neurospora has also been the target of biodegradation studies. According to de Jesus et al (2010), the cultivation of this fungus in the presence of the commercial dye Erythrosine (an organoiodine compound containing 4 iodine groups used as a red food colorant) suggested the possibility of the enzymatic action of laccase in the biodegradation of this xenobiotic compound.…”

Section: Growth Inhibition Testsmentioning

confidence: 99%

Soil and entomopathogenic fungi with potential for biodegradation of insecticides: degradation of flubendiamide in vivo by fungi and in vitro by laccase

et al. 2019

View full text Add to dashboard Cite

Purpose Flubendiamide is a highly toxic and persistent insecticide that causes loss of insect muscle functions leading to paralysis and death. The objective was to screen for filamentous fungi in soils where insecticides had been applied, to isolate entomopathogenic fungi from insect larva (Anticarsia gemmatalis) that infest soybean crops, and to use these in biodegradation of insecticides. Method Filamentous fungi were isolated from soils, and growth inhibition was evaluated on solid medium containing commercial insecticides, Belt® (flubendiamide) and Actara® (thiamethoxam). A total of 133 fungi were isolated from soil and 80 entomopathogenic fungi from insect larva. Based on growth inhibition tests, ten soil fungi, 2 entomopathogenic fungi, and Botryosphaeria rhodina MAMB-05 (reference standard) were selected for growth on commercial insecticides in solid media. Fungi were grown in submerged fermentation on media containing commercial insecticides and assayed for laccase activity. Result Isolates JUSOLCL039 (soil), JUANT070 (insect), and MAMB-05 performed best, and were respectively inhibited by 48.41%, 75.97%, and 79.23% when cultivated on 35 g/L Actara®, and 0.0, 5.42%, and 43.39% on 39.04 g/L Belt®. JUSOLCL039 and JUANT070 were molecularly identified as Trichoderma koningiopsis and Neurospora sp., respectively. The three fungal isolates produced laccase constitutively, albeit at low activities. Fungal growth on pure flubendiamide and thiamethoxam resulted in only thiamethoxam inducing high laccase titers (10.16 U/mL) by JUANT070. Neurospora sp. and B. rhodina degraded flubendiamide by 27.4% and 9.5% in vivo, while a crude laccase from B. rhodina degraded flubendiamide by 20.2% in vitro. Conclusion This is the first report of fungi capable of degrading flubendiamide, which have applications in bioremediation.

show abstract

Section: Growth Inhibition Testsmentioning

confidence: 99%

Soil and entomopathogenic fungi with potential for biodegradation of insecticides: degradation of flubendiamide in vivo by fungi and in vitro by laccase

et al. 2019

View full text Add to dashboard Cite

show abstract

“…Only one work on Ery B biodegradation is available (Pereira et al 2009). Jesus et al (2010) results on dye removal by the fungus Neurospora crassa 74A suggested the possibility of biodegradation in proportion to the contact time between the dye and the fungal biomass. Itoh and Yatome (2004) have reported the aerobic biodegradation of six other xanthene dyes also by a white rot fungus, Coriolus versicolor, but as compared to our results with anaerobic bacterial biomass, where color removal occurred in few hours, their process took some days.…”

Section: Dye Biodegradationmentioning

confidence: 99%

“…Xanthene represent a distinct class of dyes that are use in food, cosmetics, paper, and ink, due to superior dyeing and coloring properties, but have poor biodegradability and some of them are toxic (Itoh and Yatome 2004). Only six reports on enzymatic oxidation of xanthene dyes are available (Itoh and Yatome 2004;Jesus et al 2010) and any about enzymatic reduction.…”

Section: Introductionmentioning

confidence: 99%

Biological decolorization of xanthene dyes by anaerobic granular biomass

Apostol

Pereira

et al. 2012

Biodegradation

View full text Add to dashboard Cite

Biodegradation of a xanthene dyes was investigated for the first time using anaerobic granular sludge. On a first screening, biomass was able to decolorize, at different extents, six azo dye solutions: acid orange 7, direct black 19, direct blue 71, mordant yellow 10, reactive red 2 and reactive red 120 and two xanthene dyes--Erythrosine B and Eosin Y. Biomass concentration, type of electron donor, induction of biomass with dye and mediation with activated carbon (AC) were variables studied for Erythrosine B (Ery) as model dye. Maximum color removal efficiency was achieved with 4.71 g VSS L⁻¹, while the process rates were independent of the biomass concentration above 1.89 g VSS L⁻¹. No considerable effects were observed when different substrates were used as electron donors (VFA, glucose or lactose). Addition of Ery in the incubation period of biomass led to a fivefold increase of the decolorization rate. The rate of Ery decolorization almost duplicated in the presence of commercial AC (0.1 g L⁻¹ AC₀). Using different modified AC samples (from the treatment of AC₀), a threefold higher rate was obtained with the most basic one, AC(H₂), as compared with non-mediated reaction. Higher rates were obtained at pH 6.0. Chemical reduction using Na₂S confirmed the recalcitrant nature of this dye. The results attest that decolorization of Ery is essentially due to enzymatic and adsorption phenomena.

show abstract

“…Other effects are associated with bronchoconstriction, sequential vascular response, elevation of protein-bound iodide, and chromosomal damage. In spite of these concerns, the fate of Erythosine B in the environment is less investigated, and there is a limited number of published data on its removal from aqueous effluents which contain dissolved erythrosine, difficult to be eliminated by conventional wastewater treatments [1][2][3][4][5][6][7][8][9].…”

Section: Introductionmentioning

confidence: 99%

Removal of Erythrosine B dye from water effluents using crop waste pumpkin seed hulls as adsorbent

Apostol

Ghinea

Alves

2015

Desalination and Water Treatment

View full text Add to dashboard Cite

Erythrosine B is widely used for coloring in various applications, especially in the food industry, despite its already proved toxicity and carcinogenicity. The agrowaste pumpkin seed hulls were applied as potential adsorbent for the removal of Erythrosine from aqueous solutions. Adsorption mechanism and kinetics were analyzed for design purposes. The seed hulls were characterized by specific techniques before and after dye retention. It was found that the attachment of Erythrosine B molecules on adsorbent surface may be attributed to the interactions between carboxyl and/or carbonyl groups of both dye and agrowaste wall components. A univariate approach followed by a factorial design was applied to study and analyze the experimental results as well as to estimate the combined effects of the process factors on the removal efficiency and dye uptake. Adsorption mechanism may be predominantly due to intraparticle diffusion, dependent on pore size. The four equilibrium models applied fitted the data well; the maximum adsorption capacity for Erythrosine was 16.4 mg/g. The results showed that adsorbent is effective for Erythrosine B removal for a large concentration range in aqueous solutions (5-400 mg/L) in batch systems.

show abstract

Biodegradation of erythrosin B dye by paramorphic Neurospora crassa 74A

Cited by 5 publications

References 13 publications

Soil and entomopathogenic fungi with potential for biodegradation of insecticides: degradation of flubendiamide in vivo by fungi and in vitro by laccase

Soil and entomopathogenic fungi with potential for biodegradation of insecticides: degradation of flubendiamide in vivo by fungi and in vitro by laccase

Biological decolorization of xanthene dyes by anaerobic granular biomass

Removal of Erythrosine B dye from water effluents using crop waste pumpkin seed hulls as adsorbent

Contact Info

Product

Resources

About