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- W4220795429 endingPage "e12833" @default.
- W4220795429 startingPage "e12833" @default.
- W4220795429 abstract "Nowadays, the replacement of petro-diesel with biodiesel has raised the concern among the community for the utilization of improper feedstocks and the cost involved. However, these issues can be solved by producing single cell oil (SCO) from lignocellulosic biomass hydrolysates by oleaginous microorganisms. This study introduced Yarrowia lipolytica JCM 2320 with a desiccated coconut residue (DCR) hydrolysate (obtained from the 2% dilute sulphuric acid pretreatment) as a carbon source in generating SCO. However, common inhibitors formed during acid pretreatment of biomass such as five-hydroxymethylfurfural (HMF), furfural, acetic acid and levulinic acid resulting from the sugar degradations may have detrimental effects towards the fermentation process. To visualize the effect of inhibitors on Y. lipolytica, an inhibitory study was conducted by adding 0.5-5.0 g/L of potential inhibitors to the YPD (yeast, peptone and D-glucose) medium. It was found that the presence of furfural at 0.5 g/L would increase the lag phase, which beyond that was detrimental to Y. lipolytica. Furthermore, increasing the five-hydroxymethylfurfural (HMF) concentration would increase the lag phase of Y. lipolytica, whereas, for acetic acid and levulinic acid, it showed a negligible effect. Detoxification was hence conducted to remove the potential inhibitors from the DCR hydrolysate prior its utilization in the fermentation. To examine the possibility of using adsorption resins for the detoxification of DCR hydrolysate, five different resins were tested (Amberlite® XAD-4, Amberlite® XAD-7, Amberlite® IR 120, Amberlite® IRA 96 and Amberlite® IRA 402) with five different concentrations of 1%, 3%, 5%, 10% and 15% (w/v), respectively. At resin concentration of 10%, Amberlite® XAD-4 recorded the highest SCO yield, 2.90 ± 0.02 g/L, whereas the control and the conventional overliming detoxification method, recorded only 1.29 ± 0.01 g/L and 1.27 ± 0.02 g/L SCO accumulation, respectively. Moreover, the fatty acid profile of the oil produced was rich in oleic acid (33.60%), linoleic acid (9.90%), and palmitic acid (14.90%), which indicates the potential as a good biodiesel raw material." @default.
- W4220795429 created "2022-04-03" @default.
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- W4220795429 date "2022-03-01" @default.
- W4220795429 modified "2023-10-11" @default.
- W4220795429 title "Production of single cell oil by <i>Yarrowia lipolytica</i> JCM 2320 using detoxified desiccated coconut residue hydrolysate" @default.
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- W4220795429 cites W1593388362 @default.
- W4220795429 cites W1817027899 @default.
- W4220795429 cites W1912891428 @default.
- W4220795429 cites W1966240366 @default.
- W4220795429 cites W1973091347 @default.
- W4220795429 cites W1986980001 @default.
- W4220795429 cites W1991536176 @default.
- W4220795429 cites W1993219083 @default.
- W4220795429 cites W1997591624 @default.
- W4220795429 cites W2002968237 @default.
- W4220795429 cites W2005189824 @default.
- W4220795429 cites W2010715772 @default.
- W4220795429 cites W2018387317 @default.
- W4220795429 cites W2025364885 @default.
- W4220795429 cites W2031363513 @default.
- W4220795429 cites W2035240586 @default.
- W4220795429 cites W2035359192 @default.
- W4220795429 cites W2046618172 @default.
- W4220795429 cites W2072261755 @default.
- W4220795429 cites W2072996069 @default.
- W4220795429 cites W2075961058 @default.
- W4220795429 cites W2076974787 @default.
- W4220795429 cites W2077115821 @default.
- W4220795429 cites W2081963242 @default.
- W4220795429 cites W2086458980 @default.
- W4220795429 cites W2102886012 @default.
- W4220795429 cites W2107910846 @default.
- W4220795429 cites W2108233282 @default.
- W4220795429 cites W2108748700 @default.
- W4220795429 cites W2119792592 @default.
- W4220795429 cites W2144067956 @default.
- W4220795429 cites W2152311269 @default.
- W4220795429 cites W2169832544 @default.
- W4220795429 cites W2316990088 @default.
- W4220795429 cites W2461218330 @default.
- W4220795429 cites W2520396287 @default.
- W4220795429 cites W2572825746 @default.
- W4220795429 cites W2597135747 @default.
- W4220795429 cites W2609638738 @default.
- W4220795429 cites W2691042528 @default.
- W4220795429 cites W2743776916 @default.
- W4220795429 cites W2790420020 @default.
- W4220795429 cites W2795161684 @default.
- W4220795429 cites W2800064648 @default.
- W4220795429 cites W2804458009 @default.
- W4220795429 cites W2804958521 @default.
- W4220795429 cites W2885048319 @default.
- W4220795429 cites W2885267714 @default.
- W4220795429 cites W2898379313 @default.
- W4220795429 cites W2900361946 @default.
- W4220795429 cites W2903709198 @default.
- W4220795429 cites W2920070255 @default.
- W4220795429 cites W2920862685 @default.
- W4220795429 cites W2995454809 @default.
- W4220795429 cites W2997035845 @default.
- W4220795429 cites W2999547404 @default.
- W4220795429 cites W3005192503 @default.
- W4220795429 cites W3011059450 @default.
- W4220795429 cites W3012060429 @default.
- W4220795429 cites W3042324084 @default.
- W4220795429 cites W3086461899 @default.
- W4220795429 cites W3087305891 @default.
- W4220795429 cites W3118727263 @default.
- W4220795429 cites W3124450071 @default.
- W4220795429 cites W3126715903 @default.
- W4220795429 cites W3139583856 @default.
- W4220795429 cites W3142773053 @default.
- W4220795429 cites W3152740258 @default.
- W4220795429 cites W3209006380 @default.
- W4220795429 doi "https://doi.org/10.7717/peerj.12833" @default.
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