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Article Abstract
This study explored the impact of sodium acetate (Na-acetate) impact on lipid, carotenoid, and β-carotene production by the newly isolated strain . Batch and fed-batch bioreactor cultures were employed to optimize growth conditions and product yields. fed with Na-acetate in the yeast medium was evaluated in the batch bioreactor culture. The following merits were accomplished for the cell dry weight (5.02 gL), lipid content (65.73%), carotenoid (40.33 µgg) and β-carotene (17.63 µgg) consistently. The fed-batch reactor cultivation using yeast extract supplemented with Na-acetate yielded superior lipid content (68.58%), cell dry weight (5.92 gL), carotenoid (48.36 µgg), and β-carotene production (21.38 µgg) compared to batch cultivation. The fatty acid methyl esters (FAMEs) are produced from the lipids suitable for biodiesel production. These findings highlight the potential of as a promising organism for sustainable biofuel and high-value compound production. Further optimization of culture conditions and downstream processing could enhance the commercial viability of this approach.
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| http://dx.doi.org/10.1080/10826068.2024.2444977 | DOI Listing |
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