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PERSPECTIVAS DE MERCADO E DESAFIOS DA PRODU????O DO ??CIDO ITAC??NICO A PARTIR DE BIOMASSA

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摘要

Itaconic acid (IA) is a very promising platform molecule due to the possibility of it being used to obtain products such as methyl methacrylate and synthetic latex, with the prospect that its global market will grow at an average annual rate of 2.8% (CAGR) from 2021 to 2026, exceeding US$ 116.6 million in sales. The main technological route used to obtain itaconic acid is fermentation using different strains of Aspergillus terreus fungi. The main advancements are related to genetic engineering, as Aspergillus terreus is the most tolerant of the microorganisms employed in the process synthesis and optimization. The main substrate used is glucose (52%), followed by glycerol (25%). Among the results presented in this paper, the best production was achieved using Ustilago maydis, with 220 g L-1 of IA, yielding 0.33 g g-1, using glucose as a carbon source. Moreover, it is necessary to continue optimizing the biological process of IA production, since it is a platform molecule with major economic potential.
机译:由于它用于获得甲基丙烯酸甲酯和合成乳胶等产品的可能性,衣康酸(IA)是一种非常有前景的平台分子,其全球市场将以2.8%的平均率(CAGR)增长从2021年到2026年,销售额超过11660万美元。用于获得衣康酸的主要技术途径是使用不同曲霉菌菌株真菌的发酵。主要进步与基因工程有关,因为曲霉属Terreus是过程合成和优化中使用的微生物最耐受性。使用的主要基材是葡萄糖(52%),其次是甘油(25%)。在本文介绍的结果中,使用Ustilago MAYDIS实现最佳生产,其中220g L-1 Ia,使用葡萄糖作为碳源产生0.33g G-1。此外,有必要继续优化IA生产的生物学过程,因为它是具有主要经济潜力的平台分子。

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