首页> 外文期刊>Journal of applied microbiology >Differential expression of plg genes from Penicillium griseoroseum: plg1 a pectinolytic gene is expressed in sucrose and yeast extract
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Differential expression of plg genes from Penicillium griseoroseum: plg1 a pectinolytic gene is expressed in sucrose and yeast extract

机译:灰霉青霉plg基因的差异表达:plg1是一种果胶分解基因,在蔗糖和酵母提取物中表达

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摘要

To study the regulation of the plg1 and plg2 genes of Penicillium griseoroseum, in order to identify the industrial potential of their products in alternative carbon sources that are cheaper and widely available in Brazil. RT-PCR and Northern blot were used to investigate if plg1 and plg2 expression is under influence of catabolic repression, ambient pH and cAMP. Results demonstrated that the genes were differentially regulated depending on the carbon sources in the culture medium and pH. Sucrose, a noninducing carbon source of the pectinolytic system, was able to promote plg1 transcription but only when yeast extract was added into the culture medium. The plg genes are differentially expressed. The plg1 gene is more attractive for industrial use due to its expression in alternative carbon sources like sucrose and yeast extract. In recent years, industries have been trying to replace the toxic conventional treatments employed in these processes by more eco-friendly enzyme treatment. Alternative carbon sources will be tested with the aim to reduce the costs associated to pectin lyase production in Brazil.
机译:为了研究灰霉青霉的plg1和plg2基因的调控,以鉴定其产品在替代碳源中的工业潜力,这些替代碳源在巴西更便宜且可广泛获得。 RT-PCR和Northern blot用于研究plg1和plg2的表达是否受分解代谢抑制,环境pH和cAMP的影响。结果表明,取决于培养基中的碳源和pH,基因被不同地调节。蔗糖是果胶分解系统的一种非诱导性碳源,仅当将酵母提取物添加到培养基中时,才能促进plg1转录。 plg基因差异表达。 plg1基因因其在蔗糖和酵母提取物等碳源中的表达而在工业上更具吸引力。近年来,工业界一直在尝试通过更环保的酶处理来代替这些方法中使用的有毒常规处理方法。将测试替代碳源,以减少与巴西果胶裂解酶生产相关的成本。

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