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A Computation Tool for the Estimation of Biomass Composition from Genomic and Transcriptomic Information

机译:从基因组和转录组合信息估计生物质组合物的计算工具

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Given the huge potential impact of the growing number of complete genome-scale metabolic network reconstructions of organisms, it is necessary to use bioinformatics tools to simplify and accelerate the course of knowledge in this field. One essential component of genome-scale metabolic model is biomass equation, whose maximization is one of the most common objective functions used in Flux Balance Analysis formulations. Some components of biomass, such as amino acids and nucleotides, can be estimated from genome information. In this work it is proposed a Java tool that estimates biomass composition in amino acids and nucleotides, from genome and transcriptomic information, using as input files sequences in FASTA format and files with transcriptomic data in csv format. This application allows to obtain the results rapidly and is also a user-friendly tool since facilitates its use by users with any or little background in informatics.
机译:鉴于越来越多的全基因组代谢网络重建生物体的巨大潜在影响,有必要使用生物信息学工具来简化和加速该领域的知识过程。基因组代谢模型的一个基本组分是生物质方程,其最大化是助焊剂平衡分析配方中使用的最常见的客观函数之一。可以从基因组信息估计生物质的一些成分,例如氨基酸和核苷酸。在这项工作中,提出了一种Java工具,其在基因组和转录组合中估计氨基酸和核苷酸中的生物量组合物,使用CSV格式中的Fasta格式和文件中的输入文件序列。此应用程序允许迅速获取结果,并且也是一个用户友好的工具,因为有助于在信息中的任何或小背景中使用用户。

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