Update README.md

few minor changes on the text

Author: yry

README.md

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-Bulk mRNA-seq experiments are essential for exploring a wide range of biological questions. To bring closer the data analysis to its interpretation and facilitate both interactive, exploratory tasks and thes haring of easily accessible information, we present *bulkAnalyseR* an R package that offers a seamless, customisable solution for most bulk RNAseq datasets. By integrating state-of-the-art approaches without relying on extensive computational support, and replacing static images with interactive panels, our aimis to further support and strengthen the re-usability of data. *bulkAnalyseR* enables performing standard analyses of bulk data, using an expression matrix as starting point, and presents it in an interactive web-based interface, making it easy to explore and verify hypotheses.  Moreover,   the   app   can   be   easily   shared   and   published, incentivising research reproducibility and allowing others to explore the same data to enhance the biological conclusions.
+Bulk mRNA-seq experiments are essential for exploring a wide range of biological questions. To bring closer the data analysis to its interpretation and facilitate both interactive, exploratory tasks and the sharing of (easily accessible) information, we present *bulkAnalyseR* an R package that offers a seamless, customisable solution for most bulk RNAseq datasets. By integrating state-of-the-art approaches without relying on extensive computational support, and replacing static images with interactive panels, our aim is to further support and strengthen the reusability of data. *bulkAnalyseR* enables standard analyses of bulk data, using an expression matrix as starting poin. It presents the ouptuts of various steps in an interactive web-based interface, making it easy to generate, explore and verify hypotheses.  Moreover, the app can be easily shared and published, incentivising research reproducibility and allowing others to explore the same processed data and enhance the biological conclusions.
 
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