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<h2>Modularity of Ribosomal Binding Sites</h2>

<h2>Modularity of Ribosomal Binding Sites</h2>

<p>Ribosomal Binding Site (RBS) part is the principle component in the translation process. It has been widely known that RBS parts are non-modular in nature and show variations in expression levels for different proteins. It has been argued that such variations are a combined result of thermal stability of mRNA molecules near RBS and codon bias.</p>

<p>Ribosomal Binding Site (RBS) part is the principle component in the translation process. It has been widely known that RBS parts are non-modular in nature and show variations in expression levels for different proteins. It has been argued that such variations are a combined result of thermal stability of mRNA molecules near RBS and codon bias.</p>

<p>In this section, we aim to provide a qualitative and quantitative information about the non-modular nature of RBS parts with respect to protein coding and promoter parts. We have used publicaly available expression data to validate an elementary model to predict the protein expression levels.</p>

<p>In this section, we aim to provide a qualitative and quantitative information about the non-modular nature of RBS parts with respect to protein coding and promoter parts. We have used publicaly available expression data to validate an elementary model to predict the protein expression levels.</p>

<h2>Section 2</h2>

<h2>Section 2</h2>

<p>Content 2</p>

<p>Content 2</p>