Difference between revisions of "Team:Hong Kong-CUHK/insertion kit"
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<p>Figure 1: The structure of the transmembrane mamC protein</p> | <p>Figure 1: The structure of the transmembrane mamC protein</p> | ||
− | <p>This simple construct consists of<i> mamC</i> gene, a gene coding for a transmembrane protein (1) (Figure 1) on the magnetosome membrane. Unlike usual recombinant methods to put our insert between multiple restriction sites, we put <i>mamC</i> in front of them. Now any protein we desired can be attached onto the magnetosome membrane just by fusing it with the <i>mamC</i> gene <b>by inserting it between the multiple restriction sites</b>.</p><p>(For your interest, this is done by removing the stop codon of mamC and the start codon of the desired protein, for example an antibody, making it a mamC-fused protein). </p> | + | <p>This simple construct consists of<i> mamC</i> gene, a gene coding for a transmembrane protein (1) (Figure 1) on the magnetosome membrane. Unlike usual recombinant methods to put our insert between multiple restriction sites, we put <i>mamC</i> in front of them. Now any protein we desired can be attached onto the magnetosome membrane just by fusing it with the <i>mamC</i> gene <b>by inserting it between the multiple restriction sites</b>.</p><p>(For your interest, this is done by removing the stop codon of<i> mamC</i> and the start codon of the desired protein, for example an antibody, making it a mamC-fused protein). </p> |
<p>As we are now putting multiple restriction sites downstream of <i>mamC</i>, therefore we can insert any desire genes afterwards. Thus, we name it our insertion kit.</p> | <p>As we are now putting multiple restriction sites downstream of <i>mamC</i>, therefore we can insert any desire genes afterwards. Thus, we name it our insertion kit.</p> |
Revision as of 17:50, 18 September 2015