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Team:OUC-China/project
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| - | <p style="font-size: 1.5em">In previous studies，membranousorganelles are the unique structure of eukaryotic cells,and in rare bacteriaand paleontology.SoMagnetospirillum magneticumis considered to be important biological model systems of studying prokaryoticorganelles because the structure of magnetosome in Magnetospirillum magneticum has similar traits toeukaryotic organelles with membranes.And our mask is to reconstruct themagnetosome membrane in Escherichia coli,inthe meantime we offer intracellular membranous structure part that can be usedby prokaryotes for synthetic biology.</p> | + | <p style="font-size: 1.5em"> In previous studies，membranousorganelles are the unique structure of eukaryotic cells,and in rare bacteriaand paleontology.SoMagnetospirillum magneticumis considered to be important biological model systems of studying prokaryoticorganelles because the structure of magnetosome in Magnetospirillum magneticum has similar traits toeukaryotic organelles with membranes.And our mask is to reconstruct themagnetosome membrane in Escherichia coli,inthe meantime we offer intracellular membranous structure part that can be usedby prokaryotes for synthetic biology.</p> |
| - | <p style="font-size: 1.5em">our mask is to reconstruct themagnetosome membrane in Escherichia coli,inthe meantime we offer intracellular membranous structure part that can be usedby prokaryotes for synthetic biology. | + | <p style="font-size: 1.5em"> our mask is to reconstruct themagnetosome membrane in Escherichia coli,inthe meantime we offer intracellular membranous structure part that can be usedby prokaryotes for synthetic biology. |
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Revision as of 01:18, 9 August 2013
In previous studies，membranousorganelles are the unique structure of eukaryotic cells,and in rare bacteriaand paleontology.SoMagnetospirillum magneticumis considered to be important biological model systems of studying prokaryoticorganelles because the structure of magnetosome in Magnetospirillum magneticum has similar traits toeukaryotic organelles with membranes.And our mask is to reconstruct themagnetosome membrane in Escherichia coli,inthe meantime we offer intracellular membranous structure part that can be usedby prokaryotes for synthetic biology.
our mask is to reconstruct themagnetosome membrane in Escherichia coli,inthe meantime we offer intracellular membranous structure part that can be usedby prokaryotes for synthetic biology.
And also , as the mamK gene is critical forthe cavity construction ,we artificialy improve the mamK gene's expression bystabilize its mRNA with a new method, hoping it can be used to promoting the cavity construction.
