Difference between revisions of "Team:USTC/Demonstrate"
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| − | <p id="first" class="scrollspy label label-pink"> | + | <p id="first" class="scrollspy label label-pink">Conduction System</p> |
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<p class="indent_word">Here, we confirmed the function of two parts in this system, the Ccm A-H protein complex and the Mtr CAB protein complex. First, for the Ccm A-H, we confirm that this protein complex can successfully mature Mtr CAB. Moreover, we also confirm the function of the Mtr CAB protein. It can transfer extracellular electrons into the cytoplasm though it's heterologous expressed in E.coli, not its original host.</p> | <p class="indent_word">Here, we confirmed the function of two parts in this system, the Ccm A-H protein complex and the Mtr CAB protein complex. First, for the Ccm A-H, we confirm that this protein complex can successfully mature Mtr CAB. Moreover, we also confirm the function of the Mtr CAB protein. It can transfer extracellular electrons into the cytoplasm though it's heterologous expressed in E.coli, not its original host.</p> | ||
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| − | <p> | + | <p id="first" class="scrollspy label label-pink">Photocatalyst System</p> |
| + | <br><br> | ||
| + | <p class="indent_word">Here, we proved that the cysteine desulfhydrase can generate S<sub>2-</sub> ions from cysteine. More importantly, we confirmed that this enzyme can precipitate a large amount of CdS sediments on the surface on the bacteria. Lastly, we also ensured the function of CdS nanoparticles--increasing the cathode current and electrons transfer efficiency. </p> | ||
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Revision as of 11:59, 27 October 2017
Conduction System
Here, we confirmed the function of two parts in this system, the Ccm A-H protein complex and the Mtr CAB protein complex. First, for the Ccm A-H, we confirm that this protein complex can successfully mature Mtr CAB. Moreover, we also confirm the function of the Mtr CAB protein. It can transfer extracellular electrons into the cytoplasm though it's heterologous expressed in E.coli, not its original host.
Photocatalyst System
Here, we proved that the cysteine desulfhydrase can generate S2- ions from cysteine. More importantly, we confirmed that this enzyme can precipitate a large amount of CdS sediments on the surface on the bacteria. Lastly, we also ensured the function of CdS nanoparticles--increasing the cathode current and electrons transfer efficiency.
I am a very simple card. I am good at containing small bits of information.
