Difference between revisions of "Part:BBa K3022002:Experience"

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The introduction of PPK1 into Shewanella could also change the efficiency of electricity production by changing phosphorus metabolism
  
 
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<I>Nanjing-China 2024 Guozongyu</I>
 
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We introduced PPK1 into Shewanella through a codon optimization method and found that it could work normally, and the introduction of PPK1 into Shewanella could also change the efficiency of electricity production by changing phosphorus metabolism.
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We introduced PPK1 into Shewanella through a codon optimization method and found that it could work normally, and the introduction of PPK1 into Shewanella could also change the efficiency of electricity production by changing phosphorus metabolism ;
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<partinfo>BBa_K3022002 AddReview 1</partinfo>
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<I>Nanjing-China 2024 </I>
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We introduced PPK1 into Shewanella through a codon optimization method and found that it could work normally, and the introduction of PPK1 into Shewanella could also change the efficiency of electricity production by changing phosphorus metabolism.We have also demonstrated that it is also capable of converting Pi to PolyP in Shewanella, and significantly affects the power production of Shewanella, as shown in the figure below.
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Figure 1: Electricity production capacity of <i>S. oneidensis.</i> after the introduction of PPK1
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We also used transmission electron microscopy (TEM) and scanning electron microscopy (SEM) to illustrate that if the protein is expressed in large quantities in Shewanella, it will lead to excessive intracellular phosphorus content, which will lead to changes in cell morphology.
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Figure 2: Scanning electron microscope of the <i>S. oneidensis.</i> morphology of WT and modified <i>S. oneidensis.</i> strains with Strong RBS BBa-B0034
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Figure 3: Transmission electron microscopy of the <i>S. oneidensis.</i> morphology of WT and modified <i>S. oneidensis.</i> strains with Strong RBS(BBa-b0034)
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When the element was expressed in large quantities, the number of Shewanella decreased significantly, indicating that the mortality rate of Shewanella was significantly increased.
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Figure4：Growth curves of <i>S. oneidensis</i> at different rbs intensities
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Latest revision as of 03:43, 1 October 2024


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Applications of BBa_K3022002

The introduction of PPK1 into Shewanella could also change the efficiency of electricity production by changing phosphorus metabolism

User Reviews

UNIQ34812f847ae8d5b2-partinfo-00000000-QINU UNIQ34812f847ae8d5b2-partinfo-00000001-QINU UNIQ34812f847ae8d5b2-partinfo-00000002-QINU

•

Nanjing-China 2024

We introduced PPK1 into Shewanella through a codon optimization method and found that it could work normally, and the introduction of PPK1 into Shewanella could also change the efficiency of electricity production by changing phosphorus metabolism.We have also demonstrated that it is also capable of converting Pi to PolyP in Shewanella, and significantly affects the power production of Shewanella, as shown in the figure below.

Figure 1: Electricity production capacity of S. oneidensis. after the introduction of PPK1 We also used transmission electron microscopy (TEM) and scanning electron microscopy (SEM) to illustrate that if the protein is expressed in large quantities in Shewanella, it will lead to excessive intracellular phosphorus content, which will lead to changes in cell morphology.
Figure 2: Scanning electron microscope of the S. oneidensis. morphology of WT and modified S. oneidensis. strains with Strong RBS BBa-B0034

Figure 3: Transmission electron microscopy of the S. oneidensis. morphology of WT and modified S. oneidensis. strains with Strong RBS(BBa-b0034)

When the element was expressed in large quantities, the number of Shewanella decreased significantly, indicating that the mortality rate of Shewanella was significantly increased.

Figure4：Growth curves of S. oneidensis at different rbs intensities