Difference between revisions of "Part:BBa J97000:Experience"

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===User Reviews===
 
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<I>Tsinghua 2022</I>
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<I>Username</I>
 
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<p>The UV-absorbing nature of Eira CFP makes it suitable as a more readily available reporter color protein, since UV light sources are relatively easier to obtain than other light sources of particular wavelength. We have diluted bacteria expressing Eira CFP at different ratios to produce color cards consisting of distinct gradients. This demonstrated the suitability of Eira CFP as a reporter gene.</p>
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<I>Tsinghua_iGEM_2022</I>
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<p>The UV-absorbing nature of Eira CFP makes it suitable as a more readily available reporter color protein, since UV light sources are relatively easier to obtain than other light sources of particular wavelength. Team Tsinghua 2022 has diluted bacteria expressing Eira CFP at different ratios to produce color cards consisting of distinct gradients. This demonstrated the suitability of Eira CFP as a reporter gene.</p>
  
 
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                 <b>Diluted bacteria under UV light.</b>
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                 <b>Diluted bacteria producing EiraCFP under UV light.</b>
 
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Latest revision as of 16:24, 13 October 2022


This experience page is provided so that any user may enter their experience using this part.
Please enter how you used this part and how it worked out.

Applications of BBa_J97000

User Reviews

UNIQc533874bc7c5b4df-partinfo-00000000-QINU UNIQc533874bc7c5b4df-partinfo-00000001-QINU


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Tsinghua_iGEM_2022

The UV-absorbing nature of Eira CFP makes it suitable as a more readily available reporter color protein, since UV light sources are relatively easier to obtain than other light sources of particular wavelength. Team Tsinghua 2022 has diluted bacteria expressing Eira CFP at different ratios to produce color cards consisting of distinct gradients. This demonstrated the suitability of Eira CFP as a reporter gene.


Diluted bacteria producing EiraCFP under UV light.