Praesent semper mod quis eget mi. Etiam eu ante risus. Aliquam erat volutpat.
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Aliquam luctus et mattis lectus sit amet pulvinar. Nam turpis nisi
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<p>This part was designed as a green fluorescent protein generator to provide a proof of concept for the ability to transform and express different genes in L. lactis. </p>
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consequat etiam lorem ipsum dolor sit amet nullam.</p>
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<p><strong>Intermediate parts (N- to C-terminal)</strong></p>
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<p>K2033220 – Constitutive promoter from 2013 Uppsala team</p>
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<p>B0034 – Ribosome binding site with 1.0 level of efficiency</p>
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<p>K1365020 – Super-folded green fluorescent protein (GFP) from 2014 Groningen team</p>
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<p>B0015 – Composite part of two transcriptional terminators</p>
<p>This part was designed as a red fluorescent protein generator to provide a proof of concept for the ability to transform and express different genes in L. lactis. </p>
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+
<p><strong>Intermediate parts (N- to C-terminal)</strong></p>
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<p>K1033225 – Constitutive promoter from 2013 Uppsala team</p>
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<p>B0034 – Ribosome binding site with 1.0 level of efficiency</p>
+
<p>K1033250 – mCherry (a red fluorescent protein, RFP) from 2013 Uppsala team</p>
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<p>B0015 - Composite part of two transcriptional terminators</p>
justo. Sed dictum rutrum massa eu volutpat. Quisque vitae hendrerit sem. Pellentesque lorem felis,
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ultricies a bibendum id, bibendum sit amet nisl. Mauris et lorem quam. Maecenas rutrum imperdiet
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<p>This part was constructed as a phage inducible green fluorescent protein generator to detect the presence of phage within a Lactococcus lactis culture. Refer to our project page for background information on phage infection in L. lactis cheese cultures and to our design page on how our system works. </p>
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vulputate. Nulla quis nibh ipsum, sed egestas justo. Morbi ut ante mattis orci convallis tempor.
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Etiam a lacus a lacus pharetra porttitor quis accumsan odio. Sed vel euismod nisi. Etiam convallis
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<p><strong>Intermediate parts (N- to C-terminal)</strong></p>
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rhoncus dui quis euismod. Maecenas lorem tellus, congue et condimentum ac, ullamcorper non sapien.
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<p>K1820001- Composite part of K180000 (phage-inducible promoter) and B0034 (a ribosome binding site with 1.0 level of efficiency) </p>
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Donec sagittis massa et leo semper a scelerisque metus faucibus. Morbi congue mattis mi.
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<p>K1365020 – Super-folded green fluorescent protein (GFP) from 2014 Groningen team</p>
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Phasellus sed nisl vitae risus tristique volutpat. Cras rutrum commodo luctus.</p>
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<p>B0015 - Composite part of two transcriptional terminators</p>
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<p>Phasellus odio risus, faucibus et viverra vitae, eleifend ac purus. Praesent mattis, enim
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quis hendrerit porttitor, sapien tortor viverra magna, sit amet rhoncus nisl lacus nec arcu.
Suspendisse laoreet metus ut metus imperdiet interdum aliquam justo tincidunt. Mauris dolor urna,
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fringilla vel malesuada ac, dignissim eu mi. Praesent mollis massa ac nulla pretium pretium.
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<p>This part was constructed as a phage inducible red fluorescent protein generator to detect the presence of phage within a Lactococcus lactis culture. Refer to our project page for background information on phage infection in L. lactis cheese cultures and to our design page on how our system works. </p>
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Maecenas tortor mauris, consectetur pellentesque dapibus eget, tincidunt vitae arcu.
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Vestibulum purus augue, tincidunt sit amet iaculis id, porta eu purus.</p>
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<p><strong>Intermediate parts (N- to C-terminal)</strong></p>
+
<p>K1820001- Composite part of K180000 (phage-inducible promoter) and B0034 (a ribosome binding site with 1.0 level of efficiency) </p>
+
<p>K1033250 – mCherry (a red fluorescent protein, RFP) from 2013 Uppsala team</p>
+
<p>B0015 - Composite part of two transcriptional terminators</p>
This part was designed as a green fluorescent protein generator to provide a proof of concept for the ability to transform and express different genes in L. lactis.
Intermediate parts (N- to C-terminal)
K2033220 – Constitutive promoter from 2013 Uppsala team
B0034 – Ribosome binding site with 1.0 level of efficiency
K1365020 – Super-folded green fluorescent protein (GFP) from 2014 Groningen team
B0015 – Composite part of two transcriptional terminators
This part was designed as a red fluorescent protein generator to provide a proof of concept for the ability to transform and express different genes in L. lactis.
Intermediate parts (N- to C-terminal)
K1033225 – Constitutive promoter from 2013 Uppsala team
B0034 – Ribosome binding site with 1.0 level of efficiency
K1033250 – mCherry (a red fluorescent protein, RFP) from 2013 Uppsala team
B0015 - Composite part of two transcriptional terminators
This part was constructed as a phage inducible green fluorescent protein generator to detect the presence of phage within a Lactococcus lactis culture. Refer to our project page for background information on phage infection in L. lactis cheese cultures and to our design page on how our system works.
Intermediate parts (N- to C-terminal)
K1820001- Composite part of K180000 (phage-inducible promoter) and B0034 (a ribosome binding site with 1.0 level of efficiency)
K1365020 – Super-folded green fluorescent protein (GFP) from 2014 Groningen team
B0015 - Composite part of two transcriptional terminators
This part was constructed as a phage inducible red fluorescent protein generator to detect the presence of phage within a Lactococcus lactis culture. Refer to our project page for background information on phage infection in L. lactis cheese cultures and to our design page on how our system works.
Intermediate parts (N- to C-terminal)
K1820001- Composite part of K180000 (phage-inducible promoter) and B0034 (a ribosome binding site with 1.0 level of efficiency)
K1033250 – mCherry (a red fluorescent protein, RFP) from 2013 Uppsala team
B0015 - Composite part of two transcriptional terminators
