Difference between revisions of "Team:SZU China/AND GATE"

 
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         <p id="heading">Bladder Cancer Sniper</p>
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         <p id="heading">AND GATE</p>
 
         <p id="brief">Combine Biological Unnatural Amino Acid（UAA）Orthogonal
 
         <p id="brief">Combine Biological Unnatural Amino Acid（UAA）Orthogonal
 
             <br>genectical system with logic "AND" gate gene circuit
 
             <br>genectical system with logic "AND" gate gene circuit
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            <h2 class="blog-post-title">The AND gate in digital logic gate circuits:</h2>
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            <p>As we all know, there many logic gates in digital circuits.Among them,AND gate is the most basic logic gate circuit.</p>
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                      <p>It can be seen as a switch, but we need two or more keys to open it,and it's very according with our requirements.When we need multiple factors limit,AND gate is undoubtedly the best choice,because only all of our requirements are satisfied,the switch can be opened, and our system can run normally. </p>
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  <h2> The AND gate of our project</h2>
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              <p>The AND gate of our system has two keys,and that is two promoters, hTERT and hUPll.The former is a cancer cell specific promoter,and the later is bladder cell specific promoter.
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When two keys exist at the same time and two promoters will start gene expression,the whole system can operate.Using AND gate to achieve specificity recognition,when it is compared with the traditional therapy,it is the biggest advantage of synthetic biology,and it’s also the basis of our project.
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            <p>hRluc is a reporter that can produce RLUC which is a kind of luciferase.There is an amber stop codon UAG in the sequence of Rluc. When the system is verified having a function,it will produce an active hRluc.</p>
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      <h4>sources:</h4>
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<em>[1].https://en.wikipedia.org/wiki/AND_gate</em>  <br>
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<em>[2].Mano,M.Morris and Charles R.Kime.Logic and Computer Design Fundamentals,Third Edition.Prentice Hall, (2004)</em>  <br>
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<em>[3].Yuchen Liu,Yayue Zeng,Li Liu,Chengle Zhuang,Xing Fu,Weiren Huang& Zhiming Cai.Synthesizing AND gate genetic circuigts based on CRISPR-Cas9 for identification of bladder cancer cells.DOI:10.1038/ncomms6393(2014)</em>  <br>
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<em>[4].Yoshida,W.&Yokobayashi,Y.Photonic Boolean logic gates based on DNA aptamers.Chem.Commun.(Camb.)14,195–197(2007).</em> <br>
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<em>[5].Wang,B.,Kitney,R.I.,Joly,N.&Buck,M.Engineering modular and orthogonal genetic logic gates for robust digital-like synthetic biology. Nat.Commun. 2, 508 (2011).</em>  <br>
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Latest revision as of 06:53, 18 September 2015

AND GATE

Combine Biological Unnatural Amino Acid（UAA）Orthogonal
genectical system with logic "AND" gate gene circuit
to detect bladder cancer cells precisely

The AND gate in digital logic gate circuits:

As we all know, there many logic gates in digital circuits.Among them,AND gate is the most basic logic gate circuit.

It can be seen as a switch, but we need two or more keys to open it,and it's very according with our requirements.When we need multiple factors limit,AND gate is undoubtedly the best choice,because only all of our requirements are satisfied,the switch can be opened, and our system can run normally.

The AND gate of our project

The AND gate of our system has two keys,and that is two promoters, hTERT and hUPll.The former is a cancer cell specific promoter,and the later is bladder cell specific promoter. When two keys exist at the same time and two promoters will start gene expression,the whole system can operate.Using AND gate to achieve specificity recognition,when it is compared with the traditional therapy,it is the biggest advantage of synthetic biology,and it’s also the basis of our project.

hRluc is a reporter that can produce RLUC which is a kind of luciferase.There is an amber stop codon UAG in the sequence of Rluc. When the system is verified having a function,it will produce an active hRluc.

sources:

[1].https://en.wikipedia.org/wiki/AND_gate
[2].Mano,M.Morris and Charles R.Kime.Logic and Computer Design Fundamentals,Third Edition.Prentice Hall, (2004)
[3].Yuchen Liu,Yayue Zeng,Li Liu,Chengle Zhuang,Xing Fu,Weiren Huang& Zhiming Cai.Synthesizing AND gate genetic circuigts based on CRISPR-Cas9 for identification of bladder cancer cells.DOI:10.1038/ncomms6393(2014)
[4].Yoshida,W.&Yokobayashi,Y.Photonic Boolean logic gates based on DNA aptamers.Chem.Commun.(Camb.)14,195–197(2007).
[5].Wang,B.,Kitney,R.I.,Joly,N.&Buck,M.Engineering modular and orthogonal genetic logic gates for robust digital-like synthetic biology. Nat.Commun. 2, 508 (2011).