Difference between revisions of "Team:NTNU Trondheim/Improve"

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<h2><span class="parts-color">Gold medal criterion two, and best composite part award: </span></h2>
 
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To improve a previous part, we decided to change the sequence of the red fluorescent protein coding device BBa_J04450. This was done by replacing the RFP sequence with the sequence for the RRvT. RRvT is a red fluorescent protein with a much higher brightness, and it can be used when the concentration of the inducer is to low to activate the BBa_J04450 biobrick. The RRvT has a very low acid sensitivity which can be useful in many situations. The advantages of RRvT’s strong brightness and it’s low sensitivity of acidic environment makes this protein better than the existing red fluorescent protein.
 
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<h2><span class="parts-color">Gold medal criterion two, and best composite part award: </span></h2>
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To improve a previous part, we decided to change the sequence of the red fluorescent protein coding device BBa_J04450. This was done by replacing the RFP sequence with the sequence for the RRvT. RRvT is a red fluorescent protein with a much higher brightness, and it can be used when the concentration of the inducer is to low to activate the BBa_J04450 biobrick. The RRvT has a very low acid sensitivity which can be useful in many situations. The advantages of RRvT’s strong brightness and it’s low sensitivity of acidic environment makes this protein better than the existing red fluorescent protein. <span id="dots">...</span><span id="more">
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<button onclick="myFunction()" id="myBtn">Read more</button>
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<p>Lorem ipsum dolor sit amet, consectetur adipiscing elit. Phasellus imperdiet, nulla et dictum interdum, nisi lorem egestas vitae scel<span id="dots">...</span><span id="more">erisque enim ligula venenatis dolor. Maecenas nisl est, ultrices nec congue eget, auctor vitae massa. Fusce luctus vestibulum augue ut aliquet. Nunc sagittis dictum nisi, sed ullamcorper ipsum dignissim ac. In at libero sed nunc venenatis imperdiet sed ornare turpis. Donec vitae dui eget tellus gravida venenatis. Integer fringilla congue eros non fermentum. Sed dapibus pulvinar nibh tempor porta.</span></p>
 
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Revision as of 23:44, 3 September 2018

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The RRvT’s strong brightness and it’s low sensitivity of acidic environment makes the new biobrick a clear improvemt of the existing red fluorescent protein.

Put an image here.

Gold medal criterion two, and best composite part award:

To improve a previous part, we decided to change the sequence of the red fluorescent protein coding device BBa_J04450. This was done by replacing the RFP sequence with the sequence for the RRvT. RRvT is a red fluorescent protein with a much higher brightness, and it can be used when the concentration of the inducer is to low to activate the BBa_J04450 biobrick. The RRvT has a very low acid sensitivity which can be useful in many situations. The advantages of RRvT’s strong brightness and it’s low sensitivity of acidic environment makes this protein better than the existing red fluorescent protein. ...

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