Difference between revisions of "Team:Jilin China/Part/Search Engine"

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       <h2>Introduction</h2>
 
       <h2>Introduction</h2>
 
       <p>We develop a SynRT Toolkit search engine -- SynRT Explorer, which allows users to choose an appropriate thermosensor. Users can select the melting temperature, relative intensity and sensitivity of thermosensors, and the Explorer will give you the information of part number, part name, predicted secondary structure, features and fitted curve. The secondary structure is predicted by mfold software. The fitted curve is based on our experimental results, and then we compute these features.</p>
 
       <p>We develop a SynRT Toolkit search engine -- SynRT Explorer, which allows users to choose an appropriate thermosensor. Users can select the melting temperature, relative intensity and sensitivity of thermosensors, and the Explorer will give you the information of part number, part name, predicted secondary structure, features and fitted curve. The secondary structure is predicted by mfold software. The fitted curve is based on our experimental results, and then we compute these features.</p>
 
       <p><b>Using SynRT Explorer to pick your thermosensors! </b></p>
 
       <p><b>Using SynRT Explorer to pick your thermosensors! </b></p>
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      <h2>Title</h2>
 
 
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<p>Choose Temperature First:</p>
 
<p>Choose Temperature First:</p>

Revision as of 21:11, 17 October 2018

SynRT
EXPLORER


Promoters

Toolkits Design

  • Introduction

    We develop a SynRT Toolkit search engine -- SynRT Explorer, which allows users to choose an appropriate thermosensor. Users can select the melting temperature, relative intensity and sensitivity of thermosensors, and the Explorer will give you the information of part number, part name, predicted secondary structure, features and fitted curve. The secondary structure is predicted by mfold software. The fitted curve is based on our experimental results, and then we compute these features.

    Using SynRT Explorer to pick your thermosensors!

    Choose Temperature First:

    Then is Intensity

    Next is Sensitivity

    And Click ↓

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