Team:British Columbia

From 2009.igem.org

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{| style="color:#1b2c8a;background-color:#0c6;" cellpadding="3" cellspacing="1" border="1" bordercolor="#fff" width="62%" align="center"
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{{Template:UBCiGEM2009_menu_home}}
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![[Image:IGEMFinalGoldDNA-logo.jpg|100x100px]]
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=<font color="#00CC66">E.coli</font> <font color="#FFCC66">Traffic</font> <font color="#FF0000">Light</font>: <br> A ''flexible'', ''modular'', and ''transparent'' system for multi-level assessment of variable inputs.'=
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!align="center"|[[Team:British_Columbia|Home]]
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Biosensors have a diverse variety of real-world functions, ranging from measuring blood glucose levels in diabetes patients to assessing environmental contamination of trace toxins. The majority of these sensors are highly specific for a single input, and their outputs often require specialized equipment such as surface plasmon resonance chips.
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!align="center"|[[Team:British_Columbia/Team|The Team]]
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!align="center"|[[Team:British_Columbia/Project|The Project]]
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!align="center"|[[Team:British_Columbia/Parts|Parts Submitted to the Registry]]
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!align="center"|[[Team:British_Columbia/Modeling|Modeling]]
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!align="center"|[[Team:British_Columbia/Sponsor_Us|Sponsor Us!]]
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!align="center"|[[Team:British_Columbia/Biosensor_Sensitivity|Biosensor Sensitivity Notebook]]
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!align="center"|[[Team:British_Columbia/Biosensor_Logic_Gate|Biosensor Logic Gate Notebook]]
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!align="center"|[[Team:British_Columbia/Lab_Notebook|General Lab Notebook]]
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!align="center"|[[Team:British_Columbia/Bibliography|Bibliography]]
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Our project aims to create a biosensor that recognizes a specific target and alters its output fluorescence from green, to yellow, to red as a function of concentration up to critical levels (hence, a biological "traffic light").
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|Formed in March 2009, this iGEM team is the first to enter from UBC, and hopes to do its alma mater proud.
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|[[Image:iGEMFinalGoldDNA-logo.jpg|200x200px|right]]
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Click the colours of the traffic light to learn about its different subparts!
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<!-- [[Image:BritishColumbia-Trafficlight.png|center|400px]] -->
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We have selected two project tracks:
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* To manipulate the sensitivity of a whole-cell biosensor
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* To implement a logic gate-based decision system using said biosensor
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The general scheme is to prototype the manipulations using an arabinose sensor coupled to a GFP reporter.
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<img src="/wiki/images/thumb/f/fc/E_coli_Traffic_Light_General.png/950px-E_coli_Traffic_Light_General.png" width=950 usemap="#trafficlight">
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[[Image:UBC2009-kayaking.jpg|centre|frame|Our Team]]
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<map name="trafficlight">
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<area shape="circle"
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      coords="774,121,54"
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      alt="Sensors: This links to the pBAD promoters that sense the arabinose."
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      title="Sensors: This links to the pBAD promoters that sense the arabinose."
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      href="/Team:British_Columbia/pBAD"
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/>
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<area shape="circle"
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      coords="775,236,55"
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      alt="Lock and Key: this controls when the colors are produced"
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      title="Lock and Key: this controls when the colors are produced"
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      href="/Team:British_Columbia/LockandKey"
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/>
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<area shape="circle"
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      coords="774,350,54"
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      alt="The Jammer: this mRNA sequence blocks the key from opening the lock."
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      title="The Jammer: this mRNA sequence blocks the key from opening the lock."
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      href="/Team:British_Columbia/Jammer"
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/>
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</map>
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</html>
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<!--
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[[Image:E_coli_Traffic_Light_General.png|thumb|center|950px|Schematic black-box representation of the E. coli Biosensor that detects various concentration inputs and color outputs. The idea is discrete analog outputs based on a user-specified threshold for each range of concentration.]]
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Latest revision as of 03:58, 22 October 2009

E.coli Traffic Light:
A flexible, modular, and transparent system for multi-level assessment of variable inputs.'

Biosensors have a diverse variety of real-world functions, ranging from measuring blood glucose levels in diabetes patients to assessing environmental contamination of trace toxins. The majority of these sensors are highly specific for a single input, and their outputs often require specialized equipment such as surface plasmon resonance chips.

Our project aims to create a biosensor that recognizes a specific target and alters its output fluorescence from green, to yellow, to red as a function of concentration up to critical levels (hence, a biological "traffic light").


Click the colours of the traffic light to learn about its different subparts!

Sensors: This links to the pBAD promoters that sense the arabinose. Lock and Key: this controls when the colors are produced The Jammer: this mRNA sequence blocks the key from opening the lock.



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