Difference between revisions of "Team:HSNU-TAIPEI/Project/Benzo a pyrene"

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                                         <p><font face="Comic Sans MS">&nbsp;&nbsp;&nbsp;QsrR is a protein which can combine with Bap-1,6-quinone.[5]As Laccase,we put the</font></p>
 
                                         <p><font face="Comic Sans MS">&nbsp;&nbsp;&nbsp;QsrR is a protein which can combine with Bap-1,6-quinone.[5]As Laccase,we put the</font></p>
 
                                         <p><font face="Comic Sans MS">&nbsp;&nbsp;&nbsp;gene fragment in the E.coli.Let it produce itself.</font></p>
 
                                         <p><font face="Comic Sans MS">&nbsp;&nbsp;&nbsp;gene fragment in the E.coli.Let it produce itself.</font></p>
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Revision as of 13:35, 29 August 2015

 Benzo[a]pyrene

 ✡ Introduction

   (1)Why do we detect benzo[a]pyrene?

   Because when food,such as fried food ,which is heated above 300 degrees

   celcius,food will release benzo[a]pyrene recycled oil usually contain

   benzo[a]pyrene[1].

   (2)Harm?

   Pathway:from skin,breathing in,eating Carcinogenic,environmental

   pollution, Skin irritation,eye irritation[1].

   (3)Taiwanese regulation

[2]

   (4)National regulation

   Europe:The same to Taiwanese regulation[2]

   American:The MCL has been set at 0.2 ppb[3]

 ✡ Circuit Design

   So far,we don’t find the protein which can combine with the Benzo[a]pyrene,so first

   we must degradate it by Laccase. And its product is Bap-1,6-quinone which can

   combine with the protein,in order that we can detect Benzo[a]pyrene. [4]

   We put the gene fragment which can produce the Laccase in the E.coli

   Let it produce itself.

   QsrR is a protein which can combine with Bap-1,6-quinone.[5]As Laccase,we put the

   gene fragment in the E.coli.Let it produce itself.

 ✡ Result

 ✡ Reference

   (註1)Metabolism of mercury, administered as methylmercuric chloride or mercuric chloride, by lactating ruminants.

   (註2)台北醫學大學公共衛生學系碩士班碩士論文Graduate Institute.

   (註3)Brown, N. L., J. V. Stoyanov, et al. (2003). "The MerR family of transcriptional regulators." FEMS Microbiol Rev 27(2-3): 145-163.

   (註4)Park, S. J., J. Wireman, et al. (1992). "Genetic analysis of the Tn21 mer operator-promoter." J Bacteriol 174(7): 2160-2171.