Difference between revisions of "Team:Sheffield/Notebook"

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<div class = "jumbotron">
 
<div class = "jumbotron">
 
<h2> CLONING OF HEMERYTHRIN </h2>
 
<h2> CLONING OF HEMERYTHRIN </h2>
 +
<p> <b> <u> Week 1: </b> </u> <br>
 +
-Literature research <br>
 +
-Decided an experimental outline <br>
 +
-In silico design of hemerythrin constructs <br>
 +
-Synthetic genes and primers required for cloning have been ordered <br>
 +
 +
<b> <u> Week 2: </b> </u> <br>
 +
 +
-Make competent cells for the <i> E.coli </i>  strains that we used during our project- Top10, JC28 and W3110 <br>
 +
-Tested the efficiency of transformation in these strains <br>
 +
-Prepared buffers, growth media and pouring agar plates for the experiments we were planning to carry out during the following weeks <br>
 +
-Several experiments have been performed in order to monitor the growth of the wild type (W3110) and siderophore-deficient mutant (JC28) <br>
 +
 +
<b> <u> Week 3: </b> </u> <br>
 +
-ensured we had sufficient amounts of plasmid (pSB1C3, pUC18 and pBSKII) for further cloning experiments by transforming them into Top10 competent cells and re-harvesting them (mini-prep experiments) <br>
 +
-characterise the plasmid stocks obtained (Nano Drop and agarose gel)<br>
 +
-characterised the genotype of wild-type (W3110) and mutant (JC28) strains:<br>
 +
    <center> -genomic DNA extractions have been performed </center> <br>
 +
    <center> - <i>entC</i> gene has been amplified- PCR </center> <br>
 +
    <center> -PCR products have been analysed- agarose gel </center> </p>
 +
 
                         <h3> Constitutive hemerythrin expression </h3>
 
                         <h3> Constitutive hemerythrin expression </h3>
 
                         <h3> Overexpression of hemerythrin </h3>
 
                         <h3> Overexpression of hemerythrin </h3>

Revision as of 20:48, 18 October 2016

A template page

NOTEBOOK

CLONING OF HEMERYTHRIN

Week 1:
-Literature research
-Decided an experimental outline
-In silico design of hemerythrin constructs
-Synthetic genes and primers required for cloning have been ordered
Week 2:
-Make competent cells for the E.coli strains that we used during our project- Top10, JC28 and W3110
-Tested the efficiency of transformation in these strains
-Prepared buffers, growth media and pouring agar plates for the experiments we were planning to carry out during the following weeks
-Several experiments have been performed in order to monitor the growth of the wild type (W3110) and siderophore-deficient mutant (JC28)
Week 3:
-ensured we had sufficient amounts of plasmid (pSB1C3, pUC18 and pBSKII) for further cloning experiments by transforming them into Top10 competent cells and re-harvesting them (mini-prep experiments)
-characterise the plasmid stocks obtained (Nano Drop and agarose gel)
-characterised the genotype of wild-type (W3110) and mutant (JC28) strains:

-genomic DNA extractions have been performed

- entC gene has been amplified- PCR

-PCR products have been analysed- agarose gel

Constitutive hemerythrin expression

Overexpression of hemerythrin

CLONING OF Ryb-GFP

IRON MEASUREMENTS

CAS PLATES

GROWTH CURVES

MODELLING

DESIGNING THE DEVICE

POLICES AND PRACTICES

WIKI AND MEDIA DESIGN