Difference between revisions of "Team:Oxford/Notebook"

Line 191: Line 191:
 
<h3>Day 1</h3>
 
<h3>Day 1</h3>
 
<p>
 
<p>
 +
Preparation of Stock Solutions
 +
 +
• gBlocks
 +
3 of our gBlocks from IDT had arrived: pCopA MymT HH (pc), MymT sfGFP HH (mg) and TAT Csp1 HH (tc). These arrived in the form of a solid, white powder.
 +
 +
We resuspended the gBlocks in different volumes of MilliQ, depending on the weight delivered, to give a stock solution of 10 ng/l.
 +
 +
Part name
 +
Mass (ng)
 +
Volume MilliQ added (l)
 +
TAT Csp1 HH
 +
500
 +
50
 +
MymT sfGFP HH
 +
1000
 +
100
 +
pCopA MymT HH
 +
1000
 +
100
 +
 +
• Primers
 +
The forward and reverse primers from IDT came as 32.4 nmol and 23.8 nmol of solid respectively.
 +
 +
Forward: 5’-CGACTTGATCACGTAGAATTC-3’
 +
Reverse: 5’-ACACGATCGATATAACTGCAGC-3’
 +
 +
For our stock solutions, the primers were suspended in different volumes of MilliQ to give 100M.
 +
 +
Primer
 +
Amount (nmol)
 +
Volume MilliQ added (l)
 +
Forward
 +
32.4
 +
324
 +
Reverse
 +
23.8
 +
238
 +
 +
 +
Preparation of reaction solutions
 +
 +
• gBlocks
 +
Following resuspension, 10l of each DNA solution was added to 90l MilliQ (1:10 dilution) in an Eppendorf to give a final concentration of 1 ng/l and final solution volume of 100l.
 +
 +
• Primers
 +
Following resuspension, 10l of each primer solution was added to 90l MilliQ (1:10 dilution) in an Eppendorf to give a final concentration of 10M and final solution volume of 100l.
 
</p>
 
</p>
 
</section>
 
</section>

Revision as of 16:45, 16 October 2016

iGEM Oxford 2016 - Cure for Copper

Notebook

Introduction

This page documents all the experiments we carried out in the wet lab as a part of our project. The details of the process we carried out can be found on our protocols page, and the chemicals we used can be found on the chemicals page.

Week 1

Day 1

Preparation of Stock Solutions • gBlocks 3 of our gBlocks from IDT had arrived: pCopA MymT HH (pc), MymT sfGFP HH (mg) and TAT Csp1 HH (tc). These arrived in the form of a solid, white powder. We resuspended the gBlocks in different volumes of MilliQ, depending on the weight delivered, to give a stock solution of 10 ng/l. Part name Mass (ng) Volume MilliQ added (l) TAT Csp1 HH 500 50 MymT sfGFP HH 1000 100 pCopA MymT HH 1000 100 • Primers The forward and reverse primers from IDT came as 32.4 nmol and 23.8 nmol of solid respectively. Forward: 5’-CGACTTGATCACGTAGAATTC-3’ Reverse: 5’-ACACGATCGATATAACTGCAGC-3’ For our stock solutions, the primers were suspended in different volumes of MilliQ to give 100M. Primer Amount (nmol) Volume MilliQ added (l) Forward 32.4 324 Reverse 23.8 238 Preparation of reaction solutions • gBlocks Following resuspension, 10l of each DNA solution was added to 90l MilliQ (1:10 dilution) in an Eppendorf to give a final concentration of 1 ng/l and final solution volume of 100l. • Primers Following resuspension, 10l of each primer solution was added to 90l MilliQ (1:10 dilution) in an Eppendorf to give a final concentration of 10M and final solution volume of 100l.

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Week 4

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Week 6

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Week 7

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Week 8

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Week 9

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Week 10

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Week 11

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Week 12

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Week 13

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Week 14

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Week 15

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Week 16

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