User:Chris D Hirst/ToDo

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==Parts Registry==
==Parts Registry==
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# Upload ALL remaining sequences and [http://www.openwetware.org/wiki/IGEM:IMPERIAL/2008/Prototype/Wetlab/parts/Composite composite parts]
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#<font color=red> Upload ALL remaining sequences and [http://www.openwetware.org/wiki/IGEM:IMPERIAL/2008/Prototype/Wetlab/parts/Composite composite parts]</font>
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# Update AmyE 3' sequence and any other sequences that are strain specific
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#<font color=red> Update AmyE 3' sequence and any other sequences that are strain specific</font>
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# Check ALL sequences against produced parts yet again and update
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#<font color=red> Check ALL sequences against produced parts yet again and update</font>
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# Add stop codons to all Protein Coding Regions on diagrams
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#<font color=red> Add stop codons to all Protein Coding Regions on diagrams</font>
==Lab==
==Lab==
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# Collect all DNA to be sent to registry together
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#<font color=red> Collect all DNA to be sent to registry together</font>
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# Finish designing Chloramphenicol resistance characterisation experiment
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#<font color=red> Finish designing Chloramphenicol resistance characterisation experiment</font>
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# Run Chloramphenicol resistance characterisation experiment
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#<font color=red> Run Chloramphenicol resistance characterisation experiment</font>
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# Check any remaining sequence analyses
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#<font color=red> Check any remaining sequence analyses</font>
==Presentation==
==Presentation==
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# Diagrams
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#<font color=red> Diagrams</font>
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# Script
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#<font color=red> Script</font>
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# Diagrams
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#<font color=red> Diagrams</font>
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# Diagrams
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#<font color=red> Diagrams</font>
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# <big>PANIC!</big>
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#<font color=red> <big>PANIC!</big> </font>

Revision as of 12:02, 26 October 2008

Contents

To Do List

Parts Registry

  1. Upload ALL remaining sequences and composite parts
  2. Update AmyE 3' sequence and any other sequences that are strain specific
  3. Check ALL sequences against produced parts yet again and update
  4. Add stop codons to all Protein Coding Regions on diagrams

Lab

  1. Collect all DNA to be sent to registry together
  2. Finish designing Chloramphenicol resistance characterisation experiment
  3. Run Chloramphenicol resistance characterisation experiment
  4. Check any remaining sequence analyses

Presentation

  1. Diagrams
  2. Script
  3. Diagrams
  4. Diagrams
  5. PANIC!
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