Protocols: Difference between revisions

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&bull; [[Miniprep|<font style="color:#000000">Miniprep</font>]] <BR>
&bull; [[Miniprep|<font style="color:#000000">Miniprep</font>]] <BR>
&bull; [[P1vir phage transduction|<font style="color:#000000">P1vir phage transduction</font>]] <BR>
&bull; [[P1vir phage transduction|<font style="color:#000000">P1vir phage transduction</font>]] <BR>
&bull; [[Pour plates|<font style="color:#000000">Pour LB plates</font>]] <BR>
&bull; [[Endy:Pouring plates|<font style="color:#000000">Pour LB plates</font>]] <BR>
&bull; [http://www.cf.ac.uk/biosi/staff/ehrmann/tools/factors.htm <font style="color:#000000">Protein expression resource</font>] <BR>
&bull; [http://www.cf.ac.uk/biosi/staff/ehrmann/tools/factors.htm <font style="color:#000000">Protein expression resource</font>] <BR>
&bull; [[S_N Chemostat Protocol|<font style="color:#000000">S N Chemostat Protocol</font>]] <BR>
&bull; [[S_N Chemostat Protocol|<font style="color:#000000">S N Chemostat Protocol</font>]] <BR>
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<!-----------------------------------In vitro----------------------------------->
<!-----------------------------------In vitro----------------------------------->
<!------------------------------------------------------------------------------->
<!------------------------------------------------------------------------------->
==''In vitro''==
==''In vitro''==
<showhide>
<showhide>

Revision as of 14:49, 20 March 2006

In vivo

<showhide> Escherichia coli__HIDER__ <hide> • Bacterial Cell culture
Bacterial Transformation
  • Preparing chemically competent cells (TSS)
  • Transforming chemically competent cells (TSS)
  • Preparing electrocompetent cells
  • Transforming electrocompetent cells
β-Galactosidase Assay (A better Miller)
Colony PCR
Making long-term stock bacteria
Miniprep
P1vir phage transduction
Pour LB plates
Protein expression resource
S N Chemostat Protocol
</hide> </showhide>

<showhide> Mesoplasma florum__HIDER__ <hide> • Preparing culture media
</hide> </showhide>

<showhide> T7__HIDER__ <hide> • Purification T7: Cesium Chloride
Simple lysate protocol from plaque/lysate
</hide> </showhide>

<showhide> Yeast__HIDER__ <hide> • Assaying mating
Cell Cycle Arrest
Dropout plates
High Efficiency Transformation
Layering plates
Pour YPD plates
Simple Yeast Lysate (for Western etc.)
Time-Lapse Microscopy
Yeast Colony PCR
Yeast DNA Prep

</hide> </showhide>

In vitro

<showhide> Nucleic acids__HIDER__ <hide> • Nucleic acid precipitation
Phenol/chloroform extraction
</hide> </showhide>

<showhide> DNA__HIDER__ <hide> • Agarose gel electrophoresis
Annealing Primers
Designing Primers
DNA Ligation
Double stranding oligo libraries
Library Generating
Miniprep
PCR
Phosphate treatment linearized vector
Polony Protocols(Church/Mitra Lab)
PNK Treatment of DNA ends
Purification of DNA
Reconstituting Primers
Restriction Digest
'Round-the-horn site-directed mutagenesis
Sequencing DNA
Site-directed Mutagenesis
Templiphi
</hide> </showhide>

<showhide> RNA__HIDER__ <hide> • In vitro transcription w/ T7 RNA polymerase
Northern Blot, 32P End-Labeled Probes
Probe Prep, 32P End-Labeled Probes
RNA Extraction
RNAse Protection Assay
</hide> </showhide>

<showhide> Protein__HIDER__ <hide> • Acrylamide gels and SDS-PAGE
Coomassie Destain
Coomassie Stain
HPLC
Silver staining
Western Blot
Purification His-tagged proteins
Free Sulfhydryl Determination </hide> </showhide>

In silico

<showhide> Sequence Analysis__HIDER__ <hide> • BLAST
CLUSTALW
</hide> </showhide>

<showhide> Structure__HIDER__ <hide> • THREADER
Homology Modeling
</hide> </showhide>

<showhide> Pathway Modelling__HIDER__ <hide> • Flux Balance Analysis
Minimisation of Metabolic Adjustment
</hide> </showhide>

Other

<showhide> Flow Cytometry__HIDER__ <hide> • Flow Calibration
</hide> </showhide>

<showhide> Microfluidics__HIDER__ <hide> • Design Microfluidic Chip
Order Microfluidic Chip from Foundry
Operate Microfluidic Chemostat
</hide> </showhide>

<showhide> Microscopy__HIDER__ <hide> • Agarose Pads
Quantitative Microscopy
Time-Lapse Microscopy
</hide> </showhide>

<showhide> Plate reader__HIDER__ <hide> • Perkin Elmer Victor3
Plate reader usage protocols

</hide> </showhide>

General resources
Protocol-online
Contains a lot of useful protocols and a popular discussion section.


<showhide> __SHOWALL__ __HIDEALL__ </showhide>