Lidstrom:Protocols: Difference between revisions
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=== Methylotrophs === | === Methylotrophs === | ||
*[[Lidstrom:MM1/MM2/MM3/HY|MM1 | *[[Lidstrom:media for methylotrophs|media for methylotrophs: MM1/MM2/MM3/HY and NB]] | ||
*[[Lidstrom:MM1_recipe|MM1 recipe]] | |||
===E. coli === | ===E. coli === | ||
*[[Lidstrom:E. coli media comparison|E. coli media comparison]] | |||
*[[Lidstrom:Autoinduction Media|Autoinduction Media]] | |||
*[[Lidstrom:M9|M9 recipe]] | *[[Lidstrom:M9|M9 recipe]] | ||
*[[Lidstrom:TB|Terrific Broth recipe]] | *[[Lidstrom:TB|Terrific Broth recipe]] | ||
| Line 144: | Line 148: | ||
== Metabolomics == | == Metabolomics == | ||
*[[Lidstrom:Hot water extraction | Hot water extraction for ''in vivo'' metabolite measurement]] | *[[Lidstrom:Hot water extraction | Hot water extraction for ''in vivo'' metabolite measurement]] | ||
*[[Lidstrom:Hot water extraction in vitro | Hot water extraction for ''in vitro'' metabolite measurement]] | |||
=== CO2 project === | === CO2 project === | ||
*[[Lidstrom:Measuring 13C Incorporation Into Protein - CO2 Project|Measuring 13C Incorporation Into Protein - CO2 Project]] | *[[Lidstrom:Measuring 13C Incorporation Into Protein - CO2 Project|Measuring 13C Incorporation Into Protein - CO2 Project]] | ||
** [[Lidstrom:13C Incorporation Into Protein - Data Analysis]] | ** [[Lidstrom:13C Incorporation Into Protein - Data Analysis]] | ||
Revision as of 06:58, 31 March 2015
Back home: Lidstrom
General Lab:
- Health & Safety
- Finding Chemicals
- Dishwasher
- Autoclave
- Sterile technique
- E. coli basics
- Preparing Freezer Cell Stocks
- Pouring Media Plates
- Filtration
Cell Culture:
Methylotrophs
E. coli
- E. coli media comparison
- Autoinduction Media
- M9 recipe
- Terrific Broth recipe
- EZ amino acid stock recipe
OD measurements
DNA/RNA:
DNA
PCR
Isolation
- QIAquick Gel Extraction Kit Protocol
- Genomic DNA minikit extraction
- Genomic DNA phenol/chloroform extraction
Manipulation
Fancy Manipulation
- Site-Directed Mutagenesis (in progress)
- λ-Red Mediated Gene Knockouts
- Phage Lysate Prep
- P1 Phage Transduction (in progress)
Restriction Cloning
Gibson Cloning
Obervation
Mutagenesis
Misc.
- Loading Dye Recipe
- Purifying DNA (in progress)
- Miniprep (in progress)
- Oligo Orders
- Diluting Primers
- NEB cloning guide
Protein
Purification
Analytics
Protein Concentration Determination
- Choosing a protein concentration quantification method
- BCA assay to determine protein concentration
- NanoDrop for proteins
Chemicals
- Chemical Stability
- Also, see Solution Stock Info
Buffers
E. coli
- E. coli Vector Compatibility (In Progress)
- origins of replication
- Competent Cell Preparation (in progress)
E. coli transformation
Lysing & Cells & Clarifying Extract
Assays
General
- Enzyme Assay Basics
- Enzyme Assay Data Analysis
- Solution Stock Info
- Path Length in 96-well plates
- Reducing Agents
Equipment
- Plate readers:
- Cuvette spectrophotometer:
- Centrifuge:
- Sorvall centrifuge goes faster than the regular centrifuges that allow 50mL tubes
- Flow Cytometry:
in vitro pathway assays (CO2 project)
- Cell Prep (in progress)
- Crude Extract Prep (in progress)
- Sample Analysis via UPLC-MS/MS (in progress)
Misc
Metabolomics
- Hot water extraction for in vivo metabolite measurement
- Hot water extraction for in vitro metabolite measurement
