Molecular biology
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#[[media:mba.pdf|Commonly used reagents and equipment in molecular biology (PDF)]] | #[[media:mba.pdf|Commonly used reagents and equipment in molecular biology (PDF)]] | ||
#[[Concentration of antibiotics commonly used]] | #[[Concentration of antibiotics commonly used]] | ||
+ | #For DNA extraction (to remove some protein contaminants & inactivate enzymes): Phenol:Chloroform=1:1(v:v) solution | ||
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===protocols=== | ===protocols=== | ||
#[[PCR primer|PCR]] - General rules for primer design | #[[PCR primer|PCR]] - General rules for primer design |
Revision as of 06:45, 9 July 2008
Contents |
Reagents & Protocols
recipes
- Commonly used reagents and equipment in molecular biology (PDF)
- Concentration of antibiotics commonly used
- For DNA extraction (to remove some protein contaminants & inactivate enzymes): Phenol:Chloroform=1:1(v:v) solution
protocols
- PCR - General rules for primer design
- Genomic DNA extraction
- Competent cell preparation BSGC protocol (PDF)
- Electrocompetent cell Protocol (PDF)
- LIC cloning introduction LIC introduction - Ligation Independent Cloning
- LIC cloning protocol (Berkeley Structural Genomics Center)
- Vector preparation
- Insert preparation
- LIC transformation:
- mix insert and vector in appropriate amounts
- incubate 5~30 min(20 min) at room temperature
- do transformation in E. coli (recommend to use electro-competent cells)
Softwares
- NIH Image: Gel analysis software
- Serial Cloner: DNA sequence management (PCR, restriction maps, etc.)
- Bioedit
- BioX (Mac OS X only)