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DNA Extraction
· DNA Extraction from Bacteria (Julie B. Wolf,UMBC)
Phenol/chloroform method
· DNA Extraction From Bacteria (Triton Method) (NWFSC)
- Isolation of Chromosomal DNA from Bacteria (Hancock Lab)
· Rapid Genomic DNA Isolation from P. Aeruginosa (Goldberg Lab)
· DNA Extraction from Gram-positive Bacteria (NWFSC)
This procedure was originally developed for Listeria monocytogenes but has worked well with other Gram+ bacteria
· Genomic DNA isolation from Bacteria (Newman Lab)
· DNA Extraction from Bacteria (Lazo Lab)
Phenol/chloroform method
· Genomic DNA Isolation (Jeffrey D. Newman)
Phenol/chloroform method, this procedure does not work well with Gram + cocci
- Isolation of Aspergillus DNA (Molecular Genetics Network Lab)
- Isolation of Aspergillus DNA: QUIAGEN Method (Molecular Genetics Network Lab)
· Isolation and Quantification of Genomic DNA from Mycobacterium tuberculosis (The Northeast Regional RFLP Laboratory for DNA Typing)
This protocol describes a "DNA mini-prep" procedure for the isolation of chromosomal DNA from Mycobacterium tuberculosis and a procedure for quantifying the amount isolated
RNA Extraction
· Isolation Of RNA From Bacteroids and Bacteria (Lazo Lab)
- Extraction of RNA from Aspergillus: - Guanidin-thiocyanate and CsCl method (Molecular Genetics Network Lab)
- Extraction of RNA from Aspergillus: - Guanidin-thiocyanate and LiCl method (Molecular Genetics Network Lab)
Others
· Pulsed-field Gel Purification of E. coli Restriction Fragments (Stanford DNA Sequence & Technology Center)
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