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Cloning Easy subcloning
Subcloning should be easy and fast, and work every time. The following protocols minimize the number of manipulations required to
prepare DNA fragments for ligations, thereby both saving time and increasing reliability.
http://info.med.yale.edu/mbb/koelle/
DNA isolation Genotyping - genomic dna extraction
http://www.easyprotocols.com/showprotocol.php?prot=49
PCR Protocol for PCR with Taq DNA Polymerase
Avoiding Contamination, Preparation of Reaction Mixture, Components of the Reaction Mixture, Cycling Conditions.
http://www.fermentas.com/techinfo/pcr/dnaamplprotocol.htm
Sequencing Recombinant Dna isolation, cloning and sequencing
Bst-catalyzed radiolabeled DNA sequencing, Radiolabeled sequencing gel preparation, loading, and electrophoresis, Taq-polymerase
catalyzed cycle sequencing using fluorescent-labeled dye primers, Taq-polymerase catalyzed cycle sequencing using fluorescent-labeled
dye terminator reactions, Terminator Reaction Clean-Up via Centri-Sep Columns, Terminator Reaction Clean-Up via Sephadex G-50 Filled
Microtiter Format Filter Plates, Sequenase[TM] catalyzed sequencing with dye-labeled terminators, Fluorescent-labeled sequencing gel
preparation, pre-electrophoresis, sample loading, electrophoresis, data collection, and analysis on the ABI 373A DNA sequencer,
Double-stranded sequencing of cDNA clones containing long poly(A) tails using anchored poly(dT) primers, cDNA sequencing based on PCR
and random shotgun cloning.
http://www.genome.ou.edu/protocol_book/protocol_index.html
Sequencing protocol (Big Dye Terminator)
Amplify the gene, purify tha sequencing template, run the sequencing reaction, purify the sequencing product, dry/submit the sample.
http://depts.washington.edu/bakerpg/protocols/sequencing_protocol.html
DNA isolation Buccal cell DNA isolation
http://hypertension.ucsd.edu/list_of_protocols/31_buccal_cell.htm
Genomic DNA isolation
http://hypertension.ucsd.edu/list_of_protocols/32_genomic_DNA.pdf
Genomic DNA"mouthwash" protocol
http://hypertension.ucsd.edu/list_of_protocols/34_PureGeneMouthwash.pd...
Competent cells E. coli Competent Cell Preparation
http://www.easyprotocols.com/showprotocol.php?prot=46
PCR General Notes on Primer Design in PCR
Perhaps the most critical parameter for successful PCR is the design of Primers. All things being equal, a poorly designed primer can
result in a PCR reaction that will not work. The primer sequence determines several things such as the length of the product, its
melting temperature and ultimately the yield. A poorly designed primer can result in little or no product due to non-specific
amplification and/or primer-dimer formation, which can become competitive enough to suppress product formation. This application note
is provided to give rules that should be taken into account when designing primers for PCR. More comprehensive coverage of this subject
can be found elsewhere.
http://www.labprotocol.com/detail.php?siteid=52
Cloning Dna ligation
Abstract, materials, procedure, critical steps, troubleshooting,...
http://openwetware.org/wiki/DNA_Ligation
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