International audienceA simple and efficient ligation-mediated PCR (LMPCR) is described for amplifying DNA adjacent to known sequences. The method uses one primer specific for the known sequence and a second specific for a synthetic linker ligated to restricted genomic DNA. Perkin-Elmer AmpliTaq Gold polymerase is used to minimize non-specific primer annealing and amplification. This LMPCR method was successfully applied to isolate DNA sequences flanking mobile elements present in mycobacterial mutants generated by transposon mutagenesis
Methodology is provided for developing probes for identifying sequence differences between two relat...
Methodology is provided for developing probes for identifying sequence differences between two relat...
<p>The diagram illustrates the IPCR strategy used to obtain sequences flanking the T-DNA insertion s...
We describe a simple PCR-based method for the isolation of genomic DNA that lies adjacent to a known...
We describe a simple PCR-based method for the isolation of genomic DNA that lies adjacent to a known...
A rapid and simple method to amplify genomic DNA sequences flanking mini-Tn5 transposon insertion wa...
We describe a novel modification of the polymerase chain reaction for efficient in vitro amplificati...
A Simple approach is described to efficiently amplify DNA sequences flanking transposon Tn5 insertio...
A simple and efficient method is described for the isolation of extension fragments of known DNA seq...
Abstract Current genome walking methods are very time consuming, and many produce non-specific ampli...
A significant number of DNA-based techniques has been introduced into the field of microorganisms' c...
We describe a novel modification of the polymerase chain reaction for efficient in vitro amplificati...
Vectorette PCR permits the specific amplification of DNA segments flanking a known DNA sequence. It ...
We present a method for the in vitro am-plification of>6.0 kb of DNA flanking a known site. This ...
Methodology is provided for developing probes for identifying sequence differences between two relat...
Methodology is provided for developing probes for identifying sequence differences between two relat...
Methodology is provided for developing probes for identifying sequence differences between two relat...
<p>The diagram illustrates the IPCR strategy used to obtain sequences flanking the T-DNA insertion s...
We describe a simple PCR-based method for the isolation of genomic DNA that lies adjacent to a known...
We describe a simple PCR-based method for the isolation of genomic DNA that lies adjacent to a known...
A rapid and simple method to amplify genomic DNA sequences flanking mini-Tn5 transposon insertion wa...
We describe a novel modification of the polymerase chain reaction for efficient in vitro amplificati...
A Simple approach is described to efficiently amplify DNA sequences flanking transposon Tn5 insertio...
A simple and efficient method is described for the isolation of extension fragments of known DNA seq...
Abstract Current genome walking methods are very time consuming, and many produce non-specific ampli...
A significant number of DNA-based techniques has been introduced into the field of microorganisms' c...
We describe a novel modification of the polymerase chain reaction for efficient in vitro amplificati...
Vectorette PCR permits the specific amplification of DNA segments flanking a known DNA sequence. It ...
We present a method for the in vitro am-plification of>6.0 kb of DNA flanking a known site. This ...
Methodology is provided for developing probes for identifying sequence differences between two relat...
Methodology is provided for developing probes for identifying sequence differences between two relat...
Methodology is provided for developing probes for identifying sequence differences between two relat...
<p>The diagram illustrates the IPCR strategy used to obtain sequences flanking the T-DNA insertion s...