The PCR-based genome walking method has been commonly used to isolate upstream regions from known cDNA sequences. The limitation of this technique is based on the location of the restriction site upstream to the gene-specific primer in the genome; hence, different restriction enzymes have to be used to isolate larger upstream fragments. In this paper, we present the advantageous use of partial and size-selected DNA as templates for genome walking, in isolating larger upstream fragments. We have successfully tested this approach to isolate larger upstream fragments using the FailSafe™ PCR System. Use of partial digestion and size selection can provide better chances in obtaining larger flanking regions of known DNA sequence, when compared to...
Background Although technological advances allow for the economical acquisition of whole genome sequ...
We describe a simple PCR-based method for the isolation of genomic DNA that lies adjacent to a known...
Abstract Current genome walking methods are very time consuming, and many produce non-specific ampli...
In this paper, we present a novel PCR method, termed SiteFinding-PCR, for gene or chromosome walking...
We developed a PCR-based high-throughput genome-walking protocol. The novelty of this protocol is in...
BACKGROUND: Insertion mutant isolation and characterization are extremely valuable for linking genes...
Current genome walking methods are cumbersome to perform and can result in non-specific products. He...
<div><p>Current genome walking methods are cumbersome to perform and can result in non-specific prod...
<div><p>A new method to improve the efficiency of flanking sequence identification by genome walking...
Current genome walking methods are cumbersome to perform and can result in non-specif-ic products. H...
Several whole genome amplification strategies have been developed to preamplify the entire genome fr...
We describe here a PCR-based "directional genome walking" protocol. The basic procedure for the ampl...
We describe a novel and efficient PCR-based technique for walking into unknown flanking genomic DNA ...
A chromosome walking method was improved in this work. The new method was named as nonspecific prime...
Partial digestion of DNA fragments is a standard procedure for subcloning analysis and for generatin...
Background Although technological advances allow for the economical acquisition of whole genome sequ...
We describe a simple PCR-based method for the isolation of genomic DNA that lies adjacent to a known...
Abstract Current genome walking methods are very time consuming, and many produce non-specific ampli...
In this paper, we present a novel PCR method, termed SiteFinding-PCR, for gene or chromosome walking...
We developed a PCR-based high-throughput genome-walking protocol. The novelty of this protocol is in...
BACKGROUND: Insertion mutant isolation and characterization are extremely valuable for linking genes...
Current genome walking methods are cumbersome to perform and can result in non-specific products. He...
<div><p>Current genome walking methods are cumbersome to perform and can result in non-specific prod...
<div><p>A new method to improve the efficiency of flanking sequence identification by genome walking...
Current genome walking methods are cumbersome to perform and can result in non-specif-ic products. H...
Several whole genome amplification strategies have been developed to preamplify the entire genome fr...
We describe here a PCR-based "directional genome walking" protocol. The basic procedure for the ampl...
We describe a novel and efficient PCR-based technique for walking into unknown flanking genomic DNA ...
A chromosome walking method was improved in this work. The new method was named as nonspecific prime...
Partial digestion of DNA fragments is a standard procedure for subcloning analysis and for generatin...
Background Although technological advances allow for the economical acquisition of whole genome sequ...
We describe a simple PCR-based method for the isolation of genomic DNA that lies adjacent to a known...
Abstract Current genome walking methods are very time consuming, and many produce non-specific ampli...