A new simple scheme for constructing recombinant vectors that does not require any restriction enzyme, ligase, or any other special enzyme treatment has been developed. By using caged primers in PCR, unnatural sticky-ends of any sequence, which are sufficiently long for ligation-independent cloning (LIC), are directly prepared on the product after a brief UVA irradiation. Target genes and vectors amplified by this light-assisted cohesive-ending (LACE) PCR join together in the desired arrangement in a simple mixture of them, tightly enough to be repaired and ligated in competent cells
<div><p>We report here a PCR-based cloning methodology that requires no post-PCR modifications such ...
Herein, we describe a novel cloning strategy for PCR-amplified DNA which employs the type IIs restri...
Introducing PCR products into plasmids vectors is key for molecular techniques. Ideally cloning vect...
For many applications it is often necessary to subclone PCR products into plasmid vectors. Many stra...
<div><p>The precise assembly of specific DNA sequences is a critical technique in molecular biology....
The precise assembly of specific DNA sequences is a critical technique in molecular biology. Traditi...
We have developed an efficient strategy for cloning of PCR products that contain an unknown region f...
Significant innovations in molecular biology methods have vastly improved the speed and efficiency o...
The precise assembly of specific DNA sequences is a critical technique in molecular biology. Traditi...
Herein, we describe a novel cloning strategy for PCR-amplified DNA which employs the type IIs restri...
Abstract Introduction To overcome the shortcomings of traditional cloning methods, ligasefree method...
We report here a PCR-based cloning methodology that requires no post-PCR modifications such as restr...
Many proteomics initiatives require the production of large collections of expression clones. While ...
Plasmids are important tools for producing biological reagents and performing molecular biological i...
<div><p>Herein, we describe a novel cloning strategy for PCR-amplified DNA which employs the type II...
<div><p>We report here a PCR-based cloning methodology that requires no post-PCR modifications such ...
Herein, we describe a novel cloning strategy for PCR-amplified DNA which employs the type IIs restri...
Introducing PCR products into plasmids vectors is key for molecular techniques. Ideally cloning vect...
For many applications it is often necessary to subclone PCR products into plasmid vectors. Many stra...
<div><p>The precise assembly of specific DNA sequences is a critical technique in molecular biology....
The precise assembly of specific DNA sequences is a critical technique in molecular biology. Traditi...
We have developed an efficient strategy for cloning of PCR products that contain an unknown region f...
Significant innovations in molecular biology methods have vastly improved the speed and efficiency o...
The precise assembly of specific DNA sequences is a critical technique in molecular biology. Traditi...
Herein, we describe a novel cloning strategy for PCR-amplified DNA which employs the type IIs restri...
Abstract Introduction To overcome the shortcomings of traditional cloning methods, ligasefree method...
We report here a PCR-based cloning methodology that requires no post-PCR modifications such as restr...
Many proteomics initiatives require the production of large collections of expression clones. While ...
Plasmids are important tools for producing biological reagents and performing molecular biological i...
<div><p>Herein, we describe a novel cloning strategy for PCR-amplified DNA which employs the type II...
<div><p>We report here a PCR-based cloning methodology that requires no post-PCR modifications such ...
Herein, we describe a novel cloning strategy for PCR-amplified DNA which employs the type IIs restri...
Introducing PCR products into plasmids vectors is key for molecular techniques. Ideally cloning vect...