Generating of an expression clone that can produce the pharmaceutical proteins in an efficient and soluble form at high levels is considered as an important step in pharmaceutical industry. Recombination-based cloning could be a quick and efficient way for generating expression vectors. Thus, both efficient and robust subcloning is vital for the construction of gene expression vectors. In this study, we used the traditional restriction enzyme-based cloning methods for generation of expression-ready clones by the most well-known commercial cloning technologies, Gateway
Here we present a modification of the widely used pET29 expression vector for use in rapid and strai...
Green Fluorescent Protein (GFP) has been used extensively as a reporter gene in many transformations...
The generation of DNA constructs is often a rate-limiting step in conducting biological experiments....
Cloning is an important technique in functional genomics, particularly genetics and molecular biolog...
In this experiment, two recombinant plasmas containing the coding sequence (CDS) for the green fluor...
ABSTRACTpcDNA3.1-e green fluorescent protein (GFP) is an important compound that is already establis...
Preparation of expression vectors using conventional cloning strategies is laborious and not suitabl...
Molecular cloning is a crucial technique in genetic engineering that enables the precise design of s...
We developed a plasmid cloning by PCR technique for the green fluorescence protein gene. PCR was use...
Molecular cloning is a crucial technique in genetic engineering that enables the precise design of s...
For promoter studies the cloning, subcloning and transfer to different plasmid vectors usually requi...
Molecular cloning is a crucial technique in genetic engineering that enables the precise design of s...
Building expression constructs for transgenesis is one of the fundamental day-to-day tasks in modern...
A vector system is presented that allows generation of E. coli co-expression clones by a standardize...
A central goal in the development of genome engineering technology is to reduce the time and labor r...
Here we present a modification of the widely used pET29 expression vector for use in rapid and strai...
Green Fluorescent Protein (GFP) has been used extensively as a reporter gene in many transformations...
The generation of DNA constructs is often a rate-limiting step in conducting biological experiments....
Cloning is an important technique in functional genomics, particularly genetics and molecular biolog...
In this experiment, two recombinant plasmas containing the coding sequence (CDS) for the green fluor...
ABSTRACTpcDNA3.1-e green fluorescent protein (GFP) is an important compound that is already establis...
Preparation of expression vectors using conventional cloning strategies is laborious and not suitabl...
Molecular cloning is a crucial technique in genetic engineering that enables the precise design of s...
We developed a plasmid cloning by PCR technique for the green fluorescence protein gene. PCR was use...
Molecular cloning is a crucial technique in genetic engineering that enables the precise design of s...
For promoter studies the cloning, subcloning and transfer to different plasmid vectors usually requi...
Molecular cloning is a crucial technique in genetic engineering that enables the precise design of s...
Building expression constructs for transgenesis is one of the fundamental day-to-day tasks in modern...
A vector system is presented that allows generation of E. coli co-expression clones by a standardize...
A central goal in the development of genome engineering technology is to reduce the time and labor r...
Here we present a modification of the widely used pET29 expression vector for use in rapid and strai...
Green Fluorescent Protein (GFP) has been used extensively as a reporter gene in many transformations...
The generation of DNA constructs is often a rate-limiting step in conducting biological experiments....