Innovative products for the molecular cloning workflow

The molecular cloning workflow requires multiple steps to obtain high-quality cloned DNA for your downstream applications. Help advance your molecular cloning workflow at every step and accelerate construction of recombinant clones.

Our wide range of cloning solutions address needs from routine to specialty applications, helping you find optimal reagents to achieve fast results with greater confidence. 


Molecular cloning workflow

Click on each step to explore the molecular cloning workflow and select products for your downstream applications that fit your research.

Find products for your cloning experiments by exploring 5 steps of the cloning workflow

Select from a variety of reagents and instruments to generate your fragment of interest from DNA, RNA, or synthetic fragments.

Up next: Step 2, Cloning ›

Discover reagents and techniques across the molecular cloning workflow, with solutions ranging from restriction enzymes to gene synthesis, designed for speed and simplicity to help you obtain high-quality cloned DNA for your next discovery.

Discover more about the protein expression workflow

Up next: Step 3, Transformation

The choice of competent cells for transformation depends upon the transformation methods, strain genotypes, plasmid characteristics, and desired applications. Explore a wide range of chemically competent and electrocompetent E. coli cells for low- and high-throughput cloning.

Up next: Step 4, Plasmid preparation ›

Once the bacterial cells are transformed with the vector and constructs selected, it is critical to recover plasmid DNA with maximum yield, purity, and integrity. Choose a method best suited to your workflow from column-based, magnetic bead-based, or automated solutions.

Up next: Step 5, Construct analysis ›

Choosing the right tools for your cloning analysis can significantly improve and accelerate results, enabling you to address downstream applications sooner. Select either the Nanodrop or Qubit benchtop instruments for your DNA sample quantification. Discover our innovative E-Gel Power Snap Electrophoresis systems, and explore our precast E-gel options to help accelerate your DNA analysis.

Select from a variety of reagents and instruments to generate your fragment of interest from DNA, RNA, or synthetic fragments.

Up next: Step 2, Cloning ›

Discover reagents and techniques across the molecular cloning workflow, with solutions ranging from restriction enzymes to gene synthesis, designed for speed and simplicity to help you obtain high-quality cloned DNA for your next discovery.

Discover more about the protein expression workflow

Up next: Step 3, Transformation

The choice of competent cells for transformation depends upon the transformation methods, strain genotypes, plasmid characteristics, and desired applications. Explore a wide range of chemically competent and electrocompetent E. coli cells for low- and high-throughput cloning.

Up next: Step 4, Plasmid preparation ›

Once the bacterial cells are transformed with the vector and constructs selected, it is critical to recover plasmid DNA with maximum yield, purity, and integrity. Choose a method best suited to your workflow from column-based, magnetic bead-based, or automated solutions.

Up next: Step 5, Construct analysis ›

Choosing the right tools for your cloning analysis can significantly improve and accelerate results, enabling you to address downstream applications sooner. Select either the Nanodrop or Qubit benchtop instruments for your DNA sample quantification. Discover our innovative E-Gel Power Snap Electrophoresis systems, and explore our precast E-gel options to help accelerate your DNA analysis.

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For Research Use Only. Not for use in diagnostic procedures.