Technologies

miRNA Comprehensive Solutions

For studying the role of miRNA or trying to validate a putative target, GeneCopoeia has the right solutions. GeneCopoeia miRNA tools will help you design effective experiments to answer your questions. What is the regulatory function of a specific miRNA? Do...
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Recombination Cloning Technology

Recombination cloning technology is based on the site specific recombination reaction of phage lambda, and is the same principle as Gateway® technology, an efficient biochemical process that conserves genetic information (see Figure 1). The transmission of an ORF...
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Yeast Two Hybrid Expression Clones

For high throughput studying protein-protein interaction More than 40,000 individual full length ORFs of human and mouse genes are available in OmicsLink™ AD-ORF fusion and BD-ORF fusion expression vectors, enabling high-throughput studies of protein-protein...
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Induced Pluripotent Stem Cells (iPSCs) — economic tools for cell reprogramming

[drop_menu:Induced Pluripotent Stem Cells (iPSCs) — economic tools for cell reprogramming] iPS cells are a type of pluripotent stem cell artificially derived, and often referred to as programmed, from adult somatic cells using the expression of certain genes in...
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miRNA Comprehensive Solutions

For studying the role of miRNA or trying to validate a putative target, GeneCopoeia has the right solutions. GeneCopoeia miRNA tools will help you design effective experiments to answer your...

Recombination Cloning Technology

Recombination cloning technology is based on the site specific recombination reaction of phage lambda, and is the same principle as Gateway® technology, an efficient biochemical process that...

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