
In vitro transcription and in vitro translation replicate the processes of RNA and protein synthesis outside of the cellular environment. In vitro RNA transcription reactions are generally used for two distinct purposes: the synthesis of labeled probes, and the synthesis of large amounts of unlabeled RNA. Capped RNA synthesized in transcription reactions is also used for microinjection, in vitro translation, and transfection. In vitro translation is a technique that enables researchers to rapidly express and manufacture small amounts of functional proteins for a variety of applications. Applications include, the rapid identification of gene products, localization of mutations through synthesis of truncated gene products, protein folding studies, and incorporation of modified or unnatural amino acids for functional studies. Both techniques are very useful because of the ability to experiment without having to have an organism or cell as a host.
Improved tools provide the ability to respond faster to infections
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Smaller, safer plasmid DNA backbones are in the works.
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Speed and enhanced PCR optimization functions like the 2D-Gradient make the Mastercycler X50 the ideal PCR cycler for advanced research in molecular biology. The excellent block temperature regulation gives rise to the next stage of PCR ...
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Set up a live demo with a Bio-Rad Imaging Specialist - Request a DemoUse the ChemiDoc MP Imaging System for flexible, high-sensitivity multiplex fluorescent and chemiluminescence western blot detection, imaging gels, analysis and documentation. This ...
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Promega’s TnT Quick Coupled Transcription/Translation System allows users to quickly determine whether a stable protein can be translated (from RNA) from their DNA construct of interest. Results are generally obtainable within 1-2 days and the system...
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I used the Quant-iT™ PicoGreen™ dsDNA Assay Kit to quantify residual double-stranded DNA following in vitro transcription (IVT) mRNA production. The assay was straightforward to perform, highly reproducible, and provided accurate quantification using...
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