Search Thermo Fisher Scientific
Search Thermo Fisher Scientific
Transfected cells may be analyzed for changes in genotypes and phenotypes, using nucleic acids, proteins, or functional assays. We offer products optimized for performance and efficiency using each method.
Select genomic DNA or RNA/cDNA
Genomic DNA isolation
Looking for qPCR reagents?
Quantitative PCR (qPCR) or real-time PCR is used for sensitive, specific detection and quantification of nucleic acid targets.
Protein sample preparation
Obtaining high-quality protein samples for analysis requires careful and precise protein extraction from cellular materials. Whether you’re using mechanical or detergent-based extraction workflows, our products are designed to help maintain the integrity of the proteins by preventing degradation and destabilization during this disruptive process.
Protein quantitation
Protein detection
Find the right set of products that can assist you with detection and analysis of your protein. We offer a comprehensive suite of solutions for every step of the western blotting and ELISA workflows in order to help you obtain high-quality, publishable results with minimal time and effort.
Fluorescence imaging
We offer high quality fluorescence microscopy reagents and assays including cell structure and function dyes and stains, antifades and mountants, instrument calibration and set-up tools.
We offer a broad range of cell analysis research solutions including Gibco cell culture media and reagents, Invitrogen labeling and detection technologies, antibodies and immunoassays, Invitrogen EVOS cell imaging systems, Invitrogen Countess 3/3FL Automated Cell Counters, and the Invitrogen Attune flow cytometers.
Whether this is your first transfection or you’re a seasoned pro, we offer extensive protocols and support tools to help you achieve successful transfection experiments. Review our transfection protocols and support pages to get the information you need, request samples and more.
For Research Use Only. Not for use in diagnostic procedures.