TaqMan Gene Expression Assays

Achieve excellent specificity, sensitivity, and reproducibility in with TaqMan Assays. TaqMan gene expression assays represent the largest collection of predesigned gene expression assays in the industry, with over 2.8 million assays available across more than 30 species and numerous microbes. These assays are designed to detect virtually any gene transcript, facilitating the excellent coverage available to detect the highest number of transcript variants possible. By eliminating the need to optimize SYBR primers, TaqMan qPCR chemistry allows for faster and more reliable results. Furthermore, these assays come in a range of flexible formats, including single tubes, 96-well plates, 384-well plates, 384-well array cards, and OpenArray plates, offering exceptional versatility to suit various experimental needs. With TaqMan gene expression assays, scientists can streamline their gene expression studies and obtain high-quality data with ease.

TaqMan gene expression assays come in several types to suit diverse research needs, including predesigned assays that cover over 2.8 million targets across more than 30 species, enabling broad applicability and convenience. Custom assays allow researchers to tailor the design to specific target sequences, offering precision and flexibility for unique experimental requirements. Flexible and specialty assays offer additional customization options, including the ability to configure assays in various formats such as 96-well plates and 384-well microfluidic cards, catering to both standard and high-throughput applications.

TaqMan gene expression assays are available in several configurations to accommodate different research needs. Configuration offerings include single-tube assays for individual experiments, 96-well plates for medium-throughput applications, and 384-well microfluidic cards for high-throughput screening. Additionally, the Applied Biosystems OpenArray platform offers a flexible and scalable solution for large-scale gene expression studies.