Nucleic acid isolation is a critical step in many molecular biology applications. The integrity of isolated DNA and RNA is crucial for accurate and reliable downstream results. With the use of automated purification solutions that leverage magnetic bead-based isolation technology, high purity and yield can be achieved. Explore the latest in nucleic acid isolation that provides you with the reliability and versatility to enable a wide range of research applications.

The isolation of target proteins through the process of immunoprecipitation (IP) enables downstream analysis of their structure, function, and interactions. Workflows that begin with quality purification allow for the understanding of biological processes and disease mechanisms as well as drug discovery and development. Discover the potential of Dynabeads magnetic bead isolation technology that can provide the reproducibility you need to help achieve accurate and reliable downstream results.

Selecting the right reverse transcriptase is critical to detecting low-abundance RNAs in a sample and obtaining high yields of full-length cDNA. Historically, reverse transcription—the generation of complementary DNA from an RNA template—took over an hour with unpredictable yields. Now cDNA synthesis can be done in 10 minutes with more than 100x sensitivity.

Continued innovation allows Thermo Fisher Scientific to offer comprehensive nucleic acid amplification solutions designed for high performance, time savings, and reliability. In your pursuit to advance science, every experiment matters. There’s no time to start again and no need to wonder if the products you chose will set you back or propel you forward.

The molecular cloning workflow requires multiple steps to obtain high-quality cloned DNA for downstream applications. Our innovative products help advance your molecular cloning workflow at every step and accelerate the construction of recombinant clones. Our wide range of cloning solutions addresses the needs of routine to specialty applications, helping you find optimal reagents to achieve fast results with greater confidence.

Nucleic acid electrophoresis is a common technique in molecular biology to separate, identify, quantify, and/or purify nucleic acids. Traditionally, setting up electrophoresis involves numerous steps to achieve optimal separation and analysis of nucleic acid samples, such as gel preparation, ladder selection, sample visualization, and gel documentation. Now, with the all-in-one, bufferless E-Gel Power Snap electrophoresis systems, you can save time and simplify your work—run, visualize, and image on one integrated device.