Molecular Biology Webinars

Learn about real-world applications utilizing different combinations of cloning technologies—ranging from restriction enzymes to complete gene synthesis.

Learn about common PCR cloning methods, including TA, blunt-end and multi-fragment gene assembly, and the importance of high-fidelity PCR enzymes for cloning.

Find out about various cloning technologies supported by Thermo Fisher Scientific, including traditional cloning and next-generation gene assembly, and how to choose appropriate methods to advance your research.

This webinar reviews key challenges in nucleic acid amplification tests; identifies enzyme characteristics important for increased sensitivity, specificity, and speed; and explains how better PCR enzymes and reverse transcriptases can impact the accuracy and detection of molecular test assays.

Learn about the underlying process of high-fidelity PCR, tips for obtaining the lowest error rates in your PCR experiments, and how you can overcome the challenges of amplifying even your most complex DNA templates.

Learn about common PCR cloning methods, including TA, blunt-end and multi-fragment gene assembly, and the importance of high-fidelity PCR enzymes for cloning.

This webinar reviews key challenges in nucleic acid amplification tests; identifies enzyme characteristics important for increased sensitivity, specificity, and speed; and explains how better PCR enzymes and reverse transcriptases can impact the accuracy and detection of molecular test assays.

Review important considerations for RNA isolation, tools for efficient cDNA preparation, sources of poor RT-qPCR results, and tips for overcoming challenges, for highest success in gene expression analysis.

Review the most common sources of variation and errors in the RT-qPCR workflow and how to avoid them.