PCR – Multimedia

Quantitative real-time PCR (qPCR) is a versatile technology, and widely used for applications such as clinical diagnostics, gene transcription analysis and agricultural breeding programs.

This episode reveals the benefits of conducting DNA methylation analysis without the need for sodium bisulfite treatment. By leveraging a dPCR system and methylation-sensitive restriction enzymes, this cutting-edge method ensures superior accuracy and simplicity, paving the way for more effective cancer research and diagnostics.

This app note highlights the use of magnetic beads with fully automated size selection protocols for reproducible PCR product purification and DNA size selection.

This application note showcases a Droplet Digital PCR (ddPCR) workflow that can detect mutations commonly associated with non-small-cell lung cancer (NSCLC) in a single-well, 6-plex reaction.

This application note demonstrates the concordance of these technologies for variant calling.

This eBook explores the expanding role of qPCR across various industries and emphasizes the increasing demand for innovative qPCR platforms that meet modern research and diagnostic requirements.

This infographic explores how Droplet Digital PCR (ddPCR) addresses these limitations, offering a more precise and reliable method for quantifying HEK293 residual DNA contamination.

This whitepaper demonstrates how common methylation detection methods can be combined with Droplet Digital PCR (ddPCR) to enhance the cfDNA analysis for clinical and research applications.

Uncover the rationale and methodology behind the integration of dPCR into workflows for optimized performance in cell and gene therapy, cancer research, gene expression analysis, microbial detection and more.

Understanding the mechanisms of human disease requires a multiomic approach; however, legacy multiomic methods require multiple platforms and complex processes with lengthy turnaround times and considerable costs.