Lecture
Sequential High-Throughput Extraction of Protein, DNA, and RNA from a Single Sample for Integrated Multiomics Mass Spectrometry and Next-Generation Sequencing.
- at -
- A3.527
- Type: Lecture
Lecture description
Sequential High-Throughput Extraction of Protein, DNA, and RNA from a Single Sample for Integrated Multiomics Mass Spectrometry and Next-Generation Sequencing
Discover a magnetic bead-based workflow for sequentially extracting protein, DNA, and RNA from the same limited sample—enabling integrated multiomics without compromising quality or yield.
We will present performance data comparable to single-analyte methods, compatibility with MS and NGS, and how the scalable, automation-friendly workflow supports low-input samples and higher throughput.
Discover a magnetic bead-based workflow for sequentially extracting protein, DNA, and RNA from the same limited sample—enabling integrated multiomics without compromising quality or yield.
We will present performance data comparable to single-analyte methods, compatibility with MS and NGS, and how the scalable, automation-friendly workflow supports low-input samples and higher throughput.
