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Detecting endogenous nucleotides from low numbers of mammalian cells

Biomedical laboratories are under increasing pressure to produce meaningful data from minute amounts of samples. In this webinar, we will explore how a micro-scale separation technique can be used for highly efficient and sensitive profiling of nucleotides from a low number of mammalian cells. We will also discuss a research study that shows endogenous nucleotides can be detected in extracts as low as 500 HepG2 cells, clearly illustrating the utility of this technique.

You will:

  • Learn how an electro-driven separation can help detect endogenous nucleotides with as few as 500 HepG2 cells
  • Review the separation principle and key application areas of capillary electrophoresis-mass spectrometry (CE-MS)
  • Discover the potential of CE-MS for metabolomics studies with limited sample volumes

Speaker

RUO-MKT-18-11857-A

Watch on demand