DEC 11, 2018 10:00 AM PST

Combining Reichert's SPR Systems With Other Informative Techniques

SPONSORED BY: Reichert Technologies
C.E. CREDITS: P.A.C.E. CE | Florida CE
Speakers
  • Field Application Scientist
    Biography
      Phil has over ten years of experience working with advanced analytical instrumentation and is published in many peer-reviewed scientific journals. His Ph.D. research focused on investigating solute-liquid and solute-fluid interactions at controlled pore glass surfaces along with determining protein behavior and dynamics in novel ionic liquid solvents using spectroscopic techniques. Phil is currently the field application scientist for Reichert's surface plasmon resonance (SPR) product line. He works closely with customers to develop a working protocol for their SPR-related research.
    • Applications Scientist
      Biography
        Mary is an analytical chemist and a problem solver with many years of experience in perfecting instrumentation used in life sciences research. Her professional background includes analytical research and support in surface plasmon resonance technology, chromatography, electrochemistry, microscopy and spectroscopy. Mary is a skilled analyst with a concentration in both the pharmaceutical and biotech fields. She has considerable ability in method development and troubleshooting.

      Abstract:

      DATE: December 11, 2018
      TIME: 10:00 PST

      This webinar will focus on how Reichert's Surface Plasmon Resonance (SPR) systems can generate additional valuable information that is not attainable on other commercial SPR platforms.  SPR has traditionally been used as a research tool to characterize biomolecular interactions including the kinetics, affinity, and thermodynamics of the molecules under study.  Reichert SPR systems can routinely carry out these traditional applications but have the added capability to interface with other analytical techniques and instruments.  A recent example is that we have developed a system called SPR-PLUS that employs a gradient pump that can accelerate the discovery process by changing experimental variables such pH or buffer concentration in one experiment.  Furthermore, this SPR-PLUS system can also easily combine a small chromatography column in series, so that additional separations before or after the initial binding experiment can be carried out in a single setup.  Lastly, Reichert's open architecture creates the ability to combine SPR with other techniques such as Mass Spectrometry (MS) or Electrochemistry (Echem) so users can discover more about what is binding (MS) and also how changing potentials affects binding (Echem) to name a few potential applications.

      Learning Objectives:

      • Learn Surface Plasmon Resonance (SPR) technique and applications.
      • Learn How Reichert SPR expands research capabilities.

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