Meeting Archive:
Advances in Live Cell Imaging Applications: Quantifying real time cellular responses from seconds to weeks


Meeting Description:
Cellular behavior is complex and dynamic. While end-point assays provide a single snapshot of this behavior, it is only when live cells are continually monitored that a more complete understanding of this behavior is realized.  At issue however is the duration of these dynamics which can occur over seconds, as in the case of intracellular calcium signaling; or continuously, such as the proliferation of a population of cells.  In this webinar we will demonstrate advantages and important considerations for a number of live cell imaging assays that require a wide range of time resolution including: 
  • Calcium signaling (sub-second)
  • Nuclear translocation (minutes)
  • Cell migration (hours)
  • Cell proliferation and cytotoxicity (hours)
  • Tumor invasion (days)
Unique hardware requirements for each of these applications will be reviewed, such as on board injectors for rapid kinetics and precise environmental control for assays spanning days to weeks.  Additionally, this webinar will cover sophisticated image analysis tools that deliver reproducible quantitative as well as qualitative insight into cellular behavior.
 
Details
Date: Wed, Nov 13, 2019
Time: 12:00 PM EST
Duration: 1 hour
Host(s): BioTek Instruments
 Presenter Information
Paul Held, Applications Laboratory Manager
Speaker Photo

Dr.  Paul Held joined BioTek more than 25 years ago as a research scientist, and more recently became the Applications Laboratory Manager. His responsibilities include managing the day to day operations of BioTek’s busy applications laboratory, as well as writing application notes that highlight the myriad applications for BioTek instrumentation. Dr. Held holds a BS degree in Pharmacology, an MS degree in Pathology and Molecular Biology and a Ph.D. in Molecular Biology. 

Rebecca Mongeon, Principal Scientist
Speaker Photo

Dr. Rebecca Mongeon joined the BioTek scientific applications team in 2019 as a Principal Scientist.  She brings research expertise developed across multiple platforms of live-cell quantitative microscopy techniques, including two-photon microscopy and fluorescence lifetime imaging.  Dr. Mongeon holds a BS degree in Neuroscience and Biochemistry from Brandeis University, and a PhD in Neurobiology from Oregon Health & Science University.