ECIS is used in over 160 labs worldwide, and ECIS data has been published in a growing list of over 700 peer-reviewed publications.
ECIS electrically monitors cell morphological changes and provides quantitative, real-time measurements of cell motility, attachment and spreading, and barrier function. Experimental protocols include studies of cell-integrin interactions, metastatic invasion, signal transduction, and cell migration (via automated wound/healing).
The ECIS Application Webinar series will review the topics listed below in 20-minute, web-based, interactive seminars. To expand your knowledge of ECIS, register for a webinar below.
April 23, 2024
This webinar will provide an overview of the use of impedance (both simple and complex) to detect cell morphological changes. Emphasis will be placed on the use of different AC frequencies to distinguish cell parameters.
RegisterMay 7, 2024
This webinar will review ECIS as it is used to monitor endothelial monolayers as they are challenged with metastatic cell lines. Extravasation of these layers can be followed in real time to provide quantitative data regarding the metastatic potential of the cancer cells.
RegisterMay 21, 2024
The ECIS Wound Healing Assay replaces the traditional "scratch" or "scrape" assay. Instead of disrupting the cell layer mechanically with a needle or pipette tip and following the migration of cells to "heal" the wound with a microscope, we employ electric signals to both wound and monitor the healing process. We will also describe a novel and new approach to this measurement called the “electric fence”. This webinar will review the basic principles of ECIS and then present quantitative data regarding these automated assays.
RegisterJune 4, 2024
This webinar will review ECIS and then show how complex impedance measurements can be used to evaluate the barrier function (permeability) of confluent endothelial monolayers. The ability of ECIS data to be mathematically modeled will be briefly introduced.
RegisterJune 18, 2024
ECIS can be used to electroporate cells and then to immediately follow the results of the electroporation in real-time. This unique feature of the ECIS technology will be described in this webinar and sample data presented.
RegisterJuly 2, 2024
The webinar will review ECIS and then present quantitative data gathered in real time regarding the attachment and spreading behavior of cells upon extracellular matrix proteins.
RegisterJuly 16, 2024
Data will be presented showing the ability of ECIS to monitor signal transduction in label-free, whole-cell assays. The morphological changes responsible for the impedance changes will be further evaluated by modeling the complex impedance data.
RegisterJuly 30, 2024
This webinar will review ECIS and then present data showing how ECIS impedance measurements respond to varying concentrations of toxic compounds.
RegisterSeptember 3, 2024
This webinar will provide an overview of the use of impedance (both simple and complex) to detect cell morphological changes. Emphasis will be placed on the use of different AC frequencies to distinguish cell parameters.
RegisterSeptember 17, 2024
This webinar will review ECIS as it is used to monitor endothelial monolayers as they are challenged with metastatic cell lines. Extravasation of these layers can be followed in real time to provide quantitative data regarding the metastatic potential of the cancer cells.
RegisterOctober 1, 2024
The ECIS Wound Healing Assay replaces the traditional "scratch" or "scrape" assay. Instead of disrupting the cell layer mechanically with a needle or pipette tip and following the migration of cells to "heal" the wound with a microscope, we employ electric signals to both wound and monitor the healing process. We will also describe a novel and new approach to this measurement called the “electric fence”. This webinar will review the basic principles of ECIS and then present quantitative data regarding these automated assays.
RegisterOctober 15, 2024
This webinar will review ECIS and then show how complex impedance measurements can be used to evaluate the barrier function (permeability) of confluent endothelial monolayers. The ability of ECIS data to be mathematically modeled will be briefly introduced.
RegisterOctober 29, 2024
ECIS can be used to electroporate cells and then to immediately follow the results of the electroporation in real-time. This unique feature of the ECIS technology will be described in this webinar and sample data presented.
RegisterNovember 12, 2024
This webinar will provide an overview of the use of impedance (both simple and complex) to detect cell morphological changes. Emphasis will be placed on the use of different AC frequencies to distinguish cell parameters.
RegisterNovember 26, 2024
This webinar will review ECIS as it is used to monitor endothelial monolayers as they are challenged with metastatic cell lines. Extravasation of these layers can be followed in real time to provide quantitative data regarding the metastatic potential of the cancer cells.
RegisterDecember 10, 2024
The ECIS Wound Healing Assay replaces the traditional "scratch" or "scrape" assay. Instead of disrupting the cell layer mechanically with a needle or pipette tip and following the migration of cells to "heal" the wound with a microscope, we employ electric signals to both wound and monitor the healing process. We will also describe a novel and new approach to this measurement called the “electric fence”. This webinar will review the basic principles of ECIS and then present quantitative data regarding these automated assays.
Register© 2024 Applied BioPhysics, Inc.
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Road Troy, NY 12180 / Phone: 518-880-6860 / Toll Free: 866-301-ECIS (3247) / Fax: 518-880-6865