Row herosectionWave Shape Decorative svg added to bottom

Accelerating Cell Engineering with MaxCyte’s High-Throughput Electroporation Platform

In partnership with Cell & Gene

Webinar Recording
August 11, 2026
MaxCyte_Icons_-webinars

Presentation Abstract:

As the demand for advanced therapies grows, researchers need tools that can accelerate discovery while maintaining efficiency and reproducibility.

In this webinar, explore MaxCyte’s new high-throughput electroporation platform and learn how it enables rapid optimization of up to 96 samples, supports seamless scale-up to GMP manufacturing, and drives successful applications in gene editing and non-viral CAR-T development.

 

 

Watch the recorded webinar:

Presenter

Isabel Daher - Headshot

Isabel Daher

Scientist I | MaxCyte, Inc.

Isabel Daher received her Bachelor of Science in Microbiology and Cell Science from the University of Florida and has experience across virology, immunology, and gene editing.

At the National Cancer Institute, she studied viral pathogenesis using a mouse model of oncogenic viral infection. She has spent the past three years as an R&D Scientist at MaxCyte, where she has helped develop novel workflows on the MaxCyte ExPERT platform.

More recently, Isabel contributed to the development and launch of the ExPERT DTx™, supporting high-throughput screening applications in cell therapy and bioprocessing.

MaxCyte_Icons_Technical-Support

Have more questions?

Send your question to one of our cell engineering experts.