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MAXCYTE, INC.

(301) 944-1700

22 Firstfield Road, Suite 110, Gaithersburg, Maryland   20878 , USA

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MaxCyte is a leader in cell transfection systems offering its patented scalable electroporation technology for use in cell-based drug discovery assays, protein production, and cell therapy. MaxCyte electroporation can transfect as few as 5e5 cells for assay development and basic research, up to 1e10 cells using flow electroporationfor high throughput screening and protein production.

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Home MaxCyte Platform Applications Resources Company Contact Us Company Corporate Development Press Releases Events Management Team Employment Contact Us Employment Opportunities MaxCyte, Inc., located in Gaithersburg, Maryland, offers a competitive salary and benefits package in a friendly, flexibl...
Home MaxCyte Platform Applications Resources Company Contact Us Resources Videos/Webinars Posters/Presentations App Notes/Technical Papers Publications Brochures Newsletters MaxCyte Resources > Videos/Webinars Webinars Large Scale, CHO Transient Transfection and Rapid Generation of CHO Stable Clones...
Home MaxCyte Platform Applications Resources Company Contact Us MaxCyte Platform Technology Capabilities Instruments MaxCyte STX MaxCyte VLX MaxCyte GT Quality Systems Featured Resources Video: MaxCyte STX Workflow Poster: Advancing Drug Discovery with the MaxCyte STX Scalable Transient Transfection...
Home MaxCyte Platform Applications Resources Company Contact Us Resources Videos/Webinars Posters/Presentations App Notes/Technical Papers Publications Brochures Newsletters MaxCyte Resources > App Notes/Technical Papers Gram Scale Antibody Production Using CHO Cell Transient Gene Expression (TGE) v...
Figure 2. Controlling assay sensitivity via DNA concentration and cell plating density.
Home MaxCyte Platform Applications Resources Company Contact Us MaxCyte Platform Technology Technology Basics Technology Scalability Cell Cryopreservation Assay Development Capabilities Instruments Featured Resources Application Note 2: Developing Assays for Screening GPCRs with Transiently Transfec...

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