MaxCyte, Inc.
Production and provision of a platform technology for rapidly loading bioactive molecules into human cells for both therapeutic and R&D applications.
MaxCyte, previously known as TheraMed, Inc., is a biotechnology company which, after the recapitalisation in 2002, was launched as an independent company to effect a change of control from its parent company, EntreMed, Inc.
Douglas A. Doerfler, President and CEO
Judy Hedstrom, Senior Vice President Corporate and Business Development
Madhusudan Peshwa, Ph.D., Vice President, Research and Development
Joseph C. Fratantoni, MD, Vice President, Clinical Development and Medical Affairs
Ronald Holtz, CFO
Anthony Recupero, PhD, Vice President, Business Development
J. Stark Thompson, Ph.D., Chairman
Will Brooke
Douglas A. Doerfler
Stanley Erck
Chris Hegele
Arthur M. Mandell
Don Rainey
Michael R. Blaese, MD
Malcom Brenner, MD
Robert Gerety, MD, Ph.D.
Carl June, MD
Paul Ness, MD
James Weaver, Ph.D.
22 Firstfield Road, Suite 250
Gaithersburg, MD 20878
Phone: +1-301-944-1700
Fax: +1-301-944-1703
MaxCyte has developed a high-speed, sterile system to load cells with bioactive molecules including genes, drugs, and small molecules. The continuous flow cell loading technology is basically a reinvention of static electroporation, which uses electrical pulses to briefly make cell walls permeable. MaxCyte GT™ and flow cell can be used in therapeutic gene transfer, drug discovery, target validation and functional genomics. It uses blood cells instead of viral vectors to transport gene therapies to target sites. ErythroMax™ (Phase I) infuses red blood cells with a compound that can increase the amount of oxygen the cells carry and could be used during surgery or for patients suffering from various diseases.
The following section contains a selection of the company’s most relevant patents. For comprehensive patent information please refer to the espacenet databases.
Related patents
- Methods and Devices Related to a Regulated Flow Electroporation Chamber
- Computerized Electroporation
- Use of Nucleases to Improve Viability and Enhance Transgene Expression in Transfected Cells
- Use of Nucleases to Improve Viability and Enhance Transgene Expression in Transfected Cells
- Loading of Cells with Antigens by Electroporation
- Electrode Shielding for Electroporation
- Helical Electrode Geometries for Electroporation
- Flow Electroporation Chamber and Method
- Use of Methyltransferase Inhibitors to Enhance Transgene Expression
- Computerized Electroporation
- Loading of Cells with Antigens by Electroporation
- Genetically Modified Tumor Cells as Cancer Vaccines
- Methods and Devices Related to a Regulated Flow Electroporation Chamber
- Loading of Cells with Antigens by Electroporation
- Apparatus and Method for Electroporation of Biological Samples
- Apparatus and Method for Electroporation of Biological Samples
- Electroporation Chamber Including an Electrode Having a Continuous, Crystalline Metal Nitride Coating
- Flow Electroporation Chamber and Method
- Electrodes Having a Continuous, Crystalline Metal Nitride Coating and Method of Use
- Flow Electroporation Chamber and Method
- Apparatus and Method for Streaming Electroporation
- Apparatus and Method for Streaming Electroporation
- Apparatus and Method for Electroporation of Biological Samples