Regenetech, Inc.
Regenetech is focused on extraction, expansion and reimplantation of autologous adult stems cells.
Regenetech was founded in 2002 as BioCell Innovations. In November 2002 the company changed its name into Regenetech. Regenetech’s core technology was developed at NASA during the last 20 years. Today the company works with the NASA under its license and Reimbursable Space Act Agreement.
David Bonner, PhD, Chairman and CEO
Donnie Rudd, Chief Scientist
Jim Rogers, CFO
Francesca Vitelli, PhD, Technology Director
Anita Beneke, MD, CMO
Glen Odom
Kyle Shanks
H. Lee Murphy III
David C. Bonner, PhD
C. James Rogers
Donnie Rud
Larry Brown
Jack Hill
Paul Viallon IV
David Wu, PhD
David Wolf, MD
Mehboob Hussain, MD
obert Dennis, PhD
Richard Willson, PhD
Mark Labbé, MD
2801 Post Oak Blvd.
Suite 180
Houston
TX 77056
USA
Phone: +1-713-212-0671
Fax: +1-713-456-2769
Regenetech uses the patented Intrifuge™ system process to expand adult stem cells. The technology, originally discovered in space shuttle experiments, is a method of growing stem cells three-dimensionally (3D) in a simulated weightless environment (cellXpansion™).
Regenetech owns the license to several NASA patents and possesses 30 additional patent applications of its own. A selection of Regenetech’s patents are listed below.
For comprehensive patent information please refer to the espacenet databases.
Related patents
- Method of Regenerating Human Tissue
- Method of Providing Readily Available Cellular Material Derived from Peripheral Blood and a Composition Thereof
- Method of Providing Readily Available Cellular Material Derived from Peripheral Blood and a Composition Thereof
- Method and Composition for Treating Diabetes
- Method and Composition for Repairing Heart Tissue
- Method and Composition for Repairing Epithelial and Other Cells and Tissue
- Method of Repairing Primate Mammalian Tissue
- Method of Replenishing Cells Damaged by Treatment for Cancer
- Method of Repairing Primate Mammalian Tissue
- Method of Replenishing Cells Damaged by Treatment for Cancer
- Time Varying Electromagnetic Force Sleeve for the Expansion of Cells and Method of Using the Same
- Rotatable Time Varying Electromagnetic Force Bioreactor and Method of Using the Same
- Composition for Reducing Problems Associated with Sickle Cell Disease Using Low Temperature Storage
- Method of Characterizing a Biologically Active Compound
- Method of Replenishing Cells Damaged by Treatment for Cancer
- Method of Replenishing Cells Damaged by Treatment for Cancer
- Method of Regenerating Human Tissue
- Method of Repairing Primate Mammalian Tissue