Organogenesis Inc.
Bio-active wound healing, biosurgery and cosmeceuticals and cosmetic surgery
Organogenesis (AMEX - ORG) was founded in 1986. It was the first company to receive an FDA approval for a living human cell based product.
Geoff MacKay, President & CEO
Gary S. Gillheeney, Sr., Executive VP, COO and CFO
Vincent Ronfard, CSO
150 Dan Road
Canton, Massachusetts 02021
USA
Phone: +1-781-575-0775
Organogenesis’ product portfolio focuses on the development of living tissue replacements, organ assist treatments and guided tissue regeneration scaffolds. Organogenesis is a leader in tissue engineering; its Apligraf® living skin construct is the flagship of the company. Apligraf is supplied as a bi-layered cell therapy, consisting of living cells and structural proteins. Unlike human skin, though, Apligraf does not contain melanocytes, Langerhans’ cells, macrophages, and lymphocytes, or any other structures such as hair follicles, blood vessels or sweat glands. Detailed information on this therapy is provided at www.apligraf.com. Novartis Pharma AG has global marketing rights of Apligraf ®. FortaPerm™ , FortaGen™ and PuraPly™ have recently achieved marketing clearance. CuffPatch™ serves as a one-time usable and resorbable collagen based implant to reinforce soft tissue. This product is distributed by the Arthrotek sports medicine division of Biomet Inc. The Organogenesis research pipeline also includes the Vitrix™ living dermal replacement, a coronary vascular graft and a liver assist device and Testskin™ II, a living skin device that mimics the actual skin properties for in vitro testing. Revitix™ is a topical cosmeceutical preparation that is being developed for the rejuvenation of skin consisting of human skin growth factors.
The company also has a comprehensive patent portfolio; some of the most important patents are listed below.
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
- Bioengineered Vascular Graft Prostheses
- Tissue Repair Fabric
- Peracetic Acid Crosslinked Non-Antigenic ICL Grafts
- Culture Cells from Pancreatic Islets
- Method for Treating a Patient Using AaCultured Connective Tissue Construct
- Ice Seeding Apparatus for Cryopreservation Systems
- Bioengineeered Tissue Constructs and Cardiac Uses Thereof
- Bioengineered Flat Sheet Graft Prosthesis and Its Use
- Method for Treating a Patient Using a Cultured Connective Tissue Construct
- Oral Tissue Regeneration and Repair
- Bioremodelable Collagen Graft Prosthesis
- Skin Care Compositions and Treatments
- Skin Care Compositions and Treatments
- Methods for Treating a Patient Using a Bioengineered Flat Sheet Graft Protheses
- Process of Making Bioengineered Collagen Fibrils
- Method for Producing a Bioremodelable Collagen Graft Prosthesis
- Bioengineered Tubular Graft Prostheses
- System and Method for Forming Bioengineered Tubular Graft Prostheses
- In vivo Induction for Enhanced Function of Isolated Hepatocytes
- Tissue Equivalents with Perforations for Improved Integration to Host Tissues and Methods for Producing Perforated Tissue Equivalents
- Living Tissue Equivalents
- Chemical Cleaning of Biological Material
- Bioremodelable Collagen Graft Prosthesis
- Chemical Cleaning of Biological Material
- Cultured Cells from Pancreatic Islets
- Chamber with Adjustable Volume for Cell Culture and Organ Assist
- System and Method for Forming Bioengineered Tubular Graft Prostheses
- Reconstituted Collagen Fiber Segment Compositions and Methods of Preparation Thereof
- Chemical Treatment, without Detergents or Enzymes, of Tissue to Form an Acellular, Collagenous Matrix
- Method and Package Design for Cryopreservation and Storage of Cultured Tissue Equivalents