Abstract: The present invention relates to a process for the production of marine invertebrate type V telopeptide containing collagen preparations from marine invertebrates, compositions containing preparations, and methods of using these preparations. The collagen preparation includes telopeptide containing and optionally invertebrate atelopeptide containing, type V fibrillar collagen. The present collagen preparations may be employed in a variety of products including for example, cosmetic, pharmacological, dental, and cell culture products.

Abstract: Processes for producing a tissue graft comprising acellularizing or devitalizing a tubular tissue to produce a tissue matrix. The tissue matrix is then populated with at least some viable cells. The processing and the populating steps are performed in a closed system, such as a bioreactor. Tissue grafts produced using the inventive processes may be capable of withstanding physiological stress and strain conditions present at a site into which the tissue graft is implanted.

Abstract: The present invention relates to a process for the production of marine invertebrate type V telopeptide containing collagen preparations from marine invertebrates, compositions containing preparations, and methods of using these preparations. The collagen preparation includes telopeptide containing and optionally invertebrate atelopeptide containing, type V fibrillar collagen. The present collagen preparations may be employed in a variety of products including for example, cosmetic, pharmacological, dental, and cell culture products.

Abstract: The invention provides a device and process for recellularizing essentially acellular or devitalized tissue grafts, including for example essentially acellular or devitalized vascular tissue grafts, derived from human or animal sources, or as constructed using any number of tissue engineering methodologies. The process includes repopulating and reendothelializing an essentially acellular or devitalized tissue graft. The device is useful for producing a repopulated tissue graft from an essentially acellular or devitalized tissue, as well as for producing an essentially acellular or devitalized tissue graft.

Abstract: The invention provides a device and process for recellularizing essentially acellular or devitalized tissue grafts, including for example essentially acellular or devitalized vascular tissue grafts, derived from human or animal sources, or as constructed using any number of tissue engineering methodologies. The process includes repopulating and reendothelializing an essentially acellular or devitalized tissue graft. The device is useful for producing a repopulated tissue graft from an essentially acellular or devitalized tissue, as well as for producing an essentially acellular or devitalized tissue graft.

Abstract: The present invention relates to a process for the production of marine invertebrate type V telopeptide containing collagen preparations from marine invertebrates, compositions containing preparations, and methods of using these preparations. The collagen preparation includes telopeptide containing and optionally invertebrate atelopeptide containing, type V fibrillar collagen. The present collagen preparations may be employed in a variety of products including for example, cosmetic, pharmacological, dental, and cell culture products.

Abstract: This invention relates to a method and process for the production of collagen preparations from marine invertebrates and compositions for these preparations. The collagen preparation includes telopeptide and atelopeptide fibrillar collagen of essentially invertebrate type V collagen. The collagen preparations may be used in a variety of medical, dental, cell culture, and food applications.

Abstract: A biocompatible collagen/demineralized human bone composite material, method for making the same, and prostheses employing the same are disclosed, wherein the composite material may be formulated into a fluid injectable, gel or rehydratable freeze dried paste. The resultant products can be used either alone or combined with a prosthetic device as an osteoinductive/osteoconductive material.