SYNTHAPOR

Biological implants for use in the regeneration of cells and tissue; biological surgical implants comprising living tissue for use in the regeneration of cells and tissue; biological implants namely avital processed human connective tissue for use in the regeneration of cells and tissue; avital processed animal connective tissue for use in the regeneration of cells and tissue.

Artificial bone materials for implantation; artificial bone materials for implantation namely endoprostheses being hip, knee, shoulder, elbow, hand and foot endoprostheses; artificial bone materials for implantation namely condylar head prostheses; artificial bone materials namely diaphysis obdurators; artificial bone implants for humans and animals being parts of artificial bones for adding to natural bone; artificial bone implants for humans and animals for osteo-synthesis for musculo-skeletal surgery, maxillo facial surgery, surgery on the spine, skull, face; artificial bone implants for the maxillia, mandible, pelvis, sacrum, patella, tarsals, phalanges, metatarsals, metacarpals, tibia, fibia, radius, ulna, humerus, scapula, femur, clavicles, vertebrae, skull, subitus; artificial bone materials made of porous ceramics for implantation; artificial bone materials made of porous ceramics for implantation; artificial bone implants for humans and animals being porous ceramic carriers for drug delivery systems; artificial bone implants for humans and animals being porous ceramic carriers for growth factor delivery systems; artificial bone implants for humans and animals being porous ceramic carriers for medication delivery systems; artificial bone implants for humans and animals being porous ceramic carriers for insulin, hormone, chemotherapy delivery systems; artificial bone implants for humans and animals being porous ceramic carriers for bone marrow delivery systems; artificial bone implants for humans and animals being porous ceramic carriers for stromal cell delivery systems; porous ceramic carriers providing a matrix and allowing vascularisation for the re-growth of cells and tissue; artificial supports namely orbital implants for use in the reconstruction of the eye.

Design and development of artificial bone materials, bone implants and porous ceramic carriers for use in medicine; design and development of artificial bone materials, bone implants and porous ceramic carriers for use as drug delivery systems, growth factor delivery systems, bone marrow delivery systems medication delivery systems, insulin, hormone and chemotherapy delivery systems.