摘要:
Constructs and methods for immobilizing stem and other precursor cells, as well as other bioactive materials of therapeutic value on the surfaces of medical devices, such as bone, cartilage, spinal and tooth implants, are described herein. The present invention has broad application in the incorporation of bioactive and therapeutic materials in or on a medical implant or other interventional device, having particular value in enabling the real-time, utilization by medical personnel of bioactive materials extracted from the patient and subsequently reintroduced and immobilized in an implant device.
摘要:
Constructs and methods for immobilizing stem and other precursor cells, as well as other bioactive materials of therapeutic value on the surfaces of medical devices, such as bone, cartilage, spinal and tooth implants, are described herein. The present invention has broad application in the incorporation of bioactive and therapeutic materials in or on a medical implant or other interventional device, having particular value in enabling the real-time, utilization by medical personnel of bioactive materials extracted from the patient and subsequently reintroduced and immobilized in an implant device.
摘要:
Constructs and methods for immobilizing stem and other precursor cells, as well as other bioactive materials of therapeutic value on the surfaces of medical devices, such as bone, cartilage, spinal and tooth implants, are described herein. The present invention has broad application in the incorporation of bioactive and therapeutic materials in or on a medical implant or other interventional device, having particular value in enabling the real-time, utilization by medical personnel of bioactive materials extracted from the patient and subsequently reintroduced and immobilized in an implant device.
摘要:
Constructs and methods for immobilizing stem and other precursor cells, as well as other bioactive materials of therapeutic value on the surfaces of medical devices, such as bone, cartilage, spinal and tooth implants, are described herein. The present invention has broad application in the incorporation of bioactive and therapeutic materials in or on a medical implant or other interventional device, having particular value in enabling the real-time, utilization by medical personnel of bioactive materials extracted from the patient and subsequently reintroduced and immobilized in an implant device.