The interface between prosthetic materials and body tissues has become important thanks to the extensive use of bioimplants and artificial internal organs. The long-term function and survival of implanted prostheses depend on the stability of the material-tissue interface. The methods in current use for the fixation of implanted prostheses are mainly based on mechanical linkages which are inherently unstable. The manifestations of instability are seen in clinical phenomena such as prosthetic thrombosis and failure of skin-prosthetic linkage. A less vulnerable approach to stablising material-prosthetic interface would be the development of chemical bonding which has already been accomplished at the bone-bioglass ceramic level. The approach m...
Abstract: In the interface, between implant and bone or between the cement and bone, there will deve...
Indwelling medical devices and implants such as sutures, catheters, prosthetic heart valves and arti...
In medicine, engineered tissue substitutes (THE NEW) need to be truly \u201cbioinspired\u201d to hav...
Abstract Medical implants and prostheses (artificial hips, tendono- and ligament plasties) usually a...
A goal of current implantology research is to design devices that induce controlled, guided, and rap...
Principles of materials science and cell biology underlying the design of medical implants, artifici...
Tissue engineering aims to bring together biomaterials, cells, and signaling molecules within proper...
This course is an introduction to principles of materials science and cell biology underlying the de...
Bone tissue engineering is a highly studied topic in material science in the recent decades. Basic p...
Stability of implant-tissue interface is vital for implant integration with adjacent tissue and it i...
Bone is a nanoscale composite with mechanical properties which cannot be duplicated by monolithic ma...
Successful implantation of devices that employ a direct structural interface with native tissues and...
Connective soft tissues at the interface between implants and bone, such as in human joint replaceme...
Total joint arthroplasty is an effective surgical procedure for end-stage steoarthritis of major joi...
Total hip and knee arthroplasties are considered the procedures of the twentieth century, with drama...
Abstract: In the interface, between implant and bone or between the cement and bone, there will deve...
Indwelling medical devices and implants such as sutures, catheters, prosthetic heart valves and arti...
In medicine, engineered tissue substitutes (THE NEW) need to be truly \u201cbioinspired\u201d to hav...
Abstract Medical implants and prostheses (artificial hips, tendono- and ligament plasties) usually a...
A goal of current implantology research is to design devices that induce controlled, guided, and rap...
Principles of materials science and cell biology underlying the design of medical implants, artifici...
Tissue engineering aims to bring together biomaterials, cells, and signaling molecules within proper...
This course is an introduction to principles of materials science and cell biology underlying the de...
Bone tissue engineering is a highly studied topic in material science in the recent decades. Basic p...
Stability of implant-tissue interface is vital for implant integration with adjacent tissue and it i...
Bone is a nanoscale composite with mechanical properties which cannot be duplicated by monolithic ma...
Successful implantation of devices that employ a direct structural interface with native tissues and...
Connective soft tissues at the interface between implants and bone, such as in human joint replaceme...
Total joint arthroplasty is an effective surgical procedure for end-stage steoarthritis of major joi...
Total hip and knee arthroplasties are considered the procedures of the twentieth century, with drama...
Abstract: In the interface, between implant and bone or between the cement and bone, there will deve...
Indwelling medical devices and implants such as sutures, catheters, prosthetic heart valves and arti...
In medicine, engineered tissue substitutes (THE NEW) need to be truly \u201cbioinspired\u201d to hav...