Artificial joints - prosthesis innovations for shoulder, hip, knee

 

While little progress was made in the early days of prosthetics (artificial joint replacement), the quality of artificial joints has developed in great, innovative leaps in recent years.

 

Dr. med. Matthias Schmied

Dr. med. Matthias Schmied

Although the current satisfaction rate of 90% is very high, research is constantly striving to improve the quality through revolutionary technology and new experience. Especially advanced, minimally invasive surgical methods in the areas of shoulder, hip and knee joint have many advantages for the patients.

Public lecture: 22 May 2018 (18:00 19:00) Bethanien Private Clinic

Our affiliated physicians Dr. med. Matthias Schmied, Dr. med. Philipp Frey and Dr. med. Stephan Plaschy, extremely experienced specialists in orthopaedic surgery and traumatology of the musculoskeletal system, offer an overview of the latest generation of artificial joints in this lecture. Their practice "Arthrosis Clinic Zurich and Sport Permanence" is located in the premises of the Privatklinik Bethanien.


Public lecture with shoulder expert Dr. med. Philipp Frey

Public lecture with shoulder expert Dr. med. Philipp Frey

Review

The lecture started in front of a full room with the statement how common artificial joints are nowadays and how successfully they can be used in the meantime. After only 3 months, patients can already go about their lives relatively well.

Since the beginning of prosthetics (artificial joint replacement) at the beginning of the 20th century, efforts have been made to offer the best possible solutions for joint wear. Like so much in science, orthopaedics was shaped by individual pioneers who were able to gain valuable experience with sometimes controversial methods, which have contributed significantly to the current state of knowledge and modern technologies. 

A relatively modern procedure and a great technical achievement is the use of patient specific instruments (PSI). These are individually created with the help of 3D visualization programs. Thanks to them, the surgeon can evaluate the correct positioning of the prosthesis and select the appropriate prosthesis. The entire surgical procedure can also be planned in advance in 3D and thus risks can be assessed. 

The simulation of a normal motion sequence is the key to a well-fitting prosthesis. It must support the natural course of movement and must not be a hindrance under any circumstances. This is already simulated and tested during the operation.

Source: Bethanien Clinic