Case Study: Helen’s Life-Changing Recovery Following Shoulder Replacement Surgery
Helen a former swimmer had been suffering from debilitating pain in both shoulders for years. With a family history of arthritis and decades of intense physical activity behind her, she was diagnosed with severe shoulder arthritis in both joints. The pain was constant and affected her ability to perform even the simplest daily tasks, such as getting dressed or lifting a cup of tea. Her quality of life had significantly declined. She began to consider shoulder replacement surgery.
After having enough of the pain Helen decided to bite the bullet and contacted Dr Dan where she was assessed for shoulder replacement surgery. Given the complexity of her condition and her history as an athlete, Dr Dan decided to use patient-specific shoulder replacement technology powered by blueprint technology. This advanced approach began with a detailed CT scan of her shoulders, which was uploaded into the system to create a precise 3D model.
Using blueprint technology, the surgical team was able to plan every detail of the procedure in advance. Virtual reality tools allowed them to study Helen’s anatomy closely, determine the exact positioning needed, and choose the most appropriate implants. This made for a smoother and more efficient surgery with minimal guesswork on the day.
The results were outstanding. She experienced virtually no pain after the procedure and recovered faster than expected. She was able to move her arms freely and return to everyday life, something that had once seemed impossible. Today, she is completely pain-free and enjoying an active lifestyle once again.
This case is a powerful example of how blueprint technology can transform lives. By enabling personalised surgical planning and improving precision, it provides better outcomes for patients suffering from joint degeneration, especially those with complex histories or advanced arthritis.
