Where are you?
To give you the most accurate information about our products and what we can do for you, we need to direct you to the right site.
To give you the most accurate information about our products and what we can do for you, we need to direct you to the right site.
Grow bone with MagnetOsTM
Solving unmet clinical needs
Driven by our mission to discover, develop, and deliver innovative biologic technologies – Kuros Biosciences strives to address unmet clinical needs for safer, faster, and more predictable bone healing.
Meeting the needs of patients. Surgery and its associated pain take a physical, psychological, emotional, and often financial toll on patients. MagnetOs is designed to enhance patients’ quality of life by promoting predictable bone healing1, enabling patients to return to their daily activities as quickly as possible.
Meeting the needs of surgeons. The number one priority for all surgeons is the well-being of their patients. They rely on high-quality, evidence-based data to guide their product choices – and MagnetOs is backed by robust Level I human clinical evidence.
What was once unpredictable, is now within your control…
A proven scientific
track record
We are a Swiss-headquartered global innovation company with 100+ combined research years and scientific expertise in bone graft innovation. Our commercial and research footprint spans five continents and covers >20 commercial markets serving spine, extremities, trauma and oncology.
Project Fusion: where Science & Clinical Evidence meet
We believe that a greater quality and quantity of science holds the key to easing the burden of unreliable bone healing – especially as high non-union rates force surgeons, medical organizations and insurers to reassess the bone grafts they choose. Our response? Project Fusion: a global research program that brings together an extensive blend of scientific, pre-clinical and clinical studies.
Find out more
about Kuros
For further information, send us your details, and we will be in touch.
1. Yadav, S. et al., Journal of Orthopaedics, Trauma and Rehabilitation. 2020, 27(2): 173–178.
MAT-0239