Bone consolidation
After a fracture, the bone heals gradually. This section covers the basics of bone healing, the conditions necessary for recovery, and research on photobiomodulation. It helps distinguish between symptom relief and a proven improvement in bone healing.
Consolidation requires, in particular, sufficient stability at the fracture site and adequate blood supply. Depending on the injury, treatment may involve immobilization or surgical fixation.The American Academy of Orthopaedic Surgeons also emphasizes the importance of nutritional status and individual factors in the healing process. The choice of stabilization method depends on the location and type of fracture.
Progress is assessed through clinical examination and, when necessary, imaging. A reduction in pain does not always mean that the bone is strong enough to withstand all stresses. The timeline for weight-bearing, mobilization, and resumption of activities therefore depends on the fracture and the healthcare team’s instructions. Delayed union requires a reassessment of possible causes and the treatment strategy.
The effects of light on bone healing are a topic of research, but they do not indicate accelerated healing for every fracture. In a randomized trial published in 2026 on stress fractures of the tibia or metatarsals, photobiomodulation added to standard care did not significantly improve healing as assessed by MRI, pain, or function compared with sham irradiation. These findings pertain to this specific context and underscore the importance of objective healing criteria.
The articles in this section provide guidance on monitoring, rehabilitation, and interpreting studies. You’ll also find scientific resources compiled by Milta to explore the topics covered in greater depth. They distinguish between results obtained from soft tissue and those measured from bone, as well as between experimental observations and human data. The Wound Healing and Sports Medicine sections allow you to explore complementary aspects of recovery. The page dedicated to applications in sports medicine specifically presents the Milta approach in a sports context.
