Patient F.Y., a 27-year-old male, was involved in a car accident four months before treatment, sustaining a mid-shaft fracture of the right femur. Two months post-injury, there was no bone union and only minimal callus formation. A bone graft was performed. After four months, callus formation was observed, but not at the fracture site. The patient was using crutches and unable to lift anything.
EAF indicators ranged between 70-85 at most points. Therapy was primarily conducted using RC, RV, GI, ZB, and KB emitters. The RV emitter elicited a response, but morning therapy sessions showed unchanged EAF levels.
Results: X-ray after three weeks showed increased callus formation. After six weeks, a well-formed callus was observed, and the patient was able to walk without crutches.
No side effects were noted.
Comments: During the first week, EAF indicators showed no response to the KB emitter, which is typically used for osteogenesis. This suggests that the delayed healing was not solely due to the fracture itself but also systemic dysfunction, as indicated by the EAF readings.
EAF indicators ranged between 70-85 at most points. Therapy was primarily conducted using RC, RV, GI, ZB, and KB emitters. The RV emitter elicited a response, but morning therapy sessions showed unchanged EAF levels.
Results: X-ray after three weeks showed increased callus formation. After six weeks, a well-formed callus was observed, and the patient was able to walk without crutches.
No side effects were noted.
Comments: During the first week, EAF indicators showed no response to the KB emitter, which is typically used for osteogenesis. This suggests that the delayed healing was not solely due to the fracture itself but also systemic dysfunction, as indicated by the EAF readings.