A stress fracture in children is not a typical injury. It occurs not as a result of a specific blow or fall, but rather because the bone has not had time to recover from previous microtraumas.
Parents of overly active children should be vigilant. Any pain or discomfort in the bone or joint should be a cause for concern. Ignoring the problem can lead to serious skeletal deformities and prolonged withdrawal from active life.
Treatment of a stress fracture begins with diagnosis. The doctor needs to determine whether the child's body is in the active growth phase. Children's bones are more flexible, but their metabolic activity makes them vulnerable to cyclic overload. If your child is in pain or uncomfortable moving, it's time to see a doctor.
The insidious nature of this injury is that the symptoms of a stress fracture initially resemble those of common muscle fatigue. However, there are key differences that suggest damage to the bone structure.
Accurate diagnosis is the key to successful recovery. If your child has persistent bone pain, consult a traumatologist or orthopedist.
The traumatologist-orthopedist begins the appointment with a detailed interview: how often does the child exercise, whether shoes have changed, and when does the pain occur. The doctor conducts axial load tests and palpates the bone. If the child cries out when pressure is applied to a specific point on the shin or foot, the doctor orders an X-ray.
X-rays don't always show a fracture even when there is obvious pain. This is because a microcrack can be so small that it isn't detected by conventional radiation. It only becomes visible on an X-ray after 3-4 weeks, when callus begins to form.
If the pain doesn't subside and the X-ray still shows nothing, the doctor will recommend an MRI. Magnetic resonance imaging (MRI) is a way to detect bone marrow edema that precedes the fracture itself. This is the only way to catch the disease at the pre-fracture stage and begin treatment.
The most dangerous mistake is continuing to exercise despite the pain. This causes the microcrack to increase in size and, within a few weeks, can develop into a full-fledged fracture. Massaging or applying heat to the affected area is also not recommended. We take the child to a doctor first, and only then begin treatment.
"In my practice, stress fractures in children often begin with complaints of unexplained pain after exercise. If you reduce the load promptly, it's easier to return to normal life," notes the orthopedic traumatologist.
A careful approach to a child's complaints and avoiding "forced" training is the best way to maintain the health of a young athlete. Remember that stress fractures in children, if detected early, are treated successfully and without consequences, while a neglected injury may require months of rehabilitation.
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What is a stress fracture and why does it occur in children?
A stress fracture, also known as a fatigue fracture, is a tiny crack in bone tissue. It occurs when muscles, due to overwork, fail to absorb shock and transfer excessive load to the bone. In response, the bone begins to remodel, which, without rest, leads to a breakdown of its integrity.
How is a stress fracture different from a regular fracture?
A regular fracture occurs when a child receives a strong blow or an incorrect (careless) fall. This means that the bone was previously intact, and the injury occurred as a result of some other action.
A stress fracture develops gradually in a child. It is a microcrack in the bone that cannot be caused instantly. It gradually increases in size due to excessive exercise.
While a regular fracture is immediately visible, an overuse fracture often goes unnoticed in the early stages.
Which children are at risk?
Most often, young athletes involved in running, soccer, basketball, gymnastics, or ballet end up in a traumatologist's office. Also at risk are: