Hip Dysplasia Treatment in India

Hip dysplasia surgery can be highly effective if done relatively early and depending on the degree of progression. Younger individuals can be less uncomfortable and avoid further damage by having the hip socket realigned using procedures such as periacetabular osteotomy (PAO). In much worse situations, total hip replacement (THR) significantly improves functions and reduces pain.

Hip dysplasia can affect any age group. It is commonly diagnosed in infants and treated with bracing. It may cause children to limp or have difficulty walking. It can occur later in young adults, necessitating surgeries like periacetabular osteotomy (PAO). If not treated, hip dysplasia in older individuals leads to arthritis, which is often treated with total hip replacement (THR).

Yes, hip dysplasia can cause arthritis to develop over time. The condition causes a shallow or improperly formed hip socket, which causes uneven wear on the cartilage. This additional stress on the cartilage may lead to degeneration, inflammation, and, finally, arthritis because the joint becomes unstable. This is common in individuals with decades of undiagnosed or poorly treated hip dysplasia.

Hip dysplasia can sometimes run in families. If one or more family members have the disorder, the chances of developing an increased hip joint are generally increased because of genetics; some inherited features may contribute to misalignment.

Hip dysplasia can impair mobility by causing pain, stiffness, and instability in the hip joint. The joint's misalignment causes abnormal cartilage wear and tear, resulting in a reduced range of motion and discomfort during movement. This can make walking, running, climbing stairs, or even sitting for long periods difficult.

Yes, hip dysplasia can be diagnosed in infants, usually during routine checks shortly after birth. Paediatricians use physical exams, including the Ortolani and Barlow tests, to check for hip instability. If there is a suspicion, an ultrasound may confirm the diagnosis. Early detection is essential because the condition can be effectively treated with non-invasive methods, like a Pavlik harness, if addressed in the first few months of life, preventing long-term complications.

Untreated hip dysplasia can cause long-term effects such as stiffness, arthritis, and chronic discomfort as the joint experiences abnormal wear and tear. Eventually, it can significantly reduce mobility by causing joint instability, resulting in limping or trouble moving. In extreme situations, untreated dysplasia can cause joint deformity, requiring more invasive procedures such as hip replacement. Therefore, early diagnosis and treatment are essential to avoid these problems.

Recovery time varies from procedure to procedure. Periacetabular osteotomy (PAO) is 6 to 12 months, crutches for the first 6 weeks and a gradual return to activity. Total Hip Replacement (THR) is typically 3 to 6 months for initial recovery, with complete healing and rehabilitation taking up to a year. Physiotherapy plays a crucial role in the strengthening and mobility processes during recovery.

Indeed, hip dysplasia may recur after treatment, especially if it is not fully resolved or if it is not treated early. In some cases, arthritis or instability can occur due to the continued deterioration of the hip joint over time. Adults with untreated or partially treated hip dysplasia when they were younger are more prone to this. However, with proper therapy, such as total hip replacement (THR) or periacetabular osteotomy (PAO), the risk of recurrence is significantly reduced, and most patients remain symptom-free in the long term.

Healthy weight maintenance to reduce joint stress, low-impact exercises such as swimming or cycling, and strengthening the hip muscles to increase stability can all be considered in managing hip dysplasia. Regular stretching, better posture and gait, and avoiding high-impact activities can also help control pain, prevent further problems, and enhance hip function.