Mode
Text Size
Log in / Sign up

Woodward procedure associated with improved outcomes in pediatric Sprengel deformity patientsSurgery lifts high shoulder blades in children with great results

AI-generated summary of the cited source, checked by automated accuracy review. How we work

Key Takeaway
Note the retrospective nature and small sample size when interpreting Woodward procedure results for Sprengel deformity.

This retrospective cohort analysis assessed 13 pediatric patients with unilateral Sprengel deformity treated with the Woodward procedure. All participants underwent the specific surgical intervention. The study compared postoperative outcomes against preoperative assessments. Follow-up duration averaged 3.9 years, with a range of 1–12 years.

Clinical efficacy showed significant changes in grading systems. 92.3% of patients achieved Cavendish grade 1, representing 12 of 13 patients. Similarly, 92.3% of patients improved to Rigault grade 1, also 12 of 13 patients. Mean improvement was 2.1 grades for Cavendish classification and 1.5 grades for Rigault classification.

Anatomical measurements also improved. Superior displacement decreased from 32.68 mm preoperatively to 11.33 mm postoperatively. The rotational angle reduced from 23.35° to 6.43°. Partial regeneration of the superior scapular angle was identified in 2 of 13 patients. Residual omovertebral bone was present in 1 of 13 patients.

Safety data indicated no brachial plexus injuries or reoperations were reported during the follow-up period. Complications were minimal, though serious adverse events were not reported in the dataset. The study did not report limitations or funding sources, which impacts the overall certainty of the evidence.

These findings suggest potential utility, but the retrospective design and small sample size warrant cautious interpretation before widespread adoption in clinical practice settings.

Imagine a child looking in the mirror and seeing one shoulder higher than the other. It can make them feel self-conscious about their body.

This difference is not just a cosmetic issue. It often limits how they play sports or reach for things.

A rare condition called Sprengel deformity causes this uneven look. It happens when the shoulder blade does not move down during growth.

Many kids struggle to lift their arms fully because of the tight muscles. Parents often worry about the long-term impact on their child's confidence.

The condition affects the bone and the muscles around it. It is present from birth but gets worse as they grow.

Doctors often see these children in their early years. The parents notice the uneven shoulders first.

Why one shoulder sits higher

Doctors used to worry about nerve damage during correction. They often left the shoulder high to stay safe.

This meant the child lived with the physical limitation for years. The fear of hurting the arm nerves was very real.

Surgeons had to balance the risk of injury against the need for improvement. They often chose safety over a better look.

But here is the twist. Now, surgeons have a better plan to lower the bone safely.

How the surgery moves the bone

Think of the shoulder blade like a door on a hinge. The surgery moves the hinge to the right spot.

It reconnects the muscles so the arm can lift freely. This process is like fixing a stuck window to open smoothly.

The bone is lowered to match the other side. This helps the neck and shoulder look balanced again.

Surgeons cut the bone and move it to a lower position. They then secure it so it stays in place.

This allows the muscles to stretch and work correctly. The arm can now move through a wider range of motion.

Researchers looked at 13 kids who had this operation. They checked them for nearly four years on average.

The team measured how high the kids could lift their arms before and after. They also took photos to judge the look.

Most kids looked much better after the work. Their arms could lift higher than before.

The average lift improved by over 20 degrees. This is a big change for daily tasks like brushing hair.

The cosmetic rating showed that over 90 percent of patients were happy with the look. The shoulder blade moved down significantly.

The height of the shoulder dropped by more than 20 millimeters. This makes the difference much harder to see.

Doctors used a special scale to rate the appearance. Most children moved to the best grade possible.

This does not mean every child needs surgery.

But there is a catch. The surgery is complex and needs a skilled team.

Not every hospital has the right experts for this specific procedure. It requires careful planning before the knife touches skin.

The risk of nerve injury is low but not zero. Doctors must be very careful during the bone movement.

Experts say this method keeps nerves safe while fixing the look. It helps kids feel more confident in their skin.

Parents should ask their doctors if this fits their child. It is not a quick fix for everyone.

The group was small, so more data is needed. Some kids still had extra bone pieces.

This extra bone can connect the shoulder to the neck. It might need removal in some cases.

The study did not include every type of shoulder problem. It focused on children with one side affected.

More studies will track these children as they grow. This helps doctors plan better for the next generation.

Approval for wider use depends on seeing more success stories. Time will tell if this becomes a standard option.

Families should watch for new trials in their local area. Research moves slowly but steadily toward better care.

The goal is to help every child feel comfortable in their own body. This surgery offers a path toward that goal.

Study Details

Study typeCohort
EvidenceLevel 3
PublishedApr 2026
View Original Abstract ↓
ObjectiveSprengel deformity is a rare congenital anomaly of the shoulder that leads to cosmetic and functional impairment. This study aimed to evaluate the clinical efficacy of the Woodward procedure in children, with a focus on both functional and cosmetic outcomes.MethodsA retrospective analysis was conducted on 13 pediatric patients with unilateral Sprengel deformity who underwent the Woodward procedure. The average follow-up was 3.9 years (range,1–12 years). Preoperative and postoperative assessments were performed using the Cavendish grading and Rigault classification systems. Shoulder abduction angles were measured, and associated anomalies were documented. Intraoperative “wake-up” test was performed to confirm brachial plexus integrity for severe cases.ResultsThe mean preoperative shoulder abduction was 114.2°. Postoperatively, significant improvements were observed in both cosmetic and functional outcomes. According to the Cavendish classification, 92.3% of patients achieved an excellent cosmetic result (grade 1). The Rigault classification showed 92.3% of patients improved to grade 1. The mean improvement was 2.1 grades for Cavendish and 1.5 grades for Rigault. For superior displacement, the mean value decreased substantially from 32.68 mm preoperatively to 11.33 mm postoperatively. Similarly, the mean rotational angle was reduced from 23.35° to 6.43° after surgery. Partial regeneration of the superior scapular angle was identified in two cases, with a residual omovertebral bone present in one. Complications were minimal, with no brachial plexus injuries or reoperations reported.ConclusionThe Woodward procedure proves to be a safe and effective surgical intervention for Sprengel deformity, providing significant and sustained improvements in both cosmetic appearance and shoulder function in pediatric patients.
Free Newsletter

Clinical research that matters. Delivered to your inbox.

Join thousands of clinicians and researchers. No spam, unsubscribe anytime.