Surgical Solutions for Scoliosis: What You Need to Know1Deep Research2Outline3Content
Understanding Surgical Options for Scoliosis
Scoliosis surgery is typically recommended when spinal curvature exceeds 45-50 degrees or continues to worsen despite non-surgical treatments. Here's what you need to know:
When it's considered: For curves >45° in mature patients or >40° in growing children
Main goals: Stop curve progression, reduce deformity, maintain trunk balance
Types: Spinal fusion (most common), growing rods (for young children), vertebral body tethering
Success rate: 60-100% curve correction depending on flexibility
Recovery time: Hospital stay of 3-4 days, return to school in 4-6 weeks, full activities in 2-6 months
Scoliosis surgery represents a significant decision for patients and families facing progressive spinal curvature. While many cases of scoliosis can be managed with observation or bracing, surgical intervention becomes necessary when curves reach a severity that threatens long-term health and quality of life.
The decision to pursue surgery isn't made lightly. Doctors typically recommend surgical treatment when curves exceed 45-50 degrees or continue to worsen despite other treatments. For growing children with curves above 40 degrees, the decision becomes even more important as these curves almost always continue to progress.
I'm Lou Ezrick, founder of Evolve Physical Therapy, and I've helped numerous patients through both pre-surgical preparation and post-operative rehabilitation following scoliosis surgery, developing specialized protocols that address the unique challenges these patients face during recovery.
Understanding Scoliosis & When Surgery Is Considered
When you hear the word "scoliosis," think of a spine that curves sideways instead of running straight down the back. This S-shaped or C-shaped curve must measure at least 10 degrees on an X-ray to be officially diagnosed as scoliosis. Though it sounds rare, scoliosis affects about 2% of teenagers, with girls being eight times more likely to develop significant curves than boys.
Scoliosis comes in several different forms, each with its own story:
Idiopathic scoliosis (about 80% of cases) appears without any known cause, typically during growth spurts
Congenital scoliosis happens before birth when the spine doesn't form properly
Neuromuscular scoliosis develops in people with conditions affecting muscle control, like cerebral palsy
Degenerative scoliosis shows up later in life as the spine naturally wears down with age
Doctors measure scoliosis severity using something called the Cobb method – essentially calculating the angle of the curve from X-rays. This number becomes incredibly important when deciding whether surgery might be necessary.
The science is clear on what happens with larger curves. Research shows that curves over 50 degrees in someone who's finished growing will still progress about 1 degree each year. Even more concerning, curves exceeding 60 degrees can reduce lung capacity to just 68% of normal, potentially causing breathing problems down the road.
A groundbreaking study in the Journal of Bone and Joint Surgery followed patients for over 40 years and found thoracic curves between 50-75 degrees progressed an average of 29.4 degrees over that time. This confirms what many surgeons already suspected – significant curves don't simply stop progressing once you're done growing.
Is scoliosis surgery always necessary?
Good news – the vast majority of scoliosis cases never require surgery! In fact, only about 5% of young people with scoliosis eventually need bracing or surgical intervention. Most mild curves (under 25 degrees) simply need regular check-ups to watch for changes.
For growing children with moderate curves between 25-40 degrees, bracing often works wonderfully. When worn consistently (16-23 hours daily), braces can stop curve progression in about 75% of adolescents with idiopathic scoliosis. It's not always easy wearing a brace as a teenager, but the results speak for themselves.
Here at Evolve Physical Therapy + Sports Rehabilitation, we offer specialized Schroth therapy – a three-dimensional exercise approach specifically designed for scoliosis patients. This therapy can be incredibly helpful for patients with mild to moderate curves, those preparing for or recovering from surgery, and anyone looking to improve posture and reduce scoliosis-related pain. More info about scoliosis treatment
The decision to try non-surgical approaches depends heavily on skeletal maturity. Once growth is complete (typically around 14 for girls and 16 for boys), curves under 45 degrees are much less likely to worsen rapidly.
Surgical indication checklist
How do doctors determine if scoliosis surgery is truly necessary? They consider several important factors:
Curve magnitude typically triggers surgical discussions when it exceeds 45-50 degrees in someone who's finished growing, or 40 degrees in someone still growing. Curve flexibility matters too – surgeons assess this through special bending or traction X-rays to predict potential correction. More flexible curves generally have better surgical outcomes.
While pain is rarely a major issue in adolescent idiopathic scoliosis, persistent discomfort that doesn't respond to conservative treatment might influence the surgical decision. Cosmetic concerns like visible deformity, rib humps, or uneven shoulders causing significant psychological distress are also valid considerations.
In rare cases, neurological symptoms like numbness or weakness might appear, requiring prompt surgical attention. Pulmonary function becomes important for severe thoracic curves that might compromise breathing. And of course, curves that continue progressing despite bracing often indicate surgery is needed.
As one orthopedic surgeon we collaborate with puts it: "The decision to operate isn't based solely on numbers. We consider the whole person—their age, curve pattern, symptoms, and how scoliosis affects their daily life and self-image."
At Evolve Physical Therapy, we work closely with surgical teams to support patients through their entire journey, whether that involves preparing for surgery or helping them avoid it altogether through targeted therapy approaches.
Scoliosis Surgery: Goals, Techniques, Bone Grafts
When it comes to scoliosis surgery, there are three main goals that guide the entire process:
Stop curve progression to prevent future deformity and related health issues
Reduce existing deformity by safely straightening the spine as much as possible
Maintain trunk balance while preserving the natural curves that should be there
Today's surgical techniques can typically improve scoliosis curves by 50-70%, with some more flexible curves seeing even better results. It's worth noting that surgeons aren't always aiming for a perfectly straight spine—instead, they're focused on creating balance, improving appearance, and enhancing overall function.
Main types of scoliosis surgery
If you or your child is facing scoliosis surgery, understanding the different approaches can help you feel more prepared for discussions with your surgical team.
Posterior Spinal Fusion is by far the most common approach, used in about 80-90% of cases. The surgeon makes an incision along the back of the spine, then uses rods, screws, and hooks to straighten the curve. Bone graft material is added to help the vertebrae fuse together over time. Most patients stay in the hospital for 3-4 days, and correction rates range from 60-100% depending on how flexible the curve is.
Anterior Spinal Fusion approaches the spine from the front or side of the body. This technique can sometimes preserve more motion segments in certain curve patterns, making it particularly useful for thoracolumbar or lumbar curves. Hospital stays are slightly longer (4-7 days), but the benefit is that fewer vertebrae may need to be fused.
For young children under 10 with progressive scoliosis, Growing Rod Techniques offer a way to control curves while allowing continued growth. The rods attach to the spine above and below the curve and are lengthened every 6-12 months as the child grows. This approach delays final fusion until the child is closer to skeletal maturity, allowing for an average spine length increase of 4.7 cm through these periodic adjustments.
Vertebral Body Tethering (VBT) represents a newer, fusionless option for growing children and adolescents. Rather than fusing the spine, VBT uses a flexible cord on the outside of the curve to guide growth, preserving motion and flexibility. The FDA approved this technique in 2019 specifically for idiopathic scoliosis.
Children with thoracic insufficiency syndrome may benefit from Vertical Expandable Prosthetic Titanium Rib (VEPTR), a specialized technique that increases thoracic volume while correcting scoliosis, improving breathing and lung development.
How does minimally invasive scoliosis surgery differ?
Minimally invasive scoliosis surgery (MISS) marks a significant evolution in how we approach spine correction. While traditional scoliosis surgery involves a long incision and substantial muscle dissection, MISS takes a gentler approach.
Instead of one long incision, surgeons make multiple smaller ones (typically 1-2 inches each). They use specialized tubular retractors that spread muscle fibers apart rather than cutting through them. Real-time X-ray imaging guides precise placement of implants. The benefits are substantial: less blood loss (824 ml versus 1,791 ml in traditional surgery), shorter hospital stays (typically 1-2 days less), and potentially faster recovery.
One specific minimally invasive approach is Video-Assisted Thoracoscopic Surgery (VATS), which uses small chest incisions, specialized cameras, and instruments to access the front of the spine.
Research published in the Journal of Spinal Disorders & Techniques found that patients who underwent minimally invasive procedures experienced less pain, needed fewer pain medications, and returned to school or work about two weeks earlier than those who had traditional open procedures.
That said, minimally invasive techniques aren't right for everyone. They typically work best for curves under 70 degrees, require surgeons with specialized training and equipment, and may not be suitable for all curve patterns. As one spine surgeon I work with puts it: "We need to balance the recovery advantages against the need for adequate correction. Not every patient is a candidate, but for those who are, the benefits can be significant."
You can learn more about these advanced techniques in this research on minimally invasive techniques.
Bone graft options & risks
Bone grafting plays a crucial role in spinal fusion, providing the biological material needed to create a solid bridge between vertebrae. There are several options to consider:
Autograft uses the patient's own bone, traditionally harvested from the pelvis (iliac crest). Surgeons often consider this the "gold standard" for fusion success because it contains living bone cells and growth factors. The downside? It requires an additional incision, can cause donor site pain, and offers limited quantity.
Allograft comes from bone banks and eliminates the need for that additional incision and donor site pain. The bone is carefully processed to reduce disease transmission risk, with infection risk being remarkably low—about 1 in 1 million for hepatitis and 1 in 10 million for AIDS.
For some patients, synthetic or biological alternatives may be appropriate. These include bone morphogenetic proteins (BMPs) that stimulate bone formation and synthetic calcium-based substitutes. These are often used in combination with autograft or allograft but are less commonly used in pediatric cases.
It's worth noting that pseudarthrosis—failure of the bones to fuse properly—occurs in up to 1% of children but is more common in adults, especially those who smoke. While initial stability happens relatively quickly, complete solid fusion typically takes 6-12 months.
At Evolve Physical Therapy + Sports Rehabilitation, we work closely with patients before and after scoliosis surgery to optimize outcomes and support the healing process. Our hands-on approach helps patients steer the challenges of recovery while building the strength needed for long-term success.
Getting Ready for Your Operation
Preparing for scoliosis surgery isn't just about the medical checklist—it's about setting yourself up for the best possible outcome. When my patients are getting ready for surgery, I walk them through a comprehensive preparation process that helps calm their nerves and optimize their recovery.
Your surgical team will conduct a thorough preoperative evaluation that typically includes several key components. You'll undergo a comprehensive physical examination to assess your overall health. The imaging portion is particularly important—standing full-spine X-rays give surgeons your baseline, while special side-bending or traction X-rays help determine how flexible your spine is (which affects how much correction can be achieved). Many surgeons also order an MRI to ensure there are no spinal cord abnormalities that could complicate surgery.
Blood work is another essential step—your surgical team will need a complete blood count, coagulation studies, and a metabolic panel to ensure you're healthy enough for surgery. You'll also meet with an anesthesiologist who will review your medical history and discuss the anesthesia plan. For patients with severe curves, pulmonary function tests may be ordered to check how the scoliosis affects breathing.
At Evolve Physical Therapy + Sports Rehabilitation, we've developed specialized programs to help our patients physically prepare for scoliosis surgery. We focus on strengthening your core muscles to support your spine during recovery and teach important breathing exercises that will help prevent post-surgical complications like pneumonia. One of the most practical skills we cover is proper log-rolling technique—trust me, you'll be grateful you learned this before surgery when you need to get in and out of bed without bending your spine!
"The physical therapy team at Evolve taught me exactly what to expect after surgery," shared Maya, one of our 16-year-old patients. "Learning how to log-roll and practice deep breathing beforehand made a huge difference in my recovery."
If you smoke, your surgeon will ask you to quit at least two weeks before surgery, as smoking significantly impairs bone healing. You'll also need to stop taking blood thinners, anti-inflammatories, and certain supplements that could increase bleeding risk. Good nutrition in the weeks before surgery can help support your body's healing process afterward.
Day-before checklist
The day before your scoliosis surgery is all about final preparations. You'll need to stop eating and drinking after midnight (or follow your surgical team's specific instructions). Take only medications that your surgeon has explicitly approved—this is really important, as some common medications can interfere with anesthesia or increase bleeding risk.
Some surgeons prescribe a bowel preparation protocol to follow, and you may be given an antimicrobial soap for showering. When packing for the hospital, think comfort: loose clothing that's easy to put on and take off, slip-on shoes (bending to tie laces won't be possible right after surgery), and personal hygiene items. Don't forget entertainment like books or a tablet—recovery involves a lot of downtime. A small pillow can make the ride home much more comfortable, and always bring all your regular medications in their original bottles.
Intra-op safety measures
Modern scoliosis surgery has become remarkably safe thanks to advanced monitoring techniques and protocols. One of the most important safety measures is neuromonitoring—continuous electrical monitoring of your spinal cord and nerve function throughout the procedure. This technology has reduced the risk of neurological injury to less than 1%, as surgeons receive immediate feedback if there's any change in nerve function.
You'll receive prophylactic antibiotics before the first incision and for about 24 hours afterward to prevent infection. Many hospitals use cell-saver technology, which collects, filters, and returns your own blood during surgery, reducing the need for transfusions. Your anesthesiologist will carefully manage your blood pressure using controlled hypotensive anesthesia to minimize blood loss, while also maintaining your body temperature at the optimal level for clotting and infection prevention.
Perhaps the most important safety factor is having an experienced surgical team. As one spinal surgeon I work with explains: "The advancements in neuromonitoring have dramatically improved safety. We receive immediate feedback if there's any change in nerve function, allowing us to adjust our approach before any permanent damage occurs."
At Evolve Physical Therapy, we coordinate closely with surgical teams to ensure our patients understand each step of this preparation process. This comprehensive approach not only improves surgical outcomes but also helps reduce the anxiety that naturally comes with preparing for such a significant procedure.
Recovery, Risks & Life After Surgery
Coming home after scoliosis surgery marks the beginning of an important healing journey. While every patient's experience is unique, most follow a similar path to recovery that unfolds over several months.
The first few days in the hospital are focused on pain management and getting you back on your feet. Most patients stay about 3-4 days, starting with a PCA (patient-controlled analgesia) pump on day one that lets you manage your own pain medication. You'll likely surprise yourself by sitting in a chair that very first day! By day two, you'll be taking your first steps with assistance and transitioning to oral pain medications. As days three and four approach, you'll be walking more independently, your digestive system will wake up, and the discharge planning begins.
Those first six weeks at home require some patience. You'll need to limit bending, twisting, and lifting anything heavier than a half-gallon of milk (about 5 pounds). Daily walking becomes your main activity, gradually increasing distance as you build strength. Most teens return to school part-time around the 4-6 week mark, often with some accommodations like elevator access or a second set of textbooks to avoid heavy backpacks.
As you move into the 6-week to 6-month phase, life starts feeling more normal. Physical therapy becomes a key part of your recovery, focusing on rebuilding strength and function. Most surgeons clear patients to drive around the 6-week mark (once you're off pain medications), and non-contact sports typically get the green light between 4-6 months.
The final stage of recovery happens between 6-12 months when your bone fusion fully matures. This is when most patients receive clearance to return to all activities, including contact sports if desired. Your surgeon will take final X-rays to confirm that your fusion is solid and complete.
One of the unexpected bonuses? Most patients gain about 1 to 1.5 inches in height after their curve is corrected!
While scoliosis surgery has an excellent track record, it's important to understand potential risks. Infection affects about 1-3% of patients. Some experience more blood loss than anticipated and may need a transfusion. Serious nerve injuries are quite rare (less than 1%) thanks to advanced monitoring techniques. Failed fusion (pseudarthrosis) can occur, though it's more common in adults than teens. Sometimes implants can cause issues like rod breakage or screw loosening. And over many years, the vertebrae above or below the fusion may experience accelerated wear and tear.
Managing pain & physical therapy
"The first two weeks were tough, but then each day got noticeably better," shares Emma, a former patient who had fusion surgery at age 14. This mirrors what most patients experience with post-surgical pain.
Pain management after scoliosis surgery follows a thoughtful progression. Initially, you'll have a PCA pump that lets you administer small, controlled doses of pain medication when needed. Around day 2-4, you'll transition to oral medications, typically including both opioids and muscle relaxants. By the time you're home, you'll be on a schedule of gradually decreasing pain medication, with most teens able to discontinue opioids within two weeks and transition to over-the-counter options.
At Evolve Physical Therapy + Sports Rehabilitation, we've developed specialized protocols for scoliosis recovery. Our approach begins with gentle, early mobilization—simply getting you moving safely as soon as possible. We then progress to rebuilding core strength, which provides crucial support for your healing spine. We pay special attention to your walking pattern and posture, helping you adapt to your new spinal alignment.
Our therapists incorporate elements of Schroth therapy, addressing the three-dimensional nature of scoliosis even after surgical correction. This specialized approach optimizes breathing, posture, and functional movement during your recovery.
"The physical therapists at Evolve truly understood what I was going through," says Sarah, who had spinal fusion at 15. "They knew exactly when to push me and when to let me rest. Six months after surgery, I was back to dancing, which I never thought would be possible."
Long-term outlook
The good news is that the long-term outlook after scoliosis surgery is overwhelmingly positive. Modern techniques achieve impressive correction—anywhere from 60-100% improvement depending on how flexible your curve was before surgery. More importantly, research consistently shows significant improvements in quality of life, self-image, and physical function.
Your corrected spine alignment typically remains stable over time, with minimal loss of correction (usually less than 5 degrees). While the fused segments no longer move, you'll retain sufficient motion in the unfused portions of your spine for nearly all activities. As one surgeon explains, "We aim to fuse the fewest segments possible while still achieving adequate correction."
Most patients return to their pre-surgical activity levels, including sports. While certain high-impact activities might need modification, few are permanently off-limits. For young women concerned about future pregnancy, it's reassuring to know that those who have undergone scoliosis surgery can have normal pregnancies and deliveries—the fusion doesn't typically interfere with childbearing.
Perhaps most importantly, surgical correction dramatically reduces the risk of future curve progression and its associated complications. A study published in Spine followed patients for 20 years after scoliosis surgery and found that 90% were satisfied with their results and would choose to have the surgery again if faced with the same decision.
At Evolve Physical Therapy, we're committed to supporting you through every phase of this journey, from pre-operative preparation through long-term recovery and return to the activities you love. Our specialized Schroth therapy program offers ongoing support even years after surgery to maintain optimal function and prevent secondary issues.
Alternatives, Innovation & FAQs
When it comes to addressing scoliosis, surgery isn't the only option on the table. While scoliosis surgery remains the most effective treatment for severe curves, medical science has developed several alternatives worth exploring.
At Evolve Physical Therapy + Sports Rehabilitation, we're passionate about offering comprehensive care options. Our certified Schroth therapists provide specialized physical therapy custom to each patient's unique curve pattern. This non-surgical approach can be remarkably effective for managing smaller curves or complementing surgical treatment for optimal outcomes.
Bracing technology has come a long way, too! Modern braces are more comfortable and effective than ever before. When worn consistently (16-23 hours daily), they can halt progression in up to 75% of adolescents with moderate curves. Many of our patients are pleasantly surprised by how today's braces can fit discreetly under clothing.
"The brace my daughter received was nothing like what I remembered from my childhood," shared one parent. "It was lightweight, custom-molded, and she could still participate in most activities."
The field of scoliosis treatment is constantly evolving with exciting innovations. Magnetically controlled growing rods represent a breakthrough for young children, allowing lengthening through external magnets rather than repeated surgeries. Meanwhile, robotic-assisted surgery is enhancing the precision of screw placement while reducing operative time and radiation exposure.
Speaking of radiation, the new EOS imaging systems reduce exposure by an impressive 50-85% compared to conventional X-rays, while providing superior 3D visualization of the spine. This technology is especially valuable for patients requiring frequent monitoring.
The financial aspect of scoliosis surgery deserves careful consideration. While costs vary depending on location, hospital, implants, and length of stay, most insurance plans cover the procedure when medically necessary. I always recommend working closely with your surgeon's office to understand insurance coverage and potential out-of-pocket expenses.
You're not alone on this journey. Both in-person and online support groups offer invaluable emotional support and practical advice. Organizations like the Scoliosis Research Society and the National Scoliosis Foundation can connect you with others who truly understand what you're going through.
Frequently Asked Questions about scoliosis surgery
What are the biggest risks of scoliosis surgery?
While scoliosis surgery has an excellent safety profile, it's important to understand the potential risks. Bleeding occurs in most surgeries, but advances like cell-saver technology have significantly reduced the need for transfusions (now required in less than 30% of cases).
Infection remains a concern with any surgery, with rates of approximately 1-3% for scoliosis procedures. Your surgical team will take multiple precautions, including prophylactic antibiotics and strict sterile technique, to minimize this risk.
Nerve injury is perhaps the most feared complication, but modern neuromonitoring has reduced the risk of major neurological injury to well under 1%. Minor numbness or tingling sensations are more common but typically resolve within weeks to months.
Pseudarthrosis (failure of the fusion to heal properly) occurs in up to 1% of children but is more common in adults (5-10%), particularly smokers. If detected, revision surgery may be necessary to ensure proper healing.
"The most serious complications are extremely rare," explains one spine surgeon I work with. "The vast majority of patients experience a smooth recovery with excellent outcomes."
Will my back be stiff after fusion?
This is one of the most common questions I hear from patients considering scoliosis surgery. Yes, the fused segments will no longer move, but several factors determine how this affects your daily life.
The extent of fusion matters tremendously. Surgeons aim to fuse the minimum number of vertebrae necessary, preserving as much natural motion as possible. The location of fusion also plays a role – lumbar fusions tend to affect forward bending more than thoracic fusions.
What many patients don't realize is how well the unfused portions of the spine adapt, often developing increased mobility to compensate for the fused segments. The human body is remarkably adaptable!
One of my patients, now 10 years post-fusion, puts it perfectly: "I honestly forget I have rods in my back most days. I can do everything I want to do—yoga, hiking, playing with my kids. The only thing I notice is that I bend differently to pick things up, but it's second nature now."
After fusion, we typically recommend avoiding extreme sports with high fall risk, using proper body mechanics for lifting, and maintaining core strength through regular exercise – all things we can help with at Evolve.
How soon can my child return to normal activities?
Recovery follows a predictable timeline, though individual experiences vary. Most patients return to school part-time at 4-6 weeks after scoliosis surgery. Driving is typically permitted at 6 weeks, once pain medications are no longer needed.
Swimming often becomes the first approved exercise at 6-8 weeks, offering gentle resistance without jarring impacts. Non-contact sports usually get the green light at 4-6 months, while contact sports and full activities are generally cleared at 6-12 months, once fusion is solid.
At Evolve Physical Therapy + Sports Rehabilitation, we collaborate closely with surgeons to create customized return-to-activity protocols based on each patient's recovery, fusion levels, and activity goals. We understand how important it is for young people to return to their passions.
The mother of one teenage dancer shared: "We were worried about her missing her entire dance season, but with the rehabilitation program at Evolve, she was back to modified dance at 4 months and performing fully by 7 months. The timeline they gave us was spot-on."
With proper planning, patience, and expert guidance, most patients can return to the activities they love – often with better posture and less pain than before surgery.
Conclusion & Next Steps
Scoliosis surgery marks a significant milestone in the journey of someone with severe spinal curvature. I've seen how today's advanced surgical techniques, paired with thoughtful rehabilitation, can transform lives and futures.
If you're standing at this crossroads with your child—or perhaps for yourself—I want you to know that while the decision feels enormous, you don't have to steer it alone.
Here at Evolve Physical Therapy + Sports Rehabilitation in Brooklyn, we walk alongside our scoliosis patients through every step of their surgical journey. We believe preparation is just as important as the recovery phase, which is why we focus on both pre-surgical conditioning and comprehensive post-operative rehabilitation.
What makes our approach different? We see beyond the spine. We understand that scoliosis surgery impacts not just your physical body, but your emotional wellbeing, your daily routines, and your return to the activities that bring you joy. Our specialized Schroth therapy protocols address the three-dimensional nature of scoliosis correction, while our hands-on techniques target the specific challenges that arise during recovery.
Before taking your next steps, consider:
Connecting with a surgeon who specializes specifically in scoliosis (not just general spine surgery). Their expertise makes a tremendous difference in surgical outcomes.
Getting that second opinion—especially for complex curves or unusual presentations. Different surgeons may offer different approaches.
Exploring all available options thoroughly. Sometimes surgery is clearly necessary, but understanding the full spectrum of treatments helps you make peace with your decision.
Building physical and emotional readiness before surgery. The stronger your body and mindset going in, the smoother your recovery tends to be.
Planning your rehabilitation pathway in advance. Knowing what to expect after surgery removes much of the anxiety from the recovery process.
Our team serves patients throughout Brooklyn—from Marine Park to Gravesend, Midwood to Park Slope, and Mill Basin—making specialized scoliosis care accessible across our community. We've guided countless patients from pre-surgical jitters to post-operative success stories, and we'd be honored to be part of your journey too.
While facing scoliosis surgery might feel overwhelming today, I want to leave you with this thought: the patients I work with consistently tell me that looking back, they wish they'd worried less. With proper preparation, skilled surgical care, and dedicated rehabilitation, the road ahead leads toward improved alignment, better function, and a quality of life that may have seemed out of reach before.
To learn more about how our Schroth scoliosis therapy program can support your surgical journey, visit our Schroth scoliosis physical therapy page or reach out to our office directly. We're here to help turn this significant medical intervention into a positive turning point in your life.
