Clubfoot (CTEV)

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Clubfoot

Overview

Clubfoot, medically known as Congenital Talipes Equinovarus (CTEV), is a complex and common congenital deformity that primarily affects the bones, muscles, tendons, and ligaments of the foot and ankle. It is characterized by the foot being abnormally twisted downward and inward, giving it a distinct, often rigid appearance. 

This malalignment leads to an abnormal shape and position of the foot, making it difficult for the sole to rest flat on the ground. The deformity is present at birth and may vary significantly in severity from one child to another.

In most cases, clubfoot involves structural changes in both the soft tissues and bony components of the foot, including tightness in the Achilles tendon and shortened ligaments on the inner side of the ankle.

The foot may appear smaller than normal, and the calf muscle on the affected side is often underdeveloped. Because of the abnormal positioning, the foot may resemble the shape of a club, which is where the condition gets its commonly known name—clubfoot.

This condition can occur in one foot (unilateral) or both feet (bilateral), and without timely and appropriate treatment, it can lead to serious functional limitations. Children born with untreated clubfoot may develop an abnormal gait pattern, experience chronic pain, suffer from callosities due to walking on the outer side of the foot, and face lifelong mobility restrictions.

At DMPhysios, a specialized clinic based in Noida that focuses on spine and sports conditions through patient-centered rehabilitation, early identification and individualized treatment of clubfoot are foundational elements of care. We understand that the window for effective treatment is narrow and that initiating corrective strategies within the first few weeks of life can yield outstanding results. 

Our dedicated pediatric physiotherapy team works closely with families to ensure that every child has the opportunity to walk independently, participate actively, and develop physically without limitations imposed by clubfoot. Through evidence-based therapy and holistic care models, DMPhysios empowers families and supports children in their journey toward a fully functional and active life.


Symptoms

The signs and symptoms of clubfoot are usually visible at birth. While it is typically painless in newborns, the deformity becomes more problematic with growth and development if untreated.

Common clinical features of clubfoot include:

  • The foot (or feet) is twisted inward and downward.
  • The sole faces sideways or even upward.
  • Tightness or shortening of tendons and ligaments on the inner side of the foot and ankle.
  • A visibly smaller or underdeveloped foot and calf muscles on the affected side.
  • In severe cases, inability to place the sole of the foot flat on the ground.

Although infants do not feel pain initially, walking becomes challenging later due to improper foot positioning, leading to compensatory gait mechanics and potential long-term complications.


Types of Clubfoot

Clubfoot is broadly classified into the following types:

1. Congenital (Idiopathic) Clubfoot

This is the most common form and occurs without any known cause. It is usually an isolated deformity in an otherwise healthy infant.

2. Syndromic Clubfoot

Occurs in association with neuromuscular or genetic disorders such as arthrogryposis or spina bifida. This type tends to be more rigid and resistant to standard correction methods.

3. Positional Clubfoot

Here, the foot appears twisted due to intrauterine positioning but has normal bone and joint structures. It is more flexible and often corrects itself or requires minimal intervention.

4. Acquired Clubfoot

Though rare, acquired clubfoot may develop later due to trauma, infections, or neuromuscular disease.

At DMPhysios, accurate identification of the type of clubfoot guides the treatment approach, allowing for targeted interventions with greater chances of successful outcomes.


Causes

The exact cause of congenital clubfoot remains unclear in many cases, particularly idiopathic clubfoot. However, several factors are believed to contribute to its development:

  • Genetic predisposition: A family history of clubfoot increases the likelihood.
  • Neuromuscular abnormalities: Conditions affecting nerve or muscle function during fetal development.
  • Abnormal fetal positioning: Reduced amniotic fluid or restricted intrauterine space may contribute to positional deformities.
  • Connective tissue disorders: These may interfere with proper tendon and ligament development.
  • Environmental factors: Smoking, drug use, and certain maternal infections during pregnancy may be linked to an increased risk.

Risk Factors

Several factors are known to increase the risk of a baby being born with clubfoot:

  • Family history of clubfoot
  • Male gender (boys are twice as likely as girls)
  • Maternal smoking or substance use during pregnancy
  • Low amniotic fluid during pregnancy (oligohydramnios)
  • Associated congenital anomalies or syndromes

At DMPhysios, a thorough history and detailed assessment allow our physiotherapy and pediatric orthopaedic teams to identify these risks early and begin treatment at the optimal time.


Treatment

The primary goal of clubfoot treatment is to achieve a functional, pain-free, and plantigrade (flat-bottomed) foot. Most treatment begins shortly after birth and involves non-surgical and, in some cases, surgical interventions.

1. Ponseti Method (Gold Standard)

The Ponseti method is the most widely accepted and effective non-surgical treatment for idiopathic clubfoot. It includes:

  • Serial casting: Gentle manipulation followed by the application of plaster casts to gradually correct the deformity. Casts are changed weekly.
  • Tenotomy: A minor outpatient procedure to release the tight Achilles tendon, often necessary after the casting phase.
  • Foot abduction bracing: After correction, children must wear a foot abduction brace (e.g., Dennis Browne bar) to prevent relapse.

2. French Functional Method

This physiotherapy-led method includes daily stretching, taping, and splinting, commonly used in Europe and by specialized clinics.

3. Surgical Intervention

Reserved for rigid, relapsed, or syndromic clubfoot that does not respond to conservative methods. Surgery may involve soft tissue release, tendon transfers, or bony procedures.

At DMPhysios, collaboration with orthopedic specialists ensures timely surgical referral when necessary, while our physiotherapists play a key role in pre- and post-operative rehabilitation.


Physiotherapy Treatment

Physiotherapy is crucial not only in early correction but also in long-term functional improvement and relapse prevention. At DMPhysios, we offer specialized, child-friendly, and evidence-based physiotherapy protocols for children with clubfoot.

A. Stretching and Mobilization

  • Gentle passive stretches to lengthen the shortened tissues around the foot and ankle.
  • Focused mobilization of the talocrural, subtalar, and midfoot joints.
  • Techniques adapted based on age, severity, and flexibility.

B. Strengthening Exercises

  • Strengthening of foot intrinsic muscles and ankle dorsiflexors.
  • Use of functional play-based exercises to engage toddlers.
  • Weight-bearing activities as tolerated.

C. Gait Training

  • Once weight-bearing begins, physiotherapists assess and correct gait deviations.
  • Activities include assisted walking, balance training, and proprioceptive drills.

D. Orthotic and Brace Training

  • Education on the use and importance of bracing devices.
  • Monitoring of brace fit, comfort, and compliance.

E. Parent Education

  • Parents are educated to perform daily stretches at home.
  • Regular counseling to ensure adherence to bracing schedules and follow-ups.

F. Relapse Management

  • DMPhysios closely monitors children at risk of relapse, adjusting therapy intensity or orthotics use accordingly.

Our patient-centered rehabilitation model ensures that every child receives personalized care plans, involving both the child and caregivers to maximize outcomes.


Prevention

While not all cases of clubfoot can be prevented, especially idiopathic types, certain measures may help in risk reduction:

  • Proper prenatal care
  • Avoidance of smoking and alcohol during pregnancy
  • Monitoring fetal development in high-risk pregnancies
  • Early diagnosis via prenatal ultrasound (in some cases)
  • Timely intervention immediately after birth

Early detection, timely referral, and structured rehabilitation—hallmarks of the care provided at DMPhysios—are the most effective strategies in minimizing the long-term impact of clubfoot.


Conclusion

Clubfoot is a treatable condition with a high success rate, especially when diagnosed early and managed appropriately through conservative or surgical means. At DMPhysios, a Noida-based clinic specializing in spine and sports conditions with a patient-centered rehabilitation philosophy, we offer integrated care for children born with clubfoot.

From expert physiotherapy treatment and parent education to long-term monitoring, our holistic approach ensures the best outcomes for every child. If your child or a loved one has been diagnosed with clubfoot, don’t wait. Early intervention is the key to a normal, pain-free, and active life.If you’re looking for expert treatment and rehabilitation for clubfoot in Noida, trust DMPhysios—where care is tailored, compassionate, and committed.
Book your consultation with DMPhysios today and take the first step toward a confident stride for your child.

Frequently Asked Questions

1. Can clubfoot be detected before a baby is born?
Yes, clubfoot can sometimes be detected during routine prenatal ultrasounds, especially in the second trimester. The abnormal position of the baby’s foot may be visible on imaging. However, not all cases are identified before birth, and some are diagnosed only after the baby is born. Early detection helps parents prepare for treatment soon after delivery. In most cases, starting treatment within the first few weeks of life leads to excellent outcomes and normal foot function as the child grows.
2. Does clubfoot cause pain in newborns?
Clubfoot usually does not cause pain in newborns. The deformity is present at birth, but babies typically do not experience discomfort because they are not yet bearing weight on their feet. Pain may develop later if the condition is left untreated, especially when the child begins to stand or walk. Abnormal foot positioning can lead to pressure points, calluses, and difficulty with mobility. Early treatment helps prevent these complications and allows the child to walk comfortably.
3. Can a child with clubfoot wear normal shoes later in life?
Yes, most children who receive proper treatment for clubfoot can eventually wear normal shoes. Once the foot is corrected and grows normally, standard footwear usually fits comfortably. In some cases, minor differences in foot size may remain, and customized footwear may be recommended. Regular follow-up with a physiotherapist or orthopaedic specialist ensures that the child’s foot develops properly. Early treatment greatly increases the chances of normal shoe use and full participation in daily activities.
4. Will my child be able to walk at the normal age with clubfoot?
Most children treated early for clubfoot begin walking around the same time as other children. Proper correction of the foot position allows the child to develop normal weight-bearing patterns and balance. Some children may take slightly longer if the condition was severe or if treatment started later. Physiotherapy helps strengthen the muscles, improve coordination, and guide proper walking patterns. With consistent care and follow-up, many children with treated clubfoot achieve normal walking milestones.
5. Can clubfoot come back after successful treatment?
Yes, clubfoot can relapse, especially if bracing or follow-up care is not followed as recommended. The corrected foot may gradually return to the abnormal position if the soft tissues tighten again. This is why adherence to brace use and physiotherapy is essential, particularly during the first few years of life. Regular monitoring helps detect early signs of relapse. If identified early, most relapses can be managed successfully with additional casting or therapy.
6. Is clubfoot more common in one foot or both feet?
Clubfoot can affect either one foot or both feet. Some children are born with unilateral clubfoot, where only one foot is involved, while others have bilateral clubfoot affecting both feet. The severity may also differ between the two sides in bilateral cases. Regardless of whether one or both feet are involved, early treatment remains essential. With proper management, both unilateral and bilateral cases can achieve good functional outcomes and allow normal walking patterns.
7. Can clubfoot affect a child’s balance or coordination later?
If treated early and effectively, most children with clubfoot develop normal balance and coordination. However, untreated or poorly managed cases may lead to altered walking patterns, muscle weakness, or stiffness. These changes can affect balance, running, and jumping activities. Physiotherapy plays an important role in improving strength, flexibility, and motor control as the child grows. Regular monitoring ensures that the child achieves age-appropriate physical milestones and participates confidently in play and sports.
8. Do children with clubfoot need long-term follow-up?
Yes, long-term follow-up is important, even after the foot appears corrected. As the child grows, the foot and muscles continue to develop, and there is a risk of relapse. Regular check-ups help monitor alignment, strength, and walking patterns. Physiotherapists may adjust exercises or bracing schedules based on the child’s progress. Ongoing follow-up ensures that any issues are addressed early, helping the child maintain a functional, pain-free foot throughout growth and development.
9. Can clubfoot affect sports participation later in life?
Most individuals who receive proper treatment for clubfoot can participate in sports and physical activities without major limitations. Once the foot is corrected and strength is restored, children can usually run, jump, and play like their peers. Some may experience mild stiffness or fatigue with intense activities, especially in severe cases. Physiotherapy, stretching, and strengthening exercises help improve performance and reduce injury risk. Many treated children grow up to lead active, athletic lifestyles.
10. Are there any special precautions parents should take at home?
Parents play a key role in the success of clubfoot treatment. They should follow the bracing schedule, perform recommended stretching exercises, and attend regular follow-up appointments. It is important to check for skin irritation, brace fit, and signs of discomfort. Keeping the child active within recommended limits also supports muscle development. Consistent home care and adherence to the treatment plan greatly reduce the risk of relapse and help the child achieve normal foot function.

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Feel Free to ask us

Patient-centred care is about treating a person receiving healthcare with dignity and respect and involving them in all decisions about their health. This type of care is also called ‘person-centred care’. It is an approach that is linked to a person’s healthcare rights.

Aside from the treatment program, an overlooked aspect of treatment is the environment. Many people do not realize how big a factor this is for those who want to recover.

Mentorship and peer support are pivotal in creating environments that nurture personal and collective growth, learning, and success, making each feel connected and valued.

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