OTHER

Pediatric Cardiac Surgery in India

AethelCare Provide Top Specialist Doctors And Best Hospitals For Your Medical HealthCare.
OVERVIEW

Pediatric Cardiac Surgery? Hope & Healing for Little Hearts

Pediatric Cardiac Surgery encompasses specialized surgical procedures performed on infants, toddlers, and adolescents to correct structural heart defects. From congenital heart conditions like Ventricular Septal Defects (VSD), Atrial Septal Defects (ASD), and Tetralogy of Fallot (TOF) to complex neonatal reconstructive procedures (such as Transposition of the Great Arteries), these life-saving interventions restore normal circulation, allowing children to grow and thrive.

World-Class InfrastructureNABH/JCI accredited centers with global standards
Up to 80% SavingsDramatically lower cost than USA, UK, or Australia
Expert SpecialistsInternationally trained & board-certified specialists
Priority CareImmediate scheduler booking with zero waiting list
Specialist Doctor in India
500+ Top Specialists 20+ JCI & NABH Accredited Hospitals
SPECIALIZED CONDITIONS & PROCEDURES

Explore Pediatric Cardiac Surgery Sub Categories

Explore dedicated sub-specialties with expert doctors, accredited hospital centers, and tailored treatment plans in India.

30 Sub Specialties Get Treatment Opinion
Clubfoot Correction Surgery
Pediatric Cardiac Surgery

Clubfoot Correction Surgery

Clubfoot Correction Surgery – Detailed DescriptionClubfoot Correction Surgery is a specialized orthopedic procedure performed to correct a congenital foot deformity known as clubfoot (Congenital Talipes Equinovarus or CTEV). In this condition, one or both feet are twisted inward and downward, making it difficult to walk or stand normally.Clubfoot is usually present at birth and may affect the bones, joints, muscles, tendons, and ligaments of the foot and ankle. The main goal of treatment is to correct the foot position, improve flexibility, restore proper alignment, and help the patient develop a normal walking pattern.In most cases, clubfoot is initially treated using the Ponseti method, which involves gentle stretching, serial casting, and sometimes a minor procedure called Achilles tenotomy. Surgery may be recommended when the deformity is severe, does not respond adequately to non-surgical treatment, or returns after initial correction.Before surgery, doctors perform a detailed physical examination and assess the foot's position, flexibility, muscle strength, and joint movement. X-rays or other imaging tests may be recommended in selected cases to evaluate the bones and joints.During the procedure, the patient is given appropriate anesthesia. The orthopedic surgeon carefully releases tight tendons, ligaments, and soft tissues or corrects bone alignment when necessary. The foot is then positioned in a more natural alignment and supported using casts, pins, or other medical devices depending on the surgical technique.Types of Clubfoot Correction ProceduresPonseti Method: Uses gentle manipulation and serial plaster casting to gradually correct the foot deformity.Achilles Tenotomy: A minor procedure that releases a tight Achilles tendon to improve foot positioning.Posteromedial Release: Releases tight soft tissues around the back and inner side of the foot in selected severe cases.Tendon Transfer Surgery: Repositions a tendon to improve muscle balance and foot alignment.Osteotomy: Involves cutting and repositioning bones to correct structural deformities.Joint Correction Surgery: Corrects abnormal joint positioning in complex or resistant cases.Benefits of Clubfoot Correction SurgeryCorrects abnormal foot positioning.Improves foot and ankle alignment.Helps improve walking and standing ability.Reduces pain and discomfort associated with severe deformities.Improves foot flexibility and movement.Helps prevent long-term walking difficulties.Supports better physical development and mobility.Recovery After SurgeryRecovery after clubfoot correction depends on the severity of the deformity, the type of procedure, and the patient's age and overall health.After surgery, the foot is usually supported with a plaster cast to maintain the corrected position. Some patients may require temporary pins or other support devices. Doctors recommend regular follow-up visits to monitor healing and foot alignment.Physiotherapy, stretching exercises, and appropriate footwear or braces may be required to maintain the correction and improve muscle strength. In children, a foot abduction brace may be recommended for a specific period to reduce the risk of recurrence.Possible Risks and ComplicationsInfection or bleeding.Swelling and temporary discomfort.Stiffness in the foot or ankle.Delayed wound healing.Nerve or blood vessel injury.Recurrence of the foot deformity.Reduced foot movement in certain cases.Additional Treatment and Follow-UpRegular orthopedic follow-up is important to monitor foot development and prevent recurrence. Children may require continued bracing, physiotherapy, and periodic examinations as they grow.Clubfoot Correction Surgery is an important treatment option for patients with severe or resistant clubfoot deformities. Early diagnosis, appropriate treatment, experienced orthopedic care, and regular follow-up help improve foot alignment, mobility, and long-term walking ability.

Achilles Tendon Lengthening
Pediatric Cardiac Surgery

Achilles Tendon Lengthening

Achilles Tendon Lengthening – Detailed DescriptionAchilles Tendon Lengthening is an orthopedic surgical procedure performed to lengthen a tight or shortened Achilles tendon located at the back of the ankle. The Achilles tendon connects the calf muscles to the heel bone and plays an important role in walking, running, standing, and foot movement.When the Achilles tendon becomes too tight, it can restrict ankle movement and cause the foot to point downward. This condition is known as equinus deformity. It may develop due to congenital conditions, neurological disorders, cerebral palsy, clubfoot, muscle tightness, or long-term changes in muscle and tendon function.The main goal of Achilles Tendon Lengthening is to improve ankle flexibility, correct abnormal foot positioning, reduce muscle tightness, and restore better walking ability.Before surgery, doctors perform a detailed physical examination to assess ankle movement, tendon flexibility, muscle strength, and walking patterns. Additional tests, such as X-rays or other imaging examinations, may be recommended depending on the patient's condition.During the procedure, the patient is given appropriate anesthesia. The orthopedic surgeon makes small incisions near the Achilles tendon and carefully lengthens it using a selected surgical technique. This allows the ankle to move more naturally and helps the foot achieve a better position.Types of Achilles Tendon LengtheningPercutaneous Tendon Lengthening: Uses small cuts in the tendon to gradually increase its length.Open Tendon Lengthening: Uses a surgical incision to expose and lengthen the tendon directly.Z-Plasty Lengthening: Uses a Z-shaped surgical technique to lengthen the tendon while maintaining continuity.Gastrocnemius Recession: Releases or lengthens the gastrocnemius muscle to improve ankle movement while preserving the deeper soleus muscle.Benefits of Achilles Tendon LengtheningReduces tightness in the Achilles tendon.Improves ankle flexibility and movement.Helps correct equinus foot deformity.Improves walking and standing ability.Reduces abnormal pressure on the front of the foot.Helps improve foot positioning in patients with clubfoot or cerebral palsy.Supports better mobility and physical function.Recovery After SurgeryRecovery after Achilles Tendon Lengthening depends on the surgical technique, the patient's age, and the severity of tendon tightness.After surgery, the ankle is generally supported with a plaster cast, splint, or walking boot to protect the healing tendon. Patients may need to avoid putting weight on the affected foot for a specific period, depending on the surgeon's instructions.Physiotherapy is an important part of recovery. Gentle stretching, strengthening exercises, and gradual walking activities help restore ankle movement and muscle function. Regular follow-up appointments allow doctors to monitor tendon healing and prevent complications.Possible Risks and ComplicationsInfection or bleeding.Swelling and temporary pain.Tendon weakness.Over-lengthening of the tendon.Reduced push-off strength while walking.Nerve or blood vessel injury.Tendon shortening or recurrence of tightness.Additional Treatment and Follow-UpSome patients may require additional physiotherapy, ankle braces, orthotic footwear, or rehabilitation exercises to maintain proper foot positioning and improve mobility. Regular orthopedic examinations help evaluate long-term results.Achilles Tendon Lengthening is an important orthopedic treatment for patients experiencing restricted ankle movement due to a tight or shortened Achilles tendon. Proper diagnosis, careful surgical planning, physiotherapy, and regular follow-up care help improve ankle flexibility and walking function.

Hip Reduction
Pediatric Cardiac Surgery

Hip Reduction

Hip Reduction – Detailed DescriptionHip Reduction is a medical procedure used to put the upper part of the thigh bone (femoral head) back into its correct position inside the hip socket. This procedure is performed when the hip joint becomes dislocated due to an injury, accident, or certain medical conditions.The main goal of hip reduction is to restore the normal position of the hip joint, reduce pain, improve movement, and prevent further damage to the surrounding bones, muscles, nerves, and blood vessels.Types of Hip ReductionClosed Reduction: The doctor moves the thigh bone back into the hip socket without making a surgical cut. This is usually performed under sedation or general anesthesia.Open Reduction: Surgery is performed through an incision to reposition the hip joint when closed reduction is unsuccessful or when damaged tissue or bone blocks the joint.When Is Hip Reduction Needed?Hip reduction may be recommended for:Hip dislocation caused by road accidents or falls.Sports-related hip injuries.Congenital hip problems in children, such as developmental dysplasia of the hip.Dislocation following certain hip surgeries.Hip joint injuries that cause severe pain and difficulty moving.Benefits of Hip ReductionRestores the normal position of the hip joint.Helps reduce pain and swelling.Improves hip movement and function.Helps prevent further joint damage.Supports better walking and daily activities.Recovery After Hip ReductionRecovery depends on the severity of the injury and the type of reduction performed. Doctors may recommend rest, medication, walking support, and physiotherapy. Some patients may need a brace or other support to protect the hip joint.Follow-up visits and imaging tests help the doctor check the position of the joint and monitor healing.Possible Risks and ComplicationsLike any medical procedure, hip reduction may have some risks, including:Nerve or blood vessel injury.Damage to the hip joint.Hip stiffness or reduced movement.Repeated hip dislocation.Avascular necrosis (reduced blood supply to the thigh bone).Infection or bleeding, especially after open surgery.Long-term joint pain or arthritis.Note: A hip dislocation is an emergency and needs immediate medical attention. Early treatment can help reduce the risk of permanent joint damage.

Pelvic Osteotomy
Pediatric Cardiac Surgery

Pelvic Osteotomy

Pelvic Osteotomy – Detailed DescriptionPelvic Osteotomy is a surgical procedure performed to correct the shape, position, or alignment of the pelvic bones. During this surgery, the surgeon carefully cuts and repositions one or more pelvic bones to improve the structure and function of the hip joint.This procedure is commonly recommended for patients with hip joint problems, especially developmental dysplasia of the hip (DDH), where the hip socket does not properly cover the head of the thigh bone. Pelvic osteotomy helps improve joint stability, reduce pain, and support better hip movement.When Is Pelvic Osteotomy Needed?Pelvic osteotomy may be recommended for:Developmental dysplasia of the hip (DDH).Shallow or improperly shaped hip socket.Hip joint instability or repeated dislocation.Certain childhood hip deformities.Hip pain caused by abnormal bone alignment.Selected cases of early hip joint damage.Types of Pelvic OsteotomyPeriacetabular Osteotomy (PAO): Repositions the hip socket to provide better coverage of the thigh bone.Salter Osteotomy: Changes the position of the pelvic bone to improve hip socket coverage, commonly used in children.Triple Pelvic Osteotomy: Uses cuts in three pelvic bones to reposition the hip socket.Pemberton Osteotomy: Changes the shape and coverage of the hip socket, commonly performed in children.Benefits of Pelvic OsteotomyImproves hip joint alignment and stability.Provides better coverage of the thigh bone.Helps reduce hip pain.Improves walking and physical movement.May delay the development of hip arthritis in suitable patients.Helps improve hip function and quality of life.Recovery After Pelvic OsteotomyRecovery depends on the patient's age, bone condition, and type of surgery. Patients may need to stay in the hospital for a few days. Walking with crutches or a walker is usually recommended during the initial recovery period.Doctors may advise:Rest and proper wound care.Pain-relief medication.Limited weight-bearing for several weeks.Regular follow-up X-rays.Physiotherapy to improve strength and movement.Gradual return to normal daily activities.Complete bone healing may take several months.Possible Risks and ComplicationsLike other major surgeries, pelvic osteotomy may involve certain risks, including:Infection or bleeding.Blood clots.Nerve or blood vessel injury.Delayed bone healing or failure of bone healing.Bone alignment problems.Hip stiffness or continued pain.Injury to nearby tissues.Need for additional surgery in some cases.Note: Pelvic osteotomy is recommended after a detailed examination and imaging tests. The surgeon selects the most suitable technique based on the patient's age, hip condition, and bone structure.

β€’	Femoral Osteotomy
Pediatric Cardiac Surgery

β€’ Femoral Osteotomy

Femoral Osteotomy – Detailed DescriptionFemoral Osteotomy is a surgical procedure performed to correct the shape, position, or alignment of the femur (thigh bone). During this surgery, the surgeon carefully cuts the thigh bone and repositions it to improve the alignment of the hip, knee, or leg.This procedure is commonly recommended for patients with bone deformities, abnormal leg alignment, hip joint problems, or certain conditions that affect normal walking and movement. The main goal is to improve bone alignment, reduce pain, and support better joint function.When Is Femoral Osteotomy Needed?Femoral osteotomy may be recommended for:Hip joint deformities.Abnormal thigh bone alignment.Developmental dysplasia of the hip (DDH).Femoral anteversion or abnormal bone rotation.Bowed legs or knock knees caused by femoral deformity.Certain cases of hip or knee joint pain.Bone deformities caused by injury or abnormal development.Types of Femoral OsteotomyVarus Osteotomy: Changes the angle of the thigh bone to improve hip joint alignment.Valgus Osteotomy: Adjusts the thigh bone angle to improve weight distribution across the joint.Derotation Osteotomy: Corrects abnormal rotation of the thigh bone.Proximal Femoral Osteotomy: Corrects deformities near the hip joint.Distal Femoral Osteotomy: Corrects alignment problems near the knee joint.Benefits of Femoral OsteotomyCorrects abnormal thigh bone alignment.Improves hip or knee joint positioning.Helps reduce pain and discomfort.Improves walking and leg movement.Supports better weight distribution across the joints.May delay the need for joint replacement in selected patients.Recovery After Femoral OsteotomyRecovery depends on the type of osteotomy, the patient's age, and overall bone health. Patients may need to stay in the hospital for a few days after surgery.The doctor may recommend:Rest and proper wound care.Pain-relief medication.Walking support, such as crutches or a walker.Limited weight-bearing during initial recovery.Regular X-rays to monitor bone healing.Physiotherapy to improve muscle strength and joint movement.Gradual return to normal daily activities.Bone healing may take several months, and complete recovery varies from patient to patient.Possible Risks and ComplicationsLike any major surgery, femoral osteotomy may involve certain risks, including:Infection or bleeding.Blood clots.Nerve or blood vessel injury.Delayed bone healing or failure of bone healing.Incorrect bone alignment.Leg length difference.Joint stiffness or continued pain.Problems related to surgical plates or screws.Need for additional surgery in some cases.Note: Femoral osteotomy is recommended after a detailed physical examination and imaging tests. The surgeon selects the most suitable surgical technique based on the patient's bone alignment, age, and joint condition.

Scoliosis Correction Surgery (Spinal Fusion)
Pediatric Cardiac Surgery

Scoliosis Correction Surgery (Spinal Fusion)

Scoliosis Correction Surgery (Spinal Fusion) – Detailed DescriptionScoliosis Correction Surgery, also known as Spinal Fusion Surgery, is a surgical procedure used to correct an abnormal sideways curvature of the spine. This condition can cause the spine to form an S-shaped or C-shaped curve instead of remaining straight.During the surgery, the surgeon corrects the spinal alignment as much as safely possible and joins two or more vertebrae together using bone grafts, metal rods, screws, or other surgical instruments. Over time, the bones fuse together to form a solid section of the spine.The main goal of this procedure is to reduce the spinal curve, prevent further progression, improve spinal balance, and support better posture and physical function.When Is Scoliosis Correction Surgery Needed?Scoliosis surgery may be recommended for patients with:Severe spinal curvature.Curves that continue to increase over time.Significant spinal imbalance or posture problems.Back pain related to spinal deformity.Breathing difficulties caused by severe spinal curvature.Reduced daily activity due to spinal deformity.Scoliosis that does not respond adequately to non-surgical treatment.Types of Scoliosis Correction SurgeryPosterior Spinal Fusion: The surgeon accesses the spine through the back and uses rods and screws to correct and stabilize the curve.Anterior Spinal Fusion: The surgeon accesses the spine through the front or side of the body to correct the curvature and fuse selected vertebrae.Combined Anterior and Posterior Fusion: Both approaches may be used in selected complex cases.Vertebral Body Tethering: A motion-preserving option for selected growing children; unlike spinal fusion, it does not permanently fuse the treated vertebrae.Benefits of Scoliosis Correction SurgeryHelps correct abnormal spinal curvature.Prevents or reduces further curve progression.Improves spinal balance and posture.May reduce pain associated with spinal deformity.Helps improve physical function.May improve breathing in selected patients with severe curves affecting the chest.Recovery After Scoliosis Correction SurgeryRecovery depends on the patient's age, spinal condition, and extent of surgery. Patients usually need to stay in the hospital for several days for monitoring and pain management.The doctor may recommend:Pain-relief medication.Proper wound care.Walking and gentle movement as advised.Avoiding heavy lifting and bending during early recovery.Physiotherapy and rehabilitation.Regular follow-up visits and X-rays.Gradual return to school, work, and daily activities.Bone fusion takes several months and may continue developing for a year or longer. Recovery time varies from patient to patient.Possible Risks and ComplicationsLike any major surgery, spinal fusion may involve certain risks, including:Infection or bleeding.Blood clots.Nerve injury.Spinal cord injury, which is rare but serious.Failure of the bones to fuse properly.Implant or screw-related problems.Reduced flexibility in the fused part of the spine.Persistent back pain.Need for additional surgery in some cases.Note: Scoliosis correction surgery is recommended after a detailed examination, X-rays, and other imaging tests when needed. The surgeon selects the most suitable treatment based on the patient's age, spinal curve, symptoms, and overall health.

Growing Rod Surgery
Pediatric Cardiac Surgery

Growing Rod Surgery

Growing Rod Surgery – Detailed DescriptionGrowing Rod Surgery is a spinal procedure mainly performed on young children who have severe scoliosis (abnormal sideways curvature of the spine) while their bones are still growing.During this procedure, the surgeon attaches special metal rods to the spine using screws or hooks. These rods help control the spinal curve while allowing the child's spine and chest to continue growing.Unlike traditional spinal fusion surgery, growing rod treatment does not permanently join the vertebrae together. The main goal is to control spinal curvature, support normal spinal growth, and improve body balance.When Is Growing Rod Surgery Needed?Growing Rod Surgery may be recommended for children with:Early-onset scoliosis.Severe spinal curvature that continues to increase.Spinal deformities affecting normal growth.Congenital scoliosis caused by abnormal spinal development.Neuromuscular scoliosis associated with certain medical conditions.Spinal curvature that does not respond adequately to bracing or other treatments.Types of Growing Rod SurgeryTraditional Growing Rods: Metal rods are attached to the spine and lengthened through additional surgeries as the child grows.Magnetically Controlled Growing Rods (MCGR): Special rods are lengthened using an external magnetic device, usually without repeated surgical procedures for lengthening.Dual Growing Rods: Two rods are placed on the spine to provide additional support and help control the spinal curve.Benefits of Growing Rod SurgeryHelps control abnormal spinal curvature.Allows the spine to continue growing.Supports chest development and lung growth.Improves spinal alignment and body balance.May reduce the progression of severe scoliosis.Helps maintain spinal length during childhood growth.Recovery After Growing Rod SurgeryRecovery depends on the child's age, health, and severity of spinal curvature. Children usually stay in the hospital for several days after the procedure.The doctor may recommend:Pain-relief medication.Proper wound care.Regular follow-up appointments.X-rays to monitor spinal alignment and rod position.Physiotherapy when appropriate.Avoiding heavy physical activities during early recovery.Regular monitoring of spinal growth.Traditional growing rods may require repeated surgeries for lengthening. Magnetic growing rods can often be lengthened during outpatient visits. Treatment may continue until the child reaches sufficient skeletal maturity.Possible Risks and ComplicationsLike any major surgery, Growing Rod Surgery may involve certain risks, including:Infection or bleeding.Rod breakage or loosening.Screw or implant displacement.Failure of the spinal curve to improve.Loss of correction over time.Wound healing problems.Additional surgeries.Metal implant-related complications.Note: Growing Rod Surgery is generally considered for children with early-onset scoliosis who still have significant spinal growth remaining. Regular monitoring by a pediatric spine specialist is important throughout treatment.

Limb Lengthening Surgery
Pediatric Cardiac Surgery

Limb Lengthening Surgery

Limb Lengthening Surgery – Detailed DescriptionLimb Lengthening Surgery is an orthopedic procedure used to increase the length of an arm or leg bone. It is commonly performed to correct differences in limb length, treat bone deformities, or improve physical function.During this procedure, the surgeon carefully cuts the bone and attaches a special external or internal fixation device. The device gradually separates the bone ends, allowing new bone tissue to form in the gap. This process is called distraction osteogenesis.The main goal of limb lengthening surgery is to correct limb length differences, improve body balance, restore proper alignment, and help patients perform daily activities more comfortably.When Is Limb Lengthening Surgery Needed?Limb lengthening surgery may be recommended for patients with:Different lengths of the legs or arms.Congenital limb length differences.Bone growth problems.Shortened bones due to previous injuries.Bone deformities caused by infections or diseases.Certain skeletal conditions.Bone loss following severe accidents or injuries.Types of Limb Lengthening SurgeryExternal Fixator Lengthening: A special frame is attached outside the limb and gradually adjusted to increase bone length.Internal Nail Lengthening: A telescopic metal nail is placed inside the bone and gradually extended using a special control system.Combined Lengthening: Internal and external devices may be used together in selected cases.Benefits of Limb Lengthening SurgeryCorrects differences in limb length.Improves walking and body balance.Helps correct certain bone deformities.Improves limb alignment.Supports better physical function.May reduce discomfort caused by unequal limb lengths.Recovery After Limb Lengthening SurgeryRecovery is a gradual process and may take several months, depending on the amount of lengthening and the patient's bone-healing ability.The treatment usually involves two main stages:Distraction Phase: The bone ends are gradually separated, allowing new bone to develop between them.Consolidation Phase: The newly formed bone becomes stronger and hardens until it can support normal activities.Doctors may recommend:Regular X-rays to monitor bone growth.Physiotherapy to maintain joint movement and muscle strength.Pain-relief medication.Proper care of surgical wounds or external pins.Gradual weight-bearing as advised.Regular follow-up appointments.Possible Risks and ComplicationsLike any major orthopedic procedure, limb lengthening surgery may involve certain risks, including:Infection.Bone healing problems.Nerve or blood vessel injury.Joint stiffness.Muscle tightness.Bone deformity or incorrect alignment.Delayed bone formation.Device-related complications.Differences in the final limb length.Note: Limb lengthening surgery requires careful planning and long-term monitoring by an experienced orthopedic surgeon. The treatment plan depends on the patient's age, bone condition, existing deformity, and desired correction.

Epiphysiodesis
Pediatric Cardiac Surgery

Epiphysiodesis

Epiphysiodesis – Detailed DescriptionEpiphysiodesis is an orthopedic surgical procedure used to stop or slow the growth of a specific bone by treating its growth plate (epiphyseal plate). It is commonly performed in children and teenagers who are still growing and have differences in the length of their legs.During this procedure, the surgeon closes or stops the activity of the growth plate in a selected bone. This allows the shorter leg to gradually catch up in length while the growth of the longer leg slows down.The main goal of epiphysiodesis is to reduce leg length differences, improve body balance, and support proper walking and movement.When Is Epiphysiodesis Needed?Epiphysiodesis may be recommended for children and teenagers with:Different lengths of the legs.Unequal bone growth.Growth plate abnormalities.Certain congenital limb conditions.Leg length differences caused by previous injuries.Bone growth problems related to certain medical conditions.Types of EpiphysiodesisPermanent Epiphysiodesis: The growth plate is permanently stopped from growing using surgical techniques.Temporary Epiphysiodesis: Special plates or screws are used to temporarily slow or stop growth. The implants may be removed later to allow growth to continue, depending on the technique and timing.Percutaneous Epiphysiodesis: A minimally invasive technique performed through small skin incisions to treat the growth plate.Benefits of EpiphysiodesisHelps reduce differences in leg length.Improves body balance and posture.Supports better walking and movement.Helps correct certain growth-related deformities.May reduce the need for more extensive limb lengthening surgery.Improves lower limb alignment in selected patients.Recovery After EpiphysiodesisRecovery depends on the surgical technique, the patient's age, and the treated growth plate. Many patients can return to light activities relatively soon, but full recovery varies.Doctors may recommend:Pain-relief medication.Proper wound care.Temporary activity restrictions.Walking support when needed.Regular X-rays to monitor bone growth.Follow-up visits to check leg length and alignment.Physiotherapy if required.The final correction develops gradually as the child continues growing. Regular monitoring is important to check whether the expected correction is taking place.Possible Risks and ComplicationsLike any surgical procedure, epiphysiodesis may involve certain risks, including:Infection or bleeding.Overcorrection or undercorrection.Continued leg length difference.Uneven bone growth.Angular deformity.Growth plate damage.Joint alignment problems.Need for additional treatment or surgery.Note: Epiphysiodesis is usually considered for children who still have enough growth remaining. The surgeon carefully estimates future bone growth and selects the appropriate treatment timing to achieve the desired correction.

Guided Growth Surgery (Hemiepiphysiodesis)
Pediatric Cardiac Surgery

Guided Growth Surgery (Hemiepiphysiodesis)

Guided Growth Surgery (Hemiepiphysiodesis) – Detailed DescriptionGuided Growth Surgery, also known as Hemiepiphysiodesis, is a minimally invasive orthopedic procedure used to correct bone alignment problems in growing children. It is commonly performed to treat conditions such as knock knees (genu valgum) and bow legs (genu varum).During this procedure, the surgeon places a small metal plate, screws, or another suitable implant near one side of the growth plate. This temporarily slows growth on that side while the opposite side continues growing naturally. Over time, this gradual difference in growth helps straighten the bone and improve joint alignment.The main goal of guided growth surgery is to correct abnormal leg alignment, improve walking, and support proper bone development without requiring major bone-cutting surgery.When Is Guided Growth Surgery Needed?Guided growth surgery may be recommended for children with:Knock knees (genu valgum).Bow legs (genu varum).Abnormal knee or leg alignment.Certain growth-related bone deformities.Uneven bone growth.Angular deformities caused by previous injuries or medical conditions.Types of Guided Growth SurgeryTemporary Hemiepiphysiodesis: A small plate and screws, commonly called an eight-plate, are placed near the growth plate to guide bone growth.Medial Hemiepiphysiodesis: Slows growth on the inner side of the growth plate to help correct certain outward knee alignment problems.Lateral Hemiepiphysiodesis: Slows growth on the outer side of the growth plate to help correct certain inward knee alignment problems.Benefits of Guided Growth SurgeryCorrects abnormal leg alignment gradually.Helps improve knee positioning.Supports natural bone growth.Improves walking and lower limb function.Usually requires smaller incisions.May avoid the need for more extensive corrective bone surgery.Allows children to continue growing during treatment.Recovery After Guided Growth SurgeryRecovery is generally quicker than major bone realignment surgery, but it depends on the child's condition and the surgical technique.Doctors may recommend:Pain-relief medication.Proper wound care.Short-term activity restrictions.Walking support if required.Regular X-rays to monitor bone alignment.Follow-up appointments to check correction progress.Physiotherapy when needed.The correction develops gradually over several months. Once the desired alignment is achieved, the surgeon may recommend removing the implants to prevent overcorrection.Possible Risks and ComplicationsLike any surgical procedure, guided growth surgery may involve certain risks, including:Infection or bleeding.Implant loosening or breakage.Overcorrection or undercorrection.Delayed correction.Growth plate damage.Uneven bone growth.Recurrence of the deformity.Need for additional surgery.Note: Guided Growth Surgery is generally suitable for children who have enough growth remaining. Regular follow-up and X-rays are important to monitor bone alignment and determine the correct time for implant removal.

Osteotomy for Bone Deformity Correction
Pediatric Cardiac Surgery

Osteotomy for Bone Deformity Correction

Osteotomy for Bone Deformity Correction – Detailed DescriptionOsteotomy for Bone Deformity Correction is an orthopedic surgical procedure used to correct abnormal bone shape, position, or alignment. It involves carefully cutting and repositioning a bone to restore its proper structure and improve movement.During this procedure, the surgeon makes a controlled cut in the affected bone and adjusts its position or angle. Metal plates, screws, rods, or other fixation devices may be used to hold the bone in the corrected position while it heals.This surgery may be performed on different bones, including the thigh bone, shin bone, hip, knee, or other parts of the body. The main goal is to correct bone deformities, improve joint alignment, reduce pain, and support better physical function.When Is Osteotomy for Bone Deformity Correction Needed?This procedure may be recommended for patients with:Bow legs (genu varum).Knock knees (genu valgum).Abnormal bone rotation.Congenital bone deformities.Bone deformities caused by previous injuries.Uneven weight distribution across joints.Joint pain caused by abnormal bone alignment.Certain cases of hip or knee joint deformity.Types of OsteotomyOpening Wedge Osteotomy: The surgeon creates a controlled gap in the bone to change its angle or alignment.Closing Wedge Osteotomy: A small section of bone is removed to correct the bone's position.Derotation Osteotomy: Corrects abnormal bone rotation.Corrective Osteotomy: Repositions a deformed bone to improve its overall alignment.Lengthening Osteotomy: Adjusts bone length in selected cases where shortening or length differences are present.Benefits of Osteotomy for Bone Deformity CorrectionCorrects abnormal bone shape and alignment.Improves joint positioning and stability.Helps reduce pain and discomfort.Improves walking and physical movement.Supports better weight distribution across joints.May delay joint replacement in selected patients.Helps improve overall limb function.Recovery After OsteotomyRecovery depends on the affected bone, severity of the deformity, and type of surgery performed. Patients may need to stay in the hospital for a few days after the procedure.Doctors may recommend:Pain-relief medication.Proper wound care.Walking support, such as crutches or a walker.Limited weight-bearing during initial recovery.Regular X-rays to monitor bone healing.Physiotherapy to improve strength and flexibility.Gradual return to normal daily activities.Bone healing may take several months. Regular follow-up visits are important to ensure that the bone is healing in the correct position.Possible Risks and ComplicationsLike any major orthopedic surgery, osteotomy may involve certain risks, including:Infection or bleeding.Blood clots.Nerve or blood vessel injury.Delayed bone healing.Failure of the bone to heal properly.Incorrect bone alignment.Joint stiffness or continued pain.Problems with plates, screws, or other implants.Need for additional surgery in some cases.Note: Osteotomy for bone deformity correction is planned according to the patient's bone structure, age, symptoms, and overall health. A detailed physical examination and imaging tests help the orthopedic surgeon select the most suitable surgical technique.

Patellar Stabilization Surgery
Pediatric Cardiac Surgery

Patellar Stabilization Surgery

Patellar Stabilization Surgery – Detailed DescriptionPatellar Stabilization Surgery is an orthopedic procedure performed to treat kneecap (patella) instability. This condition occurs when the kneecap moves out of its normal position or repeatedly slips toward the outer side of the knee joint.During this surgery, the surgeon repairs or reconstructs the supporting ligaments and may correct the alignment of the kneecap to keep it properly positioned. One commonly performed procedure is Medial Patellofemoral Ligament (MPFL) Reconstruction, which helps prevent repeated kneecap dislocations.The main goal of this surgery is to improve kneecap stability, reduce pain, prevent repeated dislocations, and restore normal knee movement.When Is Patellar Stabilization Surgery Needed?This surgery may be recommended for patients with:Repeated kneecap dislocations.Frequent kneecap slipping or instability.Damage to the medial patellofemoral ligament (MPFL).Abnormal kneecap alignment.Knee pain caused by patellar instability.Difficulty walking, running, or performing physical activities.Cartilage damage associated with repeated dislocations.Types of Patellar Stabilization SurgeryMPFL Reconstruction: Rebuilds the damaged ligament that helps keep the kneecap in position.Lateral Release: Releases tight tissues on the outer side of the kneecap in selected cases.Tibial Tubercle Transfer: Repositions the attachment point of the patellar tendon to improve kneecap alignment.Medial Patellofemoral Ligament Repair: Repairs the damaged supporting ligament in selected patients.Combined Stabilization Surgery: Uses more than one technique when multiple alignment or structural problems are present.Benefits of Patellar Stabilization SurgeryImproves kneecap stability.Reduces the risk of repeated dislocations.Helps reduce pain and discomfort.Improves knee movement and function.Supports better walking and physical activity.Helps protect the kneecap cartilage from further injury.Recovery After Patellar Stabilization SurgeryRecovery depends on the type of surgery, severity of the injury, and patient's overall health. Many patients need to wear a knee brace for a period after surgery.Doctors may recommend:Pain-relief medication.Ice packs to reduce swelling.Proper wound care.Knee brace for support.Crutches or walking support when required.Physiotherapy to restore knee movement.Strengthening exercises for the thigh muscles.Gradual return to sports and physical activities.Recovery may take several months. Returning to sports requires adequate strength, knee control, and approval from the treating surgeon.Possible Risks and ComplicationsLike any surgical procedure, patellar stabilization surgery may involve certain risks, including:Infection or bleeding.Knee stiffness.Persistent pain or swelling.Reduced knee movement.Recurrent kneecap instability.Blood clots.Nerve or blood vessel injury.Implant-related complications.Overcorrection or incorrect kneecap alignment.Note: Patellar stabilization surgery is recommended after a detailed knee examination and imaging tests. The surgeon selects the appropriate technique based on the patient's kneecap alignment, ligament condition, and history of dislocations.

Fracture Fixation Surgery
Pediatric Cardiac Surgery

Fracture Fixation Surgery

Fracture Fixation Surgery – Detailed DescriptionFracture Fixation Surgery is an orthopedic procedure performed to repair broken or fractured bones and hold them in the correct position during healing. It is commonly recommended when a bone is severely broken, displaced, unstable, or unable to heal properly with a cast or other non-surgical treatment.During this procedure, the surgeon carefully repositions the broken bone fragments and uses medical implants such as metal plates, screws, rods, wires, or pins to keep them stable. These implants help maintain proper bone alignment while new bone tissue develops and healing takes place.The main goal of fracture fixation surgery is to restore normal bone alignment, provide stability, reduce pain, and help patients regain movement and physical function.When Is Fracture Fixation Surgery Needed?This surgery may be recommended for patients with:Severe or displaced bone fractures.Multiple bone fractures.Open fractures where the broken bone is exposed through the skin.Unstable fractures that cannot be properly treated with a cast.Fractures involving joints.Bone fractures caused by road accidents or sports injuries.Fractures that are not healing properly.Types of Fracture Fixation SurgeryInternal Fixation: Metal plates, screws, rods, or pins are placed inside the body to hold broken bones together.External Fixation: A metal frame is placed outside the body and connected to the bone using pins or wires.Intramedullary Nailing: A metal rod is inserted into the central canal of a long bone to stabilize the fracture.Plate and Screw Fixation: Special plates and screws are attached to the bone to maintain proper alignment.Percutaneous Pinning: Small pins or wires are inserted through the skin to stabilize selected fractures.Benefits of Fracture Fixation SurgeryRestores proper bone alignment.Provides stability to broken bones.Supports proper bone healing.Helps reduce pain and discomfort.Allows earlier movement in many cases.Helps restore joint and limb function.Reduces the risk of improper bone healing.Recovery After Fracture Fixation SurgeryRecovery depends on the type of fracture, affected bone, patient's age, and overall health. Some patients may need to stay in the hospital for a few days after surgery.Doctors may recommend:Pain-relief medication.Proper wound care.Keeping the affected limb elevated to reduce swelling.Cast, brace, or other support when required.Physiotherapy and rehabilitation.Gradual weight-bearing as advised.Regular X-rays to monitor bone healing.Avoiding heavy lifting and strenuous activities during recovery.Bone healing may take several weeks to several months, depending on the severity of the fracture.Possible Risks and ComplicationsLike any surgical procedure, fracture fixation surgery may involve certain risks, including:Infection or bleeding.Blood clots.Nerve or blood vessel injury.Delayed bone healing.Failure of the bone to heal properly.Incorrect bone alignment.Implant loosening or breakage.Joint stiffness or reduced movement.Need for additional surgery in some cases.Note: Fracture fixation surgery is planned according to the location, type, and severity of the fracture. X-rays, CT scans, or other imaging tests may be used to help the orthopedic surgeon select the most suitable treatment.

Closed Reduction and Internal Fixation (CRIF)
Pediatric Cardiac Surgery

Closed Reduction and Internal Fixation (CRIF)

Closed Reduction and Internal Fixation (CRIF) – Detailed DescriptionClosed Reduction and Internal Fixation (CRIF) is an orthopedic procedure used to treat broken bones without making a large surgical incision to expose the fracture. During this procedure, the surgeon carefully moves the broken bone fragments back into their normal position using external manipulation. After proper alignment, metal pins, wires, screws, or other implants are inserted through small incisions to keep the bone stable during healing.CRIF is commonly performed when a fracture needs surgical stabilization but can be corrected without directly opening the fracture site.The main goal of this procedure is to restore proper bone alignment, maintain stability, reduce pain, and support natural bone healing.When Is CRIF Needed?CRIF may be recommended for patients with:Displaced bone fractures.Unstable fractures that cannot be treated with a cast alone.Certain wrist, ankle, elbow, or shoulder fractures.Fractures in children requiring surgical stabilization.Selected hip and long-bone fractures.Fractures where closed manipulation can restore proper alignment.Types of Internal Fixation Used in CRIFPin Fixation: Metal pins are inserted to hold broken bone fragments in position.Wire Fixation: Special medical wires are used to stabilize selected fractures.Screw Fixation: Screws are inserted to hold bone fragments together.Percutaneous Fixation: Implants are inserted through small skin incisions without exposing the entire fracture.Benefits of CRIFAvoids a large surgical incision.Helps restore proper bone alignment.Provides stability during bone healing.Causes less soft tissue disruption in many cases.May reduce surgical wound-related complications.Supports earlier movement in selected patients.Helps improve recovery and limb function.Recovery After CRIFRecovery depends on the type of fracture, affected bone, patient's age, and overall health. Patients may need to stay in the hospital for observation after the procedure.Doctors may recommend:Pain-relief medication.Proper wound care.Keeping the affected limb elevated to reduce swelling.Cast, splint, or brace support when required.Physiotherapy to restore movement and strength.Gradual weight-bearing as advised.Regular X-rays to monitor bone healing.Avoiding heavy activities until the bone heals properly.Bone healing may take several weeks to several months, depending on the severity and location of the fracture.Possible Risks and ComplicationsLike any orthopedic procedure, CRIF may involve certain risks, including:Infection or bleeding.Nerve or blood vessel injury.Incorrect bone alignment.Delayed bone healing.Failure of the bone to heal properly.Implant loosening or movement.Joint stiffness.Reduced limb movement.Need for additional surgery in some cases.Note: CRIF is suitable only for fractures that can be properly aligned through closed manipulation. The orthopedic surgeon selects the treatment based on the fracture type, location, and severity.

Open Reduction and Internal Fixation (ORIF)
Pediatric Cardiac Surgery

Open Reduction and Internal Fixation (ORIF)

Open Reduction and Internal Fixation (ORIF) – Detailed DescriptionOpen Reduction and Internal Fixation (ORIF) is an orthopedic surgical procedure used to repair broken bones by directly exposing the fracture site, repositioning the broken bone fragments, and securing them with special medical implants.During this surgery, the surgeon makes an incision near the fractured bone to access the damaged area. The broken bone fragments are carefully moved back into their normal anatomical position. Metal plates, screws, rods, pins, or wires are then used to hold the bone securely while it heals.The main goal of ORIF is to restore proper bone alignment, provide stability, reduce pain, and help patients regain normal movement and physical function.When Is ORIF Needed?ORIF may be recommended for patients with:Severe or displaced bone fractures.Multiple or complex fractures.Fractures involving joints.Unstable fractures that cannot be treated with a cast.Fractures with significant bone displacement.Certain open fractures.Fractures that have not healed properly.Bone injuries caused by road accidents, falls, or sports injuries.Types of Internal Fixation Used in ORIFPlate and Screw Fixation: Metal plates and screws are attached to the bone to hold broken fragments together.Intramedullary Nailing: A metal rod is inserted inside the central canal of a long bone to provide stability.Screw Fixation: Special screws are used to secure bone fragments in their correct position.Pin and Wire Fixation: Pins or wires are used to stabilize smaller or selected bone fractures.Combined Fixation: Different implants may be used together for complex fractures.Benefits of ORIFRestores proper bone alignment.Provides strong fracture stabilization.Helps maintain the correct position of bone fragments.Supports proper bone healing.Allows earlier joint movement in many cases.Helps restore limb strength and function.May reduce the risk of improper bone healing.Recovery After ORIFRecovery depends on the fracture location, severity, patient's age, and overall health. Patients may need to stay in the hospital for a few days after surgery.Doctors may recommend:Pain-relief medication.Proper surgical wound care.Keeping the affected limb elevated to reduce swelling.Cast, splint, or brace support when required.Physiotherapy and rehabilitation exercises.Gradual weight-bearing as advised.Regular X-rays to monitor bone healing.Avoiding heavy lifting and strenuous activities during recovery.Bone healing may take several weeks to several months. Full recovery depends on the type of fracture and the patient's healing progress.Possible Risks and ComplicationsLike any major orthopedic surgery, ORIF may involve certain risks, including:Infection or bleeding.Blood clots.Nerve or blood vessel injury.Delayed bone healing.Failure of the bone to heal properly.Incorrect bone alignment.Implant loosening or breakage.Joint stiffness or reduced movement.Persistent pain.Need for additional surgery in some cases.Note: ORIF is recommended after a detailed examination and imaging tests such as X-rays or CT scans. The orthopedic surgeon selects the most suitable fixation method based on the fracture location, type, and severity.

Supracondylar Humerus Fracture Repair
Pediatric Cardiac Surgery

Supracondylar Humerus Fracture Repair

Supracondylar Humerus Fracture Repair – Detailed DescriptionSupracondylar Humerus Fracture Repair is an orthopedic procedure used to treat a break in the lower part of the upper arm bone (humerus), just above the elbow joint. This type of fracture is common in children and usually occurs due to falling on an outstretched hand or experiencing a direct injury to the elbow.During this procedure, the surgeon carefully restores the broken bone fragments to their correct position. Depending on the severity of the fracture, the bone may be stabilized using small metal pins, wires, screws, or other fixation devices.The main goal of this treatment is to restore proper bone alignment, maintain elbow stability, protect nearby nerves and blood vessels, and help the patient regain normal arm movement.When Is Supracondylar Humerus Fracture Repair Needed?This procedure may be recommended for patients with:Displaced supracondylar humerus fractures.Unstable elbow fractures.Severe fractures caused by falls or accidents.Fractures with abnormal bone alignment.Injuries affecting elbow movement.Fractures associated with nerve or blood vessel complications.Fractures that cannot be properly treated with a cast alone.Types of Supracondylar Humerus Fracture RepairClosed Reduction and Pinning: The surgeon realigns the broken bone without opening the fracture site and inserts metal pins through the skin to stabilize it.Open Reduction and Internal Fixation (ORIF): Surgery is performed through an incision to directly reposition and stabilize the broken bone.Percutaneous Pin Fixation: Small metal pins are inserted through the skin to hold the bone fragments in place.Cast Immobilization: A cast or splint may be used after reduction or surgery to protect the healing bone.Benefits of Supracondylar Humerus Fracture RepairRestores proper elbow bone alignment.Provides stability to the fractured bone.Helps protect nearby nerves and blood vessels.Supports proper bone healing.Improves elbow movement and function.Reduces the risk of abnormal bone healing.Helps patients return to normal daily activities.Recovery After Supracondylar Humerus Fract

Forearm Fracture Fixation
Pediatric Cardiac Surgery

Forearm Fracture Fixation

Forearm Fracture Fixation – Detailed DescriptionForearm Fracture Fixation is an orthopedic surgical procedure used to repair broken bones in the forearm, which consists of two bones: the radius and ulna. These fractures commonly occur due to falls, road accidents, sports injuries, or direct impact to the arm.During this procedure, the orthopedic surgeon carefully repositions the broken bone fragments and stabilizes them using medical implants such as metal plates, screws, rods, pins, or wires. Depending on the fracture type and severity, the surgeon may use open reduction and internal fixation (ORIF) or other suitable fixation techniques.The main goal of forearm fracture fixation is to restore proper bone alignment, maintain forearm stability, reduce pain, and improve normal arm and wrist movement.When Is Forearm Fracture Fixation Needed?This procedure may be recommended for patients with:Displaced radius or ulna fractures.Fractures involving

Flexible Intramedullary Nailing
Pediatric Cardiac Surgery

Flexible Intramedullary Nailing

Flexible Intramedullary Nailing – Detailed DescriptionFlexible Intramedullary Nailing is a minimally invasive orthopedic surgical procedure used to treat certain types of long bone fractures, especially in children. It involves inserting flexible metal rods, also known as elastic nails, into the central hollow portion of a fractured bone to stabilize it during healing.During this procedure, the surgeon makes small incisions near the ends of the affected bone and carefully inserts flexible metal nails into the bone canal. These nails provide internal support and help maintain proper bone alignment while the natural healing process takes place.This technique is commonly used for fractures of the femur, tibia, and forearm bones. It is particularly useful in children because it provides stability while allowing the growing bones to continue developing.When Is Flexible Intramedullary Nailing Needed?Flexible intramedullary nailing may be recommended for patients with:Femur (thigh bone) fractures.Tibia (shin bone) fractures.Radius and ulna (forearm bone) fractures.Displaced long bone fractures.Unstable fractures that require internal support.Certain fractures caused by road accidents or sports injuries.Long bone fractures in growing children.Selected cases where casting alone cannot maintain proper bone alignment.Types of Flexible Intramedullary NailsTitanium Elastic Nails (TEN): Flexible titanium rods used to stabilize long bone fractures, especially in children.Stainless Steel Elastic Nails: Flexible metal rods used for internal bone stabilization.Paired Flexible Nails: Two flexible nails are commonly inserted from opposite sides to provide balanced support and stability.Elastic Stable Intramedullary Nailing (ESIN): A technique that uses flexible nails to stabilize selected long bone fractures while maintaining alignment.Benefits of Flexible Intramedullary NailingUses small surgical incisions.Provides internal support to fractured bones.Helps maintain proper bone alignment.Causes less soft tissue disruption in many cases.Supports natural bone healing.Allows earlier movement in selected patients.Usually avoids the need for a large external fixation device.Particularly useful for treating certain childhood fractures.Recovery After Flexible Intramedullary NailingRecovery depends on the affected bone, fracture severity, patient's age, and overall health. Children generally heal faster than adults, but recovery time varies.Doctors may recommend:Pain-relief medication.Proper surgical wound care.Temporary cast or splint support when required.Limited weight-bearing during early recovery.Gentle movement exercises as advised.Physiotherapy to improve strength and flexibility.Regular X-rays to monitor bone healing.Gradual return to school, sports, and daily activities.Bone healing may take approximately 6–12 weeks in many cases, depending on the fracture and patient's age. The flexible nails may be removed after the bone has healed if they cause discomfort or according to the surgeon's treatment plan.Possible Risks and ComplicationsLike any orthopedic surgical procedure, flexible intramedullary nailing may involve certain risks, including:Infection or bleeding.Pain or irritation near the nail insertion site.Nail migration or movement.Delayed bone healing.Improper bone alignment.Bone deformity or shortening.Joint stiffness.Skin irritation caused by prominent nail ends.Need for additional surgery in some cases.Why Choose Flexible Intramedullary Nailing?Flexible Intramedullary Nailing is a commonly used technique for selected long bone fractures, particularly in children. It provides internal stabilization through small incisions and helps maintain bone alignment during healing. The treatment is planned according to the patient's age, bone size, fracture pattern, and overall health.Note: Not every fracture is suitable for flexible intramedullary nailing. An orthopedic surgeon evaluates X-rays and other imaging tests to determine whether this procedure is the right treatment option.

Cerebral Palsy Soft Tissue Release
Pediatric Cardiac Surgery

Cerebral Palsy Soft Tissue Release

Cerebral Palsy Soft Tissue Release – Detailed DescriptionCerebral Palsy Soft Tissue Release is an orthopedic surgical procedure used to improve muscle tightness, joint movement, and body positioning in children and adults with cerebral palsy. Cerebral palsy is a neurological condition that affects muscle control, coordination, posture, and movement.In some patients, certain muscles and tendons become unusually tight due to increased muscle stiffness (spasticity). This tightness can restrict normal joint movement and cause problems with walking, standing, sitting, or performing daily activities.During this procedure, the surgeon carefully lengthens, releases, or adjusts selected muscles, tendons, or other soft tissues to reduce tightness and improve movement. The exact procedure depends on the affected body part and the patient's physical condition.The main goal is to improve joint flexibility, correct muscle contractures, support better posture, and make daily activities easier.When Is Cerebral Palsy Soft Tissue Release Needed?This procedure may be recommended for patients with:Severe muscle tightness or spasticity.Muscle contractures affecting joint movement.Tight heel cords causing toe walking.Knee stiffness or difficulty straightening the legs.Hip muscle tightness affecting positioning.Difficulty walking or maintaining balance.Limited arm or hand movement.Abnormal posture caused by muscle contractures.Types of Soft Tissue Release ProceduresAchilles Tendon Lengthening: Lengthens the tight tendon at the back of the ankle to improve foot positioning.Hamstring Lengthening: Reduces tightness in the muscles at the back of the thigh to improve knee movement.Adductor Release: Releases tight muscles in the inner thigh to improve hip movement and positioning.Gastrocnemius Recession: Lengthens part of the calf muscle to improve ankle flexibility.Hip Flexor Release: Reduces tightness in the muscles at the front of the hip to improve hip extension.Upper Limb Tendon Release: Adjusts tight muscles or tendons in the arm or hand to improve positioning and function.Benefits of Cerebral Palsy Soft Tissue ReleaseReduces muscle tightness and contractures.Improves joint flexibility and movement.Helps improve walking and standing ability.Supports better posture and body positioning.Improves comfort during daily activities.Helps make personal care and movement easier.May improve the effectiveness of physiotherapy and rehabilitation.Recovery After Cerebral Palsy Soft Tissue ReleaseRecovery depends on the number of muscles treated, the type of surgery, and the patient's overall condition. Some patients may need to stay in the hospital for a few days.Doctors may recommend:Pain-relief medication.Proper surgical wound care.Plaster casts, braces, or splints for support.Physiotherapy and stretching exercises.Muscle strengthening activities.Walking support when required.Regular follow-up appointments.Occupational therapy for arm and hand function when needed.Rehabilitation is an important part of recovery. The patient 

Hamstring Lengthening
Pediatric Cardiac Surgery

Hamstring Lengthening

Hamstring Lengthening – Detailed DescriptionHamstring Lengthening is an orthopedic surgical procedure performed to reduce tightness in the hamstring muscles located at the back of the thigh. These muscles help control knee bending and hip movement. When they become excessively tight, they can restrict leg movement, affect walking, and cause difficulty standing comfortably.This procedure is commonly performed in children with cerebral palsy who experience muscle spasticity and hamstring contractures. During surgery, the surgeon carefully lengthens selected hamstring tendons to reduce muscle tightness and improve knee extension.The main goal of hamstring lengthening is to improve leg flexibility, correct abnormal walking patterns

Achilles Tendon Release
Pediatric Cardiac Surgery

Achilles Tendon Release

Achilles Tendon Release – DescriptionAchilles Tendon Release is a surgical procedure performed to reduce tightness in the Achilles tendon, which connects the calf muscles to the heel bone. When this tendon becomes too tight or shortened, it can make it difficult to move the foot upward, walk properly, or keep the foot in a normal position.The procedure involves carefully releasing or lengthening the tight tendon to improve ankle movement and help the foot achieve a better position. It is commonly performed in patients with cerebral palsy, congenital foot deformities, or other conditions that cause muscle tightness and limited ankle movement.When Is Achilles Tendon Release Needed?This procedure may be recommended for patients who have:Tight or shortened Achilles tendon.Difficulty moving the foot upward toward the shin.Toe walking due to tendon tightness.Equinus foot deformity, where the foot points downward.Walking difficulties caused by muscle stiffness.Ankle movement restrictions due to cerebral palsy.Foot positioning problems that affect balance and mobility.Types of Achilles Tendon ReleaseDepending on the severity of tendon tightness, the surgeon may perform:Percutaneous Tendon Lengthening: Small cuts are made in the tendon to allow it to stretch.Open Tendon Lengthening: The tendon is exposed through a surgical incision and carefully lengthened.Z-Lengthening: The tendon is divided in a specific Z-shaped pattern and rejoined at a longer length.Benefits of Achilles Tendon ReleaseImproves ankle flexibility and movement.Helps correct downward-pointing foot deformity.Reduces tendon tightness.Improves foot positioning while standing and walking.May help reduce toe walking.Supports better walking balance and mobility.Makes daily activities easier in suitable patients.Recovery After SurgeryRecovery depends on the patient's age, medical condition, and the type of procedure performed.A cast or splint may be used to protect the tendon.The foot may need to remain in a specific position during healing.Weight-bearing may be restricted initially.Physiotherapy helps restore ankle movement and muscle strength.Walking activities are gradually increased as healing progresses.Regular follow-up visits help monitor recovery.Possible Risks and ComplicationsLike other surgical procedures, Achilles tendon release may involve certain risks, including:Pain, swelling, or bleeding.Infection around the surgical area.Scar formation.Nerve or blood vessel injury.Tendon weakness or overlengthening.Difficulty pushing the foot downward.Changes in walking pattern.Recurrence of tendon tightness.ConclusionAchilles Tendon Release is a treatment option for patients with a tight or shortened Achilles tendon that affects foot position and ankle movement. It aims to improve flexibility, support proper foot alignment, and make walking easier. The surgeon recommends the most suitable technique after evaluating tendon tightness, ankle movement, walking pattern, and the patient's overall condition.

Tendon Transfer Surgery
Pediatric Cardiac Surgery

Tendon Transfer Surgery

Tendon Transfer Surgery – DescriptionTendon Transfer Surgery is a surgical procedure performed to improve movement, strength, and function of a body part by changing the position of a tendon. During this procedure, a healthy and functioning tendon is moved from its original attachment to another location to replace or support the function of a weak, damaged, or non-working muscle or tendon.This surgery is commonly performed in patients with nerve injuries, cerebral palsy, muscle weakness, tendon damage, or congenital deformities. It can help restore certain movements and improve the ability to perform daily activities.When Is Tendon Transfer Surgery Needed?This procedure may be recommended for patients who have:Muscle weakness due to nerve injury.Loss of movement in the hand, wrist, foot, or ankle.Cerebral palsy-related muscle imbalance.Tendon damage that cannot be repaired directly.Foot drop or difficulty lifting the front part of the foot.Difficulty gripping or holding objects.Loss of muscle function due to injury or disease.Types of Tendon Transfer SurgeryThe type of surgery depends on the affected body part and the muscle function that needs to be restored.Hand Tendon Transfer: Helps improve finger movement, thumb function, and hand grip.Wrist Tendon Transfer: Helps restore wrist movement and stability.Foot and Ankle Tendon Transfer: Helps improve foot positioning and walking, especially in patients with foot drop.Tendon Transfer for Cerebral Palsy: Helps correct muscle imbalance and improve limb movement.Shoulder and Elbow Tendon Transfer: Helps restore selected arm movements when certain muscles are weak or non-functional.Benefits of Tendon Transfer SurgeryImproves movement and muscle function.Helps restore lost movements.Improves hand grip and finger control in suitable patients.Supports better foot and ankle positioning.May improve walking ability.Helps reduce functional difficulties caused by muscle weakness.Improves independence in daily activities.Recovery After SurgeryRecovery depends on the type of tendon transfer, the patient's condition, and the body part involved.A cast, splint, or brace may be used to protect the transferred tendon.The affected body part may need to remain still for several weeks.Physiotherapy is important for restoring movement and strength.Special exercises help the brain and muscles learn the new tendon function.Daily activities are gradually resumed according to medical advice.Regular follow-up visits help monitor tendon healing and progress.Possible Risks and ComplicationsLike other surgical procedures, tendon transfer surgery may involve certain risks, including:Pain, swelling, or bleeding.Infection at the surgical site.Scarring or stiffness.Weakness in the area from which the tendon was taken.Failure of the transferred tendon to heal properly.Limited improvement in movement.Reduced strength or coordination.Recurrence of the original deformity.ConclusionTendon Transfer Surgery is used to improve movement and restore selected functions when a muscle or tendon is weak or no longer working properly. By repositioning a healthy tendon, the surgeon aims to improve strength, coordination, and daily function. The most suitable procedure depends on the patient's muscle strength, nerve function, joint movement, and overall condition.

Syndactyly Release Surgery
Pediatric Cardiac Surgery

Syndactyly Release Surgery

Syndactyly Release Surgery – DescriptionSyndactyly Release Surgery is a surgical procedure performed to separate two or more fingers or toes that are joined together from birth. This condition is known as syndactyly and occurs when the skin, soft tissues, or sometimes bones of adjacent fingers or toes remain connected during development.The surgery involves carefully separating the joined fingers or toes to improve their appearance, movement, and function. In many cases, skin grafts or special skin-flap techniques are used to cover the areas after separation.When Is Syndactyly Release Surgery Needed?This procedure may be recommended for patients who have:Two or more fingers joined together.Toes connected by skin or soft tissue.Limited finger or toe movement.Difficulty holding objects or performing daily activities.Abnormal finger or toe growth due to joined tissues.Complex syndactyly involving bones, joints, or nails.Functional or cosmetic concerns caused by fused digits.Types of SyndactylySyndactyly can be classified based on the type and extent of joining:Simple Syndactyly: Only the skin and soft tissues are joined.Complex Syndactyly: The bones, joints, or other deeper structures are also connected.Complete Syndactyly: The joining extends to the tips of the fingers or toes.Incomplete Syndactyly: The fingers or toes are joined only partially.Surgical TechniquesThe surgeon selects the appropriate technique depending on the condition and severity.Z-Plasty: Special zigzag skin incisions are used to separate the digits and provide better skin coverage.Skin Grafting: Skin taken from another area of the body may be used to cover areas where additional skin is needed.Local Skin Flaps: Nearby skin is rearranged to cover the separated fingers or toes.Complex Syndactyly Reconstruction: Additional procedures may be required when bones, nails, or joints are involved.Benefits of Syndactyly Release SurgerySeparates joined fingers or toes.Improves finger and toe movement.Supports better hand or foot function.Helps improve grip and coordination.Allows more natural growth and positioning of the digits.Improves the appearance of the hand or foot.Makes certain daily activities easier.Recovery After SurgeryRecovery depends on the complexity of the condition and the surgical technique used.A dressing, splint, or cast may be applied to protect the operated area.The hand or foot may need to be kept elevated to reduce swelling.Pain medication may be prescribed when required.Wound care is important to prevent infection.Physiotherapy or hand therapy may help improve movement.Follow-up visits are needed to monitor healing and skin graft recovery.Additional surgery may sometimes be required as the child grows.Possible Risks and ComplicationsLike other surgical procedures, syndactyly release surgery may involve certain risks, including:Pain, swelling, or bleeding.Infection at the surgical site.Scarring or skin graft problems.Delayed wound healing.Web creep,

Polydactyly Correction Surgery
Pediatric Cardiac Surgery

Polydactyly Correction Surgery

Polydactyly Correction Surgery – DescriptionPolydactyly Correction Surgery is a surgical procedure performed to remove or correct an extra finger or toe that is present from birth. This condition is known as polydactyly and occurs when a person develops more than five fingers or toes on one hand or foot.The surgery aims to improve the appearance, alignment, movement, and function of the hand or foot. The surgical technique depends on the location of the extra digit and whether it contains skin, soft tissue, bones, joints, or nails.When Is Polydactyly Correction Surgery Needed?This procedure may be recommended for patients who have:An extra finger or toe present from birth.Difficulty using the hand or foot normally.Problems with gripping, holding, or walking.Extra digits that affect the alignment of nearby fingers or toes.Pain or discomfort caused by an extra digit.Abnormal bone or joint development.Cosmetic concerns related to the extra digit.Types of PolydactylyPolydactyly is classified according to the location of the extra digit.Preaxial Polydactyly: An extra thumb or big toe is present on the inner side of the hand or foot.Postaxial Polydactyly: An extra finger or toe is present on the outer side of the hand or foot.Central Polydactyly: An extra digit develops between the middle fingers or toes.Surgical TechniquesThe surgeon selects the appropriate technique after examining the extra digit and its connection to nearby structures.Extra Digit Excision: The extra finger or toe is surgically removed.Bone and Joint Reconstruction: Bones and joints may be reshaped or reconstructed when the extra digit shares structures with another digit.Tendon and Ligament Repair: Supporting tendons and ligaments may be repaired to improve stability and movement.Soft Tissue Reconstruction: Skin and surrounding tissues are carefully repaired to create a natural appearance.Benefits of Polydactyly Correction SurgeryRemoves or corrects the extra finger or toe.Improves hand or foot appearance.Supports better finger or toe alignment.Improves grip and hand function in suitable patients.Helps improve walking and footwear comfort when toes are affected.Reduces discomfort caused by an extra digit.Supports better movement and coordination.Recovery After SurgeryRecovery depends on the complexity of the extra digit and the surgical technique used.A dressing, splint, or cast may be applied to protect the operated area.Swelling and mild discomfort may occur during the initial recovery period.Pain medication may be prescribed when required.The surgical wound should be kept clean and protected.Hand therapy or physiotherapy may be recommended to improve movement.Normal activities are gradually resumed according to medical advice.Regular follow-up visits help monitor healing and alignment.Possible Risks and ComplicationsLike other surgical procedures, polydactyly correction surgery may involve certain risks, including:Pain, swelling, or bleeding.Infection at the surgical site.Scarring or wound-healing problems.Stiffness or limited movement.Changes in sensation.Joint instability or alignment problems.Nail or bone deformity.Need for additional corrective surgery.ConclusionPolydactyly Correction Surgery is performed to remove or reconstruct an extra finger or toe present from birth. The procedure aims to improve appearance, alignment, and everyday function. The treatment plan depends on the structure of the extra digit, its connection to nearby bones and joints, and the patient's individual needs.

Congenital Trigger Thumb Release
Pediatric Cardiac Surgery

Congenital Trigger Thumb Release

Congenital Trigger Thumb Release – DescriptionCongenital Trigger Thumb Release is a surgical procedure performed to treat a condition in which a child's thumb becomes stiff, bent, or locked in a fixed position. This condition is commonly noticed during infancy or early childhood and is associated with difficulty straightening the thumb.The condition usually occurs when the flexor tendon of the thumb has difficulty moving smoothly through a narrow surrounding tunnel called the tendon sheath. During surgery, the surgeon releases the tight part of the tendon sheath to allow the tendon to move more freely and improve thumb movement.When Is Congenital Trigger Thumb Release Needed?This procedure may be recommended for children who have:A thumb that remains bent at the tip.Difficulty straightening the thumb.A thumb that locks during movement.A small lump or thickening near the base of the thumb.Restricted thumb movement.Persistent symptoms that do not improve with observation or non-surgical treatment.Difficulty using the thumb during normal hand activities.Types of TreatmentTreatment depends on the child's age, thumb position, and severity of the condition.Observation: Some children may improve naturally, so the doctor may recommend regular monitoring.Splinting: A special splint may be used to keep the thumb in a more extended position.Stretching Exercises: Gentle exercises may be recommended under medical guidance.Surgical Release: The surgeon releases the tight A1 pulley of the thumb tendon sheath to improve tendon movement.Surgical ProcedureDuring Congenital Trigger Thumb Release:The child is usually given anesthesia to prevent pain during surgery.A small incision is made near the base of the thumb.The tight A1 pulley is carefully identified.The pulley is released to allow smooth tendon movement.The surgeon checks whether the thumb can move freely.The incision is closed and covered with a dressing.Benefits of Congenital Trigger Thumb ReleaseHelps straighten the bent thumb.Improves thumb movement and flexibility.Reduces locking and stiffness.Allows smoother tendon movement.Supports better hand function.Makes gripping and holding objects easier.Helps improve normal thumb positioning.Recovery After SurgeryRecovery is generally straightforward, but it depends on the child's condition and healing process.A small dressing is usually applied to protect the surgical area.Mild swelling or discomfort may occur for a few days.Pain medication may be prescribed when needed.Finger and thumb movement may be encouraged as advised by the surgeon.Stitches may be removed if non-dissolvable stitches are used.Normal hand activities can gradually resume.Follow-up visits help monitor healing and thumb movement.Possible Risks and ComplicationsLike other surgical procedures, congenital trigger thumb release may involve certain risks, including:Pain, swelling, or bleeding.Infection at the surgical site.Scarring.Temporary stiffness or tenderness.Injury to nearby nerves or blood vessels.Incomplete release or persistent stiffness.Rarely, bowstringing of the tendon due to pulley damage.ConclusionCongenital Trigger Thumb Release is performed to improve thumb movement in children with persistent locking or bending caused by a tight tendon sheath. The procedure aims to allow smoother tendon movement and restore a more natural thumb position. The surgeon determines the most appropriate treatment based on the child's age, symptoms, and severity of the condition.

ACL Reconstruction
Pediatric Cardiac Surgery

ACL Reconstruction

ACL Reconstruction – DescriptionACL Reconstruction is a surgical procedure performed to replace a torn or severely damaged anterior cruciate ligament (ACL) in the knee. The ACL is an important ligament that connects the thigh bone (femur) to the shin bone (tibia) and helps keep the knee stable during walking, running, jumping, and changing direction.The surgery involves removing the damaged ligament tissue and replacing it with a healthy tendon graft. The graft may be taken from the patient's own body or, in selected cases, from a donor. The procedure helps restore knee stability and allows patients to return to their daily activities and sports after proper rehabilitation.When Is ACL Reconstruction Needed?This procedure may be recommended for patients who have:A complete or severe ACL tear.Knee instability or repeated episodes of the knee giving way.Difficulty running, jumping, or changing direction.Sports-related knee injuries.Combined ACL and other ligament injuries.Persistent knee instability despite physiotherapy.Difficulty performing daily activities due to knee weakness.Types of ACL ReconstructionThe surgeon selects the graft type and surgical technique based on the patient's age, activity level, injury, and overall knee condition.Hamstring Tendon Graft: Uses tendons from the back of the thigh to replace the damaged ACL.Patellar Tendon Graft: Uses the middle portion of the tendon connecting the kneecap to the shin bone.Quadriceps Tendon Graft: Uses a portion of the quadriceps tendon above the kneecap.Allograft Reconstruction: Uses tendon tissue obtained from a screened donor.Arthroscopic ACL Reconstruction: Uses small incisions and a camera to perform the reconstruction with specialized instruments.Surgical ProcedureDuring ACL Reconstruction:The patient is given anesthesia to prevent pain.Small incisions are made around the knee for arthroscopic instruments.A camera is inserted to examine the knee joint.The torn ACL tissue is removed or prepared.The selected tendon graft is placed in the correct position.Small tunnels are created in the thigh and shin bones.The graft is secured using appropriate fixation devices.The surgeon checks knee movement and stability before closing the incisions.Benefits of ACL ReconstructionHelps restore knee stability.Reduces episodes of the knee giving way.Improves knee function and movement.Supports a return to sports and physical activities.Helps patients perform daily activities more comfortably.May reduce the risk of additional damage caused by repeated knee instability.Improves confidence during walking, running, and changing direction.Recovery After SurgeryRecovery depends on the graft type, associated injuries, rehabilitation progress, and the patient's physical condition.A knee brace or crutches may be recommended initially.Swelling and discomfort are managed with prescribed treatment.Early exercises help restore knee movement.Physiotherapy focuses on improving muscle strength and joint flexibility.Balance and coordination exercises are introduced gradually.Running and sports activities are resumed only after appropriate strength and functional testing.Returning to sports often takes around 9–12

Meniscus Repair
Pediatric Cardiac Surgery
Osteochondroma Excision
Pediatric Cardiac Surgery

Osteochondroma Excision

Osteochondroma Excision – DescriptionOsteochondroma Excision is a surgical procedure performed to remove an osteochondroma, which is a non-cancerous bone growth that develops near the growth plate of a bone. It usually appears during childhood or adolescence and commonly affects the long bones around the knee, shoulder, or upper arm.The growth consists of bone covered by a layer of cartilage. Although many osteochondromas do not cause symptoms, some may lead to pain, restricted movement, pressure on nearby nerves or blood vessels, or problems with normal bone growth. During surgery, the surgeon carefully removes the abnormal bone growth while protecting the surrounding tissues.When Is Osteochondroma Excision Needed?This procedure may be recommended for patients who have:Pain or discomfort caused by the bone growth.A visible or noticeable lump near a joint.Restricted movement of the nearby joint.Pressure on surrounding nerves or blood vessels.Difficulty walking or performing daily activities.Bone deformity or problems with normal bone growth.Rapid growth or unusual changes in an existing bone growth.Imaging findings that require further evaluation.Types of OsteochondromaOsteochondroma is generally classified into two main types:Solitary Osteochondroma: A single non-cancerous bone growth develops on one bone.Multiple Osteochondromas: Several bone growths develop in different parts of the body, often due to a hereditary condition called hereditary multiple osteochondromas.Surgical ProcedureDuring Osteochondroma Excision:The patient is given appropriate anesthesia.An incision is made near the affected bone.The surgeon carefully exposes the osteochondroma.The abnormal bone growth and its cartilage cap are removed.Nearby nerves, blood vessels, muscles, and other structures are protected.The surgical area is checked for any remaining abnormal tissue.The incision is closed and covered with a sterile dressing.Benefits of Osteochondroma ExcisionRemoves the abnormal bone growth.Helps reduce pain and discomfort.Improves movement around the affected joint.Relieves pressure on nearby nerves and blood vessels.Helps correct certain movement-related problems.May improve bone alignment in selected patients.Supports better daily physical function.Recovery After SurgeryRecovery depends on the size and location of the osteochondroma and the complexity of the surgery.Mild pain and swelling may occur after surgery.Pain medication may be prescribed when needed.The surgical wound should be kept clean and protected.Temporary activity restrictions may be required.Physiotherapy may help restore strength and joint movement.Weight-bearing may be limited if a weight-bearing bone is involved.Regular follow-up visits and imaging may be recommended to monitor healing.Possible Risks and ComplicationsLike other surgical procedures, osteochondroma excision may involve certain risks, including:

Bone Cyst Surgery
Pediatric Cardiac Surgery

Bone Cyst Surgery

Bone Cyst Surgery – DescriptionBone Cyst Surgery is a procedure performed to treat an abnormal fluid-filled or hollow area within a bone. Bone cysts are usually non-cancerous and commonly occur in children and young adults. They may develop in long bones such as the thigh bone, upper arm bone, or other parts of the skeleton.Some bone cysts do not cause symptoms and may only be discovered during an X-ray. However, larger cysts can weaken the bone, cause pain, limit movement, or increase the risk of fractures. Surgery may involve removing or cleaning the cyst tissue and filling the affected area with bone graft material or another suitable substance to support bone healing.When Is Bone Cyst Surgery Needed?This procedure may be recommended for patients who have:Persistent pain in the affected bone.A large bone cyst that weakens the bone.Repeated or increasing bone fractures.Difficulty walking or using the affected limb.Swelling or tenderness around the affected area.A cyst that continues to grow.A high risk of fracture due to reduced bone strength.A bone cyst that does not improve with observation or other treatments.Types of Bone CystsBone cysts can occur in different forms:Unicameral Bone Cyst: A simple, fluid-filled cavity that usually develops in children and young adults.Aneurysmal Bone Cyst: A blood-filled, expandable bone lesion that can cause swelling, pain, and bone weakening.Intraosseous Ganglion Cyst: A fluid-filled cyst that usually develops near a joint.Other Cystic Bone Lesions: Some bone lesions may look like cysts on imaging and require further investigation to confirm the diagnosis.Surgical TechniquesThe surgeon selects the appropriate treatment based on the cyst type, size, location, and risk of fracture.Curettage: The surgeon makes an opening in the bone and carefully removes the cyst tissue.Bone Grafting: The empty area is filled with bone graft material to support healing and bone strength.Bone Graft Substitute: A synthetic or processed bone-like material may be used to fill the cavity.Steroid or Other Injection Treatment: Certain simple bone cysts may be treated with injections instead of open surgery.Internal Fixation: Metal screws, plates, or rods may be used when the bone needs additional support.Extended Curettage: Additional treatment of the cavity may be used for selected cyst types to reduce the chance of recurrence.Benefits of Bone Cyst SurgeryHelps remove or treat the abnormal bone cavity.Reduces pain and discomfort.Improves bone strength and stability.Helps reduce the risk of fractures.Supports bone healing and recovery.Improves movement and physical function.Helps patients return to normal activities gradually.Recovery After SurgeryRecovery depends on the type of bone cyst, surgical technique, and the affected bone.Pain and swelling may occur after surgery.A brace, cast, or support may be required.Crutches or limited weight-bearing may be recommended.The surgical wound should be kept clean and protected.Physiotherapy may help restore movement and muscle strength.Regular X-rays may be required to monitor bone healing.Normal activities are gradually resumed after the bone becomes sufficiently strong.Possible Risks and ComplicationsLike other surgical procedures, bone cyst surgery may involve certain risks, including:Pain, swelling, or bleeding.Infection at the surgical site.Delayed bone healing.Fracture of the affected bone.Injury to nearby nerves or blood vessels.Joint stiffness or reduced movement.Recurrence or regrowth of the cyst.Need for additional treatment or surgery.ConclusionBone Cyst Surgery is performed to treat cysts that cause pain, weaken the bone, or increase the risk of fractures. The procedure aims to remove or manage the abnormal area, improve bone strength, and support normal movement. The treatment plan depends on the type of cyst, its size and location, and the patient's age and overall condition.

Juvenile Hip Preservation Surgery
Pediatric Cardiac Surgery

Juvenile Hip Preservation Surgery

Juvenile Hip Preservation Surgery – DescriptionJuvenile Hip Preservation Surgery is a group of surgical procedures performed to protect and improve the function of the hip joint in children and adolescents. These procedures aim to correct hip joint abnormalities, improve bone alignment, reduce pain, and preserve the natural hip joint for as long as possible.The surgery is commonly recommended for young patients with hip deformities, abnormal bone development, hip instability, or conditions that affect normal hip growth. Depending on the patient's condition, the surgeon may reshape the hip bones, correct joint alignment, or improve the position of the thigh bone within the hip socket.When Is Juvenile Hip Preservation Surgery Needed?This surgery may be recommended for children and adolescents who have:Hip joint deformities or abnormal bone development.Hip dysplasia, where the hip socket does not properly cover the thigh bone.Hip instability or repeated dislocation.Leg length differences caused by hip problems.Pain or stiffness in the hip joint.Difficulty walking, running, or participating in physical activities.Abnormal hip alignment.Early joint damage that may progress if left untreated.Conditions Treated With Juvenile Hip Preservation SurgeryDevelopmental Dysplasia of the Hip (DDH): Corrects an improperly developed hip socket to improve joint stability.Perthes Disease: Helps improve the position and coverage of the femoral head during the healing process.Slipped Capital Femoral Epiphysis (SCFE): Treats displacement of the upper thigh bone growth plate to protect hip function.Femoroacetabular Impingement (FAI): Corrects abnormal contact between the thigh bone and hip socket.Hip Deformities: Improves abnormal bone shape and alignment around the hip joint.Types of Juvenile Hip Preservation SurgeryThe surgeon selects the appropriate procedure according to the child's age, bone development, and severity of the condition.Pelvic Osteotomy: Reshapes or repositions the pelvic bone to improve coverage of the femoral head.Femoral Osteotomy: Changes the angle or position of the thigh bone to improve hip alignment.Periacetabular Osteotomy (PAO): Repositions the hip socket to provide better coverage of the femoral head in selected adolescents.Hip Arthroscopy: Uses a small camera and specialized instruments to treat selected problems inside the hip joint.Surgical Hip Dislocation: Provides access to the hip joint for correcting certain complex deformities while carefully protecting its blood supply.Benefits of Juvenile Hip Preservation SurgeryHelps preserve the natural hip joint.Improves hip alignment and stability.Reduces pain and discomfort.Supports better walking and movement.Improves joint function and mobility.Helps correct abnormal bone development.May delay the need for hip replacement in the future.Recovery After SurgeryRecovery depends on the type of procedure, the child's age, and the condition being treated.Pain and swelling may occur after surgery.Crutches or walking support may be required.Weight-bearing may be restricted for several weeks.A brace or other support may be recommended in selected cases.Physiotherapy helps restore strength, flexibility, and movement.Regular X-rays may be needed to monitor bone healing and hip alignment.Return to sports and other physical activities is gradual and requires medical approval.Possible Risks and ComplicationsLike other surgical procedures, juvenile hip preservation surgery may involve certain risks, including:Pain, swelling, or bleeding.Infection at the surgical site.Blood clots.Bone healing problems.Joint stiffness or reduced movement.Nerve or blood vessel injury.Persistent hip pain or instability.Need for additional corrective surgery.Progression of joint damage despite treatment.ConclusionJuvenile Hip Preservation Surgery aims to protect the natural hip joint and improve its alignment, stability, and function in children and adolescents. Early evaluation and appropriate treatment may help prevent further joint damage and support better long-term mobility. The surgeon selects the most suitable procedure based on the child's age, bone maturity, hip structure, and overall condition.

OUR SPECIALISTS

Top Specialists in Pediatric Cardiac Surgery

View All Doctors
Principal Director & Head – Orthopaedics & Spine Spine Surgery | Orthopaedics | Joint Replacement

Dr. (Prof.) Bhavuk Garg

Academic Qualifications & Advanced Training Dr. Bhavuk Garg has undertaken extensive medical and specialist training in India and the United States. His qualifications and fellowships include: MBBS – University College of Medical Sciences, New Delhi MS
25+ Years Experience
Max Smart Hospital (Max Saket),
β˜…β˜…β˜…β˜…β˜… 4.8
View Profile & Book
Director & Head - Minimal Access, Bariatric & Gl Surgery Ex Professor of Surgery, AlIMS, New Delhi.

Dr. A. K. Kriplani

MBBS, MS (General Surgery)
30 Experience
All India Institute of Medical Sciences (AIIMS),
β˜…β˜…β˜…β˜…β˜… 4.8
View Profile & Book
Senior Director – Orthopaedics & Joint Replacement | Spine Surgery

Dr. Harshavardhan Hegde

Academic Qualifications Dr. Harshavardhan Hegde completed his: MBBS – 1983 MS (Orthopaedics) – 1987, Baroda Medical College Following his postgraduate training, he pursued additional specialist training and fellowships in orthopaedic and spinal surgery
40+ Years Experience
Max Smart Hospital (Max Saket), Delhi
β˜…β˜…β˜…β˜…β˜… 4.8
View Profile & Book
Director – Medical Oncology | Cancer Specialist in Delhi NCR

Dr. Nagender Sharma

Academic Qualifications & Medical Training Dr. Nagender Sharma's medical education includes: MBBS – Kasturba Medical College, Mangalore MD in Medicine – M. R. Medical College, Gulbarga DM in Medical Oncology – Cancer Institute (WIA), Adyar, Chennai DNB
14+ Years Experience
Max Smart Hospital (Max Saket), Delhi
β˜…β˜…β˜…β˜…β˜… 4.8
View Profile & Book
WHERE TO GET TREATED

Accredited Hospitals for Pediatric Cardiac Surgery

View All Hospitals

Amrita Hospital

Leading multi-specialty healthcare services in India.

Faridabad, Haryana Est:
JCINABHNABL
View Hospital Details

Apollo Athenaa Women’s Cancer Centre

Dedicated Women’s Cancer Care, Bringing Together Specialist Expertise, Advanced Treatment and Compassionate Support for Every Patient

Delhi, Delhi NCR Est: 2025
JCINABH
View Hospital Details

Apollo Hospitals

Leading multi-specialty healthcare services in India.

Gurugram, Haryana Est: 2026
NABH
View Hospital Details
Specialty Patient recovery
SUCCESS STORY

Real Recovery.
Real Hope.

"
β˜…β˜…β˜…β˜…β˜…

Coming from Kenya to seek medical treatment in India was a daunting step. But the team at AthelCare supported us at every single momentβ€”from visa documentation, airport pickup, hospital appointments, to recovering comfortably. The cost was extremely affordable and the surgical outcome was absolutely successful. Highly recommended!

JM
Joseph Mwangi πŸ‡°πŸ‡ͺ Kenya β€” Patient Recovery Success Treated at Apollo Hospitals, New Delhi
FAQ

Common Questions

Get Free Consultation
How do I request a cost estimate or medical opinion?
Simply upload your diagnostic reports and medical summary using our contact form. Our specialized clinical team will review them and send you a detailed treatment proposal and pricing quote within 24-48 hours.
How long will I need to stay in India for treatment?
This varies depending on the severity of the condition and surgical requirements. Minor surgeries require 1-2 weeks of stay, while major surgeries or transplants require 4-8 weeks.
Are clinical results and facilities comparable to USA/UK?
Yes. India's top super-specialty hospitals are NABH & JCI accredited. They leverage state-of-the-art diagnostic equipment, robotic-assisted surgical platforms, and are staffed by highly qualified, fellowship-trained experts.
YOUR HEALTH IS OUR PRIORITY

Take the first step toward
a healthier life.