Trauma – Eternal Ortho

Bone Lengthening & Deformity Correction

Eternal Ortho — Sat, 05 Jul 2025 04:24:08 +0000

Limb Lengthening & Deformity Correction

Performed by Dr. Lokesh | Eternal Orthopaedics

At Eternal Orthopaedics, Dr. Lokesh offers comprehensive limb lengthening and deformity correction services for patients with limb length discrepancies, congenital conditions, post-traumatic shortening, or bone growth abnormalities. Using state-of-the-art technology and individualized planning, we help patients regain symmetry, function, and mobility.

Why & What is Limb Lengthening?

Limb lengthening allows gradual extension of a bone (usually femur or tibia, sometimes upper limb bones) by controlled distraction of the bone segments, with new bone forming in the gap (distraction osteogenesis).
Indications include:
• Congenital limb length discrepancy (e.g. congenital femoral deficiency, hemihypertrophy)
• Post-traumatic shortening (after fracture healing with malunion or resection)
• Growth plate injury leading to one limb being shorter
• Skeletal dysplasia or other growth abnormalities
• Cosmetic, stature enhancement (in selected, carefully counseled patients)

With modern techniques, limb lengthening is safer, more predictable, and with fewer complications than older methods.

Methods & Devices We Use

At Eternal Orthopaedics, Dr. Lokesh employs several limb lengthening systems and techniques, tailored to each patient’s anatomy, amount of lengthening desired, bone quality, patient compliance, and comorbidities. Below are the options:

1. Internal Electromagnetic (Motorized) Rods (Fully Internal Lengthening Nails)

Electromagnetic Remote for nail lengthening

A telescopic rod is implanted inside the bone (intramedullary).
After osteotomy and initial healing, the rod is lengthened gradually using an external controller (remote) that activates the internal motor.
Benefits: no external frame, better patient comfort, lower risk of pin-site infections, cosmetic advantage.
Limitations: bone size and quality must allow intramedullary implantation; for large deformities or shorter bones external methods may still be preferred, reported cases of nail breakage is there.

2. Ilizarov (Circular External Fixator)

One of the classic and versatile external devices.
A circular frame with wires and rings is fixed around the bone, and fine adjustments (turning nuts) gradually distract the bone.
Particularly useful for complex deformities (angulation, rotation) as well as lengthening.
Advantages: excellent deformity control; can correct in multiple planes.
Challenges: patient must manage pin-site cleaning, discomfort, and soft-tissue tethering; longer external period.
Ring external fixatopr with nail inside bone to guide the bone lengthening track

3. LRS (Limb Reconstruction System) / Monolateral External Fixator

A single-side external rod/fixator along the bone, attached with pins or screws.
Easier to apply and manage compared to circular frames, more acceptable cosmetically in some cases.
Good for straightforward lengthening without complex multiplanar deformities.
Pin-site care is essential.
Monorail fixator with nail

4. Nail in Situ with or without Partial External Support (“Hybrid” Technique)

This is a hybrid approach: an intramedullary nail (or a “static” rod) is already present (“in situ”) or inserted, and external fixators are used in tandem to provide controlled distraction.
Once desired length is achieved, the external component is removed and the nail maintains stability during consolidation.
Benefit: shorter external fixation time, improved comfort, and better stability in consolidation.

How the Procedure Works (Step by Step)

Preoperative evaluation & planning
- Detailed clinical assessment, full-length standing radiographs, CT scan if needed
- Limb length measurements, alignment assessment, soft tissue evaluation
- Planning of osteotomy site(s), fixation method, target length, and rate of distraction
Surgical osteotomy & implant placement
- Under general or regional anesthesia, Dr. Lokesh performs a controlled osteotomy (bone cut)
- The chosen device (intramedullary rod or external fixator) is applied, ensuring stable fixation of the bone segments
Latency phase
- A waiting period (commonly 5–7 days) allowing early biologic healing response before distraction begins
Distraction (Lengthening) phase
- Gradual lengthening is begun — typically 0.5–1.0 mm per day in multiple small increments
- In electromagnetic nail systems, the patient uses an external controller to adjust the rod
- In external fixators (Ilizarov, LRS), adjustment nuts or mechanisms are turned per schedule
- Frequent follow-up, periodic X-rays to assess regenerate quality
- Physical therapy begins early to maintain joint motion, muscle strength, and soft tissue flexibility
Consolidation phase
- Once the target length is achieved, distraction stops
- The regenerate bone continues to strengthen and mineralize over weeks to months
- Device remains in place (internal or external) until sufficient bone hardness is achieved
Device Removal (if external or hybrid)
- For external fixators or external components in hybrid systems, removal is done via a minor surgical or outpatient procedure
- Casts, braces or protective supports may be used briefly afterward

Advantages & Risks

Advantages

Restore symmetry of limb length, improving gait, posture, and function
Reduce compensatory problems (e.g. back pain, hip or knee pain) caused by discrepancy
Modern internal systems improve comfort, reduce infection risk, and enhance patient satisfaction
Tailored technique options allow customization according to each patient’s needs

Risks & Complications

Poor consolidation or nonunion of regenerate bone
Infection (especially pin-site infections in external fixators)
Delay in bone formation or regenerate deformity
Soft tissue tightness, joint stiffness, or contractures
Neurovascular injury (nerve stretch or compression)
Implant failure, bending, or mechanical breakage
Need for secondary surgeries, adjustments
Pain, discomfort during distraction
Psychological stress, compliance dependency

Dr. Lokesh and the Eternal Orthopaedics team meticulously monitor and manage each of these risks through patient selection, precise surgical technique, close follow-up, and rehabilitation support.

What to Expect After Surgery & During Recovery

Hospital stay: typically a few days post-surgery
Mobility: use of crutches, walker or wheelchair initially; gradual weight-bearing as per radiographic signs
Physical therapy: starts early, focusing on joint motion, muscle flexibility, and strength
Follow-up & imaging: frequent X-rays during distraction and consolidation phases to monitor regenerate formation
Duration: the external or device period is often estimated as “3 months per inch (≈ 2.5 cm)” of lengthening (varies by method)
Removal: once bone is fully matured, external fixators or external components are removed
Return to daily life: gradual, with protective supports or braces initially; full function over months

Is Limb Lengthening Right for You?

Not everyone is a candidate. You may be considered for the procedure if:

You have a measurable limb length discrepancy or deformity significantly affecting function
Your bone quality, soft tissues, and overall health allow safe surgery and healing
You are motivated, compliant, and ready for close follow-up and rehabilitation
You understand the risks, duration, and commitment involved

During a consultation, Dr. Lokesh will examine you, review imaging, explain the best options, discuss expected outcomes, and answer your questions.

Why Choose Eternal Orthopaedics & Dr. Lokesh?

Specialized expertise in limb lengthening, deformity correction, and reconstructive orthopaedics
Access to a full suite of techniques (electromagnetic rods, Ilizarov, LRS, hybrid methods)
Personalized approach — selecting the best method for you
Comprehensive surgical care, rehabilitation, and close follow-up
Commitment to patient comfort, safety, and optimal functional outcomes

If you’d like to learn whether you are a candidate for limb lengthening, or to discuss which technique is best for your case, please contact us or book a consultation with Dr. Lokesh.

Pelvic Acetabular

Eternal Ortho — Sat, 05 Jul 2025 04:22:38 +0000

There are very few centers in India that provide specialized services for reconstructing Complex Pelvis Acetabular Trauma. Our institution is proud of its great outcomes in these difficult and demanding surgeries. The scope of surgery includes Acetabulum repair and stabilization of unstable pelvic fractures.

Pelvic and Acetabular fractures are among the most serious injuries treated by our orthopedic specialists. These fractures, which are frequently the result of a traumatic incident such as a car accident or a bad fall, necessitate prompt and precise treatment and, in some circumstances, one or more surgical treatments.

What Exactly Is? Acetabular Fracture

An acetabular fracture is a break in the “ball-and-socket” hip joint socket. Hip socket fractures are uncommon, occurring far less common than fractures of the upper femur or femoral head (the joint’s “ball” section).

A high-energy event, such as a vehicle accident causes the vast majority of acetabular fractures. Patients frequently have further injuries that necessitate rapid treatment.

A low-energy occurrence, such as a fall from standing, may produce an acetabular fracture in an older person with weaker bones in a reduced proportion of cases.

Surgery to restore normal hip architecture and stabilize the hip joint is frequently used to treat acetabular fractures.

Nonsurgical Therapy in Gurgaon

Nonsurgical treatment may be suggested for stable fractures with no displaced bones. It may also be indicated for patients who are more likely to experience surgical problems. Patients with severe osteoporosis, heart disease, or other medical issues, for example, may be unable to withstand surgery.

Nonsurgical options include:

Assistance in walking. To prevent putting weight on your leg, your doctor may advise you to use crutches or a walker for up to three months—or until your bones have healed completely.
Assistive devices for positioning. If your doctor is concerned about joint instability (the ball of your hip slipping within or popping out of the socket), he or she may limit the position of your hip, limiting how far you may bend it. An abduction cushion or knee immobilizer, for example, can assist you in maintaining these constraints.
Medications. Your doctor may give pain relievers as well as an anti-coagulant (blood thinner) to lower the chance of blood clots forming in your leg veins.

Surgical Intervention

The majority of acetabular fractures are treated surgically. Because acetabular fractures impair the cartilage surface of the bone, restoring a smooth, gliding hip surface is an important goal of surgery.

During the procedure, your doctor will rebuild the normal architecture of the hip joint by aligning bone pieces to restore the acetabulum surface and fitting the femoral head into the hip socket.

Surgery timing. The majority of acetabular fractures are not treated properly. Your doctor may postpone your surgery for a few days to ensure that your overall condition is stable and that you are ready for the procedure.

During this time, your doctor may use skeletal traction on your leg to immobilize the fracture and avoid further injury or damage to the hip socket. A metal pin is placed in the femur or tibia bone during skeletal traction. Weights attached to the pin gently pull on the leg, attempting to preserve the broken bone fragments as normally as possible. Skeletal traction also gives some pain alleviation for many people.

Internal Fixation and Open Reduction

The misplaced bone fragments are initially realigned (reduced) into their natural alignment during surgery.

Your doctor will then apply metal plates and screws to the bone’s outer surfaces to keep the fragments together while they recover.

Your doctor will make an incision in the front, side, or rear of your hip, depending on the position of your fracture. A combination of methodologies or an alternate strategy is utilized on occasion.

Hip Replacement Surgery in Gurgaon

In rare circumstances, the acetabulum is so badly damaged that repair or rebuilding is unlikely to yield a satisfactory long-term result. In this case, your doctor may advise total hip replacement. The damaged bone and articular cartilage are removed and replaced with artificial pieces (prosthesis) during this operation.

Before conducting a total hip replacement, the doctor will use screw and plate fixation to realign the bones into their normal alignment whenever possible. If this is not possible, the doctor may postpone the treatment for a period of time to allow the fracture to heal in its unaligned position first. He or she will next execute a total hip replacement, which involves replacing the crooked hip socket with a total hip prosthesis.

Dr. Lokesh Garg is counted among one of the most famed & experienced Pelvic acetabular trauma surgeon in Gurgaon. Best Pelvic acetabular trauma Treatment Hospital in Gurgaon Sector 52, 90, led by Pelvic acetabular trauma specialist Gurgaon.