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Dr. Vijay Kumar - Bond & Joint Care Centre
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Anatomic Ligament Repair

Ankle Ligament Reconstruction (ATFL / CFL) & Sprains in Patna

Repairing torn ankle ligaments, locking the ankle in place, and eliminating chronic ankle instability and recurrent sprains.

4K KeyholeMinimally Invasive
AIIMS ApexSurgical Pedigree
AnatomicLigament & Meniscus Repair
AcceleratedReturn to Sports
Call HotlineWhatsApp Desk
Cashless Mediclaim & TPA Accepted
Comprehensive Post-Op Rehabilitation
Ankle Ligament Reconstruction (ATFL / CFL) & Sprains
Dr. Vijay Kumar
Dr. Vijay KumarAIIMS New Delhi • Nara Japan Fellow
Clinical Condition & Pathology

Understanding Ankle Ligament Reconstruction (ATFL / CFL) & Sprains

Ankle sprains are among the most common athletic and daily injuries, tearing the Anterior Talofibular Ligament (ATFL) and Calcaneofibular Ligament (CFL) on the outer ankle. While most acute sprains heal with conservative therapy, up to 20–30% develop Chronic Ankle Instability (CAI)—where stretched or ruptured ligaments fail to hold the ankle stable. Patients suffer recurrent twisting episodes, chronic swelling, and anxiety on uneven ground. The Modified Brostrom-Gould procedure with Internal Brace suture tape reconstructs the ligaments anatomically, restoring rock-solid stability.

The Minimally Invasive Arthroscopy Advantage

Advanced 4K keyhole arthroscopy allows complete visualization and anatomical repair through pencil-thin incisions, eliminating extensive soft-tissue cutting, preserving natural joint biomechanics, and drastically accelerating recovery.

Patient Symptoms & Indications

When Should You Consider Consultation for Ankle Ligament Surgery?

Specialist intervention is considered when joint pain or functional limitation significantly disrupts your daily life and conservative measures have been exhausted. Check if you experience any of the following:

Ankle that frequently twists, rolls over, or 'gives way' during walking, running, or stepping off curbs.

Persistent aching pain and swelling on the outer ankle months after a sprain.

Apprehension and lack of confidence when walking on grass, cobblestones, or uneven ground.

MRI confirmation of complete ATFL/CFL tear or attenuation.

Athlete or active individual unable to return to basketball, football, running, or tennis due to ankle instability.

Apex AIIMS & International Fellowship Certified Surgeon10+ Years Surgical Practice

Dr. Vijay Kumar

Verified Specialist
MBBS, MS Orthopaedics (AIIMS New Delhi)

Senior Consultant Orthopaedic, Robotic Joint Replacement & Complex Articular Trauma Surgeon

Fellowship in Robotic Joint ReplacementJapan
Nara Medical University, Japan (Mako™ & ROSA® Robotic Platforms)
European Fellowship in Arthroplasty & ArthroscopyAustria
Evangelisches Krankenhaus, Vienna, Austria
Senior Residency in Orthopaedics & High-Energy TraumaAIIMS New Delhi
All India Institute of Medical Sciences (AIIMS), New Delhi
“My surgical philosophy centers on biological preservation, anatomical restoration, and rapid functional recovery. By tailoring the intervention to each patient's unique anatomy and lifestyle, we achieve lasting pain relief and active mobility.”
Surgical Protocol

The 4-Stage Precision Clinical Workflow

01

Pre-Operative MRI & Diagnostic Mapping

4K diagnostic ankle arthroscopy evaluating cartilage integrity and clearing anterolateral soft-tissue impingement.

02

High-Definition 4K Arthroscopic Access

Minimally invasive 3-cm incision over the lateral malleolus.

03

Precision Anatomical Repair / Reconstruction

Identification and anatomical mobilization of the torn ATFL and CFL ligaments.

04

Bio-Fixation & Sports Rehab Roadmap

Re-anchoring ligaments firmly to the fibula using bio-composite suture anchors and reinforcing with inferior extensor retinaculum.

05

Stage 05: Arthroscopic Execution

Application of high-strength Internal Brace suture tape bridging the fibula to talus for immediate mechanical protection.

Comprehensive Care Spectrum

Treatment Modalities Offered

Dr. Vijay Kumar practices conservative joint-sparing protocols first, proceeding to advanced surgical intervention only when indicated:

Non-Surgical & Joint Sparing

  • Neuromuscular peroneal muscle strengthening and wobble-board balance therapy
  • Semi-rigid functional lace-up ankle braces during athletic activity
  • Custom orthotic insoles with lateral heel wedges
  • Activity modification avoiding high-risk unbraced sports

Specialised Surgical Procedures

  • Modified Brostrom-Gould Anatomical Ligament Repair
  • Internal Brace Suture Tape Augmentation (allowing early accelerated mobilization)
  • All-Arthroscopic Brostrom Repair with bio-anchors
  • Anatomical Tendon Autograft Reconstruction for long-standing neglected laxity
Post-Operative Recovery

Recovery Timeline & Mobility Milestones

Expected Active Recovery:Protected walking in boot for 2–3 weeks; transition to supportive trainers at 4 weeks; full sports at 10–12 weeks
Phase 1

Weeks 1–2: Protected weight-bearing in walking boot, gentle active ankle pumping exercises.

Phase 2

Weeks 3–4: Weaning off boot into supportive athletic shoe, stationary cycling, balance board training.

Phase 3

Weeks 6–8: Agile lateral movement drills, jogging, resistance band peroneal strengthening.

Phase 4

Weeks 10–12: Full return to competitive athletics, tennis, football, and running without brace.

Internal Brace augmentation provides immediate mechanical reinforcement, preventing stretching of the biological repair during early healing.
Global Surgical Training

International Fellowship & Surgical Suite Records

Dr. Vijay Kumar with ROSA Robotic Arthroplasty System
Nara Medical University, Japan

Intraoperative kinematics & 3D navigation alongside Japanese surgical faculty.

Dr. Vijay Kumar in Modern Surgical Arthroplasty Suite
Advanced Orthopaedic Centre

International fellowship-level precision applied to patient care in Patna.

Patient Queries Answered

Frequently Asked Questions on Ankle Ligament Surgery

The Internal Brace is a high-strength braided suture tape placed over the repaired ligament that acts like a secondary seatbelt, protecting the healing tissue and allowing patients to walk weeks earlier.