Ligament Injury Diagnosis, Treatment and Cost
PACE Hospitals offers comprehensive care for ligament injuries in Hyderabad, India, providing personalized ligament injury treatment focused on pain relief , and long-term joint function. Our orthopedic specialists ensure accurate ligament injury diagnosis using advanced imaging and clinical evaluation to determine the severity and type of injury.
Based on the diagnosis, treatment may include structured physiotherapy programs to restore strength, mobility, and flexibility. In cases of severe tears or joint instability, ligament injury surgery or ligament injury operation is recommended using minimally invasive and evidence-based surgical techniques. Each treatment plan is tailored to the patient’s condition, activity level, and recovery goals, ensuring safe rehabilitation and improved quality of life.
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Diagnosis of Ligament injury
The diagnosis of a ligament injury is usually based on a combination of clinical history and physical examination findings, which help the orthopaedic specialist determine the presence and severity of ligament damage. Ligament injuries are assessed according to whether they cause symptoms such as joint pain, swelling, instability, or limitation of movement.
To determine the most appropriate diagnostic approach, the orthopedic doctors consider the following factors before selecting tests to confirm a ligament injury:
- Patient’s Medical history
- Physical examination
Patient Medical History
The orthopedic doctor will ask about how the injury occurred, including any twisting, impact, or sudden movement (reason behind or the cause of it and if any other symptoms). The specialists collect details such as pain onset, swelling, instability, and difficulty using the joint are noted. This report includes all data of any previous injuries or recurrent joint problems that have already occurred.
Physical Examination
This includes direct body examination of affected joints to assess swelling, bruising, tenderness, and range of motion. Specific stress tests may be performed to assess joint stability and ligament integrity. Comparison with the uninjured side helps identify abnormal movement or laxity as often asked by orthopedic doctor and felt by an individual.
A detailed physical examination is a key step in identifying ligament injuries and assessing joint stability.
- Palpation: The clinician gently presses around the injured region to locate areas of swelling, tenderness, warmth, or abnormal joint movement. This helps identify the specific site of ligament involvement and assess the surrounding soft tissues which are affected.
- Range of Motion (ROM) Tests: The joint is carefully moved through its normal range to evaluate pain, stiffness, or restriction. Limited or painful movement may suggest or indicate ligament damage or associated joint injury.
- Stability Tests: Targeted stress tests are performed to evaluate whether the ligament is intact or lax. These tests help determine if the joint moves beyond its normal limits.
- Anterior Drawer Test (It is done for the ankle and knee): The joint is gently pulled forward to assess excessive movement, commonly used to evaluate ankle ligaments and the anterior cruciate ligament of the knee.
- Lachman Test (Done for knee): A sensitive and precise manoeuvre used to assess the stability of the anterior cruciate ligament.
- Varus and Valgus Stress Tests (Done for knee and elbow): Side-to-side force is applied to assess the integrity of the medial and lateral stabilising ligaments.
- Specialized Joint Tests: Certain joints require additional tests to clarify ligament involvement:
- Thompson Test: Compression of the calf is used to assess disruption of structures around the Achilles region.
- McMurray’s Test: Controlled movement of the knee helps identify internal joint injuries that may involve ligaments or supporting structures.
- Finkelstein Test: Wrist positioning is used to determine whether pain is related to ligament or tendon involvement.
✅Diagnostic Tests of ligament injury
This method, including all test evaluation taking into minute details of anatomical deviations with imaging scan reports, helps to confirm the presence of ligament damage, determine its severity, and guide treatment planning. The diagnostic process usually includes:
- Imaging Tests: Imaging techniques, X-rays may be used to rule out fractures (acute ligament injury) or bone-related injuries associated with ligament damage. Magnetic resonance imaging (MRI) is commonly used to confirm ligament tears and assess the extent of soft tissue injury. Ultrasound may be used in certain cases to evaluate ligament structure and surrounding tissues.
- Assessment of Injury Severity: Based on clinical findings and imaging results, ligament injuries are classified by severity. This assessment helps decide whether conservative management or further intervention is required.
Imaging Studies Used to Confirm Ligament Injuries
Imaging investigations are often required to confirm clinical findings and determine the extent of ligament damage.
- X-ray: X-rays are primarily used to exclude fractures or detect avulsion injuries, where a ligament pulls away a small fragment of bone. Although X-rays do not clearly show soft tissues, they are commonly the first imaging study performed.
- Magnetic Resonance Imaging (MRI): MRI Scan is the preferred method for evaluating ligament injuries. It provides detailed images of ligaments, tendons, cartilage, and surrounding soft tissues, making it highly effective for identifying partial or complete ligament tears extensively and assessing injury severity.
- Ultrasound: Ultrasound is a non-invasive imaging option that can detect ligament abnormalities, particularly in smaller or more superficial joints such as the wrist, ankle, and elbow. It allows real-time assessment and dynamic evaluation while the joint is gently moved.
Specific Considerations for Different Joint Injuries
Assessment and management of ligament injuries vary depending on the joint involved and its functional demands. Accordingly, joint-specific evaluation techniques and diagnostic approaches are performed for different body parts as outlined below:
Knee ligament injury
- Common Injuries: Ligament tears involving the right knee ligament injury, ACL ligament injury, MCL ligament injury, PCL ligament injury, or LCL ligament injury are checked properly including patellar ligament injury / kneecap ligament injury, coronary ligament knee injury, cruciate ligament injury and popliteal ligament injury.
- Knee joint ligament injury diagnosis: Clinical stability tests are performed combined with Magnetic resonance imaging (MRI) scan to assess ligament integrity and joint function.
Ankle ligament injury
- Common Injuries: Sprains affecting the lateral or medial ligament complexes (e.g. lateral ligament of ankle injury, medial ankle ligament injury, deltoid ligament injury), and other related injuries such as leg ankle ligament injury, ankle sprain ligament injury.
- Diagnostic Approach for Ankle joint ligament injury: Physical examination is performed to assess ankle ligament injury–related swelling and instability, including appropriate stress tests. Magnetic resonance imaging (MRI) scan is used to evaluate soft tissue damage and to identify region-specific ligament injuries such as talofibular ligament injury, tibionavicular ligament injury, navicular ligament injury, spring ligament injury, long plantar ligament injury, heel ligament injury, cuboid ligament injury, and bifurcate ligament injury.
Wrist ligament Injury and Thumb ligament Injury
- Common Injuries: Injuries involving the thumb stabilising ligaments or intercarpal ligaments, including triangular fibrocartilage complex injury (TFCC ligament injury), scapholunate ligament injury, dorsal radiocarpal ligament injury, palmar radiocarpal ligament injury, palmar ulnocarpal ligament injury and transverse carpal ligament injury.
- Diagnostic Approach: Ultrasound tests are done for initial assessment, with Magnetic resonance imaging (MRI) scan reserved for complex or severe injuries.
Shoulder ligament injury
- Common Injuries: Ligament and soft tissue injuries affecting shoulder stability and giving rise to shoulder joint ligament injury, such as glenohumeral ligament injury, coracoacromial ligament injury, coracoclavicular ligament injury, costoclavicular ligament injury, rotator cuff ligament injury, scapular ligament injury.
- Diagnostic Approach for Shoulder joint ligament injury: Magnetic resonance imaging (MRI) scan is done for detailed soft tissue evaluation, supported by targeted physical tests to assess joint stability.
Elbow ligament injury
- Common Injuries: Ligament injuries affecting the stabilising structures of the elbow, often involving the medial or lateral supporting ligaments such as ulnar collateral ligament (UCL) injury of the elbow, radial collateral ligament injury elbow, annular ligament injury and osborne ligament injury are checked properly.
- Diagnostic Approach for Elbow joint ligament injury: At first physical examination focusing on joint stability, range of motion, and pain localisation; stress tests are used to assess ligament integrity, with imaging such as MRI scans considered when instability or persistent symptoms are present to determine the major problem.
Hip ligament injury, Thigh ligament injury, and Groin ligament injury
- Common Injuries: Ligament injuries involving the stabilising structures of the hip joint and groin region, often associated with trauma, overuse, or sudden directional movements are thoroughly checked including region specific injuries such as inguinal ligament injury, iliofemoral ligament injury, sacroiliac ligament injury (SI joint ligament injury), sacrococcygeal ligament injury.
- Diagnostic Approach: Clinical evaluation includes assessment of gait, hip range of motion, and pain with movement; imaging studies, particularly Magnetic resonance imaging (MRI) scans, are used to evaluate deep ligament structures and exclude associated soft tissue or joint pathology.
Spine ligament injury, Neck ligament injury, and Back ligament injury
- Common Injuries: Ligament injuries affecting cervical, thoracic, or lumbar spinal support structures, which may occur following trauma, sudden force, or repetitive strain leads to lumbar interspinous ligament injury, interspinous ligament injury, supraspinous ligament injury and lower back ligament injury are checked properly.
- Diagnostic Approac h: The assessment focuses and based on pain localisation, spinal alignment, range of motion, and neurological status; imaging such as MRI is often required to evaluate ligament integrity and rule out instability or associated spinal injury. Nerve conduction studies or electromyography (EMG) - if symptoms suggest nerve involvement, these tests assess how well electrical signals travel through the nerves and muscles. Diagnostic injections — in some cases, the ortho specialist may use targeted injections of local anaesthetic to confirm the specific source of pain, especially when multiple areas are affected.
Diagnosing ligament injuries requires a careful combination of physical examination and appropriate imaging tests to confirm the type and severity of injury that has occurred. Early, proper and accurate diagnosis helps guide effective treatment, reduce the risk of long-term instability, and improve functional recovery. Orthopaedic assessment is often essential to determine the most appropriate management plan.
✅Grades of ligament injury
Ligament injuries are medically classified as sprains and are graded based on the extent of ligament fiber damage and the resulting joint stability. The following are the grades of ligament injuries based on their severity:
- Grade 1 ligament injury (Mild): It involves microscopic fiber tearing of the ligament without any significant major tearing along with a slight stretching of the ligament but causing minimal swelling and mild pain. The ligament remains intact and continues to provide joint stability.
- Grade 2 ligament injury (Moderate): It is characterised by a partial ligament tear, where some of the fibers are disrupted but the ligament is not completely ruptured. This type of injury often results in moderate pain, noticeable swelling, bruising, and reduced range of motion. Joint stability may be compromised, making weight-bearing or movement uncomfortable.
- Grade 3 ligament injury (Severe): It represents a complete ligament tear or rupture of 1 or more ligaments, leading to significant loss of joint stability. This results in severe pain at the time of injury, rapid swelling, bruising, and an inability to use or bear weight on the affected joint.
✅Consideration of Orthopedic doctors before treating Ligament injury
Before initiating any treatment approach, the choice of management for a ligament injury depends on the extent of the ligament tear or rupture, the individual’s activity level, and several patient-specific considerations. Selection of the most appropriate treatment option is typically determined by an experienced orthopaedic specialist based on the following factors:
- Age, as healing capacity and functional demands vary across age groups
- Overall health and medical history of the individual person, including the presence of any chronic conditions
- Severity and extent of the ligament injury, whether a partial ligament tear or a complete ligament tear
- Tolerance to medications (NSAIDs), procedures, and rehabilitation therapies
- Estimated time required for healing and recovery
- Individual preferences and functional expectations, particularly regarding activity or sport's related event participation
This comprehensive assessment ensures that ligament injury treatment is tailored to promote optimal recovery and long-term joint stability.
✅Goals of Treatment for Ligament Injury
Ligament injuries are treated with the goal of promoting healing and restoring normal joint function. It also focuses on relieving symptoms, preventing long-term joint instability, and enabling a safe return to daily activities or sports. The goals of treatment for ligament injury include:
- To restore joint stability and normal range of motion
- To reduce pain, swelling, and any sort of inflammation associated with the ligament injury
- To strengthen surrounding muscles to support the injured ligament
- To prevent complications such as chronic instability or recurrent injury
- To improve functional ability and maintain overall quality of life
Get a Medical Second Opinion for Ligament Injury Treatment
At PACE Hospitals, we are committed to providing our patients with the best possible care, and that includes offering second medical opinions with super specialists for treatment or surgery. We recommend everyone to get an expert advance medical second opinion, before taking decision for your treatment or surgery.
Ligament Injury Treatment
Treatment for ligament injuries depends on the severity of the injury, the ligament involved, and the affected joint. The main goals of treatment are to reduce pain and swelling, restore joint stability, and regain normal function. Management may range from conservative care to surgical intervention in severe cases. In overall ligament injury treatment options are given below:
- Non-surgical treatments or Conservative treatment options (Ligament injury treatment without surgery)
- Pharmacological treatment
- Surgical treatment options (Ligament injury surgery)
- Rehabilitation Protocols (Ligament injury rehabilitation exercises)
Non-surgical treatments include:
- RICE (Rest, Ice, Compression, Elevation) Method: The RICE method is commonly used during the early phase of ligament injury management to reduce pain and swelling in the intial phase of any mishappening. Firstly, rest helps prevent further stress on the injured ligament, while ice application (especially in the first 24–48 hours) limits inflammation and discomfort. Compression supports the injured area and helps control swelling, and elevation assists in reducing fluid accumulation by improving blood return. RICE” method is considered as a simple home remedy for ligament injury focused on controlling symptoms and preventing further damage.
- Physical therapy and strengthening exercises (ligament injury physiotherapy treatment): Physical therapy is a key component of ligament injury recovery. A structured ligament injury physiotherapy treatment program targets on restoring joint mobility, improving muscle strength, and reverting back of stability around the injured ligament. Gradual strengthening and balance exercises support healing and help lower the risk of re-injury.
- Bracing or taping for support: Bracing or a tape bandage may be recommended to provide additional joint support during the healing process. These supports reduce excessive joint movement, protect the ruptured ligament, and boost confidence during daily activities and rehabilitation exercises. The type of support used depends on the joint involved and injury severity.
Pharmacological treatment
- Pain relief medications (Use of Nonsteroidal Anti-Inflammatory Drugs – NSAIDs): Pain relievers medicines are frequently administered to alleviate discomfort caused by ligament injuries. Nonsteroidal anti-inflammatory medications (NSAIDs) serve to alleviate pain and inflammation, especially in the acute phase. These medications are generally used for short durations and should be taken under medical supervision as instructed by orthopedic doctors and sports medicine specialists.
Surgical treatment options include:
Ligament Repair, Ligament Reconstruction surgery and can often be performed through arthroscopy (minimal invasive treatment for joints): Surgical intervention may be required for severe ligament injuries or when non-surgical treatment is unsuccessful. Ligament repair involves reattaching the torn ligament, while ligament reconstruction surgery replaces the damaged ligament using graft tissue. These procedures can often be performed through arthroscopy, a minimally invasive diagnostic and treatment technique used for joint conditions.
Rehabilitation Protocols include:
Structured program of mobility, strengthening, and flexibility exercises (Return-to-sport timeline): Successful recovery after ligament injury and ligament tear relies on well-designed rehabilitation protocols following both conservative and surgical treatment. These programs contain a systematic regimen of mobility, strength, and flexibility exercises that build gradually toward functional recovery. The return-to-sport schedule varies according to the degree of the injury, joint involvement, and individual healing response to the mode of treatment.
Knee Ligament Injury Treatment
Management of knee ligament injuries is individualized based on the severity of the ligament tear in accordance with grade, joint stability, and functional demands, and may involve conservative care, biologic therapies, surgical intervention, and structured rehabilitation. Treatment options are selected based on clinical findings and may include the approaches outlined below:
- Conservative Treatment for Knee Ligament Injury: Mild to moderate knee ligament injuries are commonly managed with RICE (Rest, Ice, Compression, Elevation), knee bracing, short-term use of nonsteroidal anti-inflammatory drugs (NSAIDs), and supervised physiotherapy for knee ligament injury to restore movement and strength with knee ligament injury treatment exercises.
- Biologic / Injection-Based Therapy (Adjunctive): In selected cases of partial ligament injury or persistent symptoms, injection therapy may be used as an adjunct to conservative care to support ligament healing with treatment for ligament and tendon injuries, often in combination with a structured rehabilitation program.
- Surgical Treatment for Knee Ligament Injury: Severe or unstable injuries may require ACL reconstruction, PCL reconstruction, or knee ligament repair, most often performed using a minimal invasive procedure of arthroscopic ligament surgery to restore joint stability and function.
- Rehabilitation Protocols for Knee Ligament Injury: Recovery is supported through structured knee rehabilitation programs that include neuromuscular training, progressive mobility, strengthening, and a guided return-to-sport protocol based on healing and functional recovery.
Ankle Ligament Injury Treatment
The management of ankle ligament injuries is determined by the severity of the injury, joint stability, and weight-bearing needs, and may include conservative care, adjuvant biologic therapy, surgical correction, and rehabilitation. It includes:
- Conservative Treatment for Ankle Ligament Injury: Most ankle sprains are treated with the RICE (Rest, Ice, Compression, Elevation) method, ankle bracing or tape bandage use to avoid more pain or stress on the affected region, short-term NSAID drugs, and targeted ankle ligament physiotherapy to restore balance and range of motion.
- Biologic / Injection-Based Therapy (Adjunctive): In chronic or partial ligament tears, injection therapy for ankle ligament injury may be considered to support tissue healing alongside rehabilitation.
- Surgical Treatment for Ankle Ligament Injury: Persistent instability may necessitate ankle ligament repair or lateral ankle ligament restoration, which are frequently treated utilizing minimally invasive techniques followed during arthroscopic ankle surgery with small incisions/cuts.
- Rehabilitation Protocols: Recovery includes proprioceptive training, strengthening, and a graded return-to-activity program.
Foot Ligament Injury Treatment
Treatment of foot ligament injuries focuses on restoring stability and normal gait mechanics application. It includes:
- Conservative Treatment for Foot Ligament Injury: Managed with activity modification, supportive footwear or orthotics, NSAIDs, and foot rehabilitation exercises.
- Biologic Therapy (Adjunctive): Injection therapy may be used in selected midfoot or plantar ligament injuries, depending upon the patient's condition.
- Surgical Treatment for Foot Ligament Injury: Severe instability may require foot ligament reconstruction or stabilisation procedures.
- Rehabilitation Protocols: Emphasis is placed on gait retraining and gradual load progression.
Finger Ligament Injury Treatment
Finger ligament injuries are treated based on joint stability and functional limitation. It includes:
- Conservative Treatment for Finger Ligament Injury: This includes splinting or buddy taping, use of medications (such as NSAIDs), and early hand therapy to maintain motion.
- Surgical Treatment for Finger Ligament Injury: Unstable ligament tears, like severe ligament tears, may need finger ligament repair.
- Rehabilitation Protocols: Controlled mobilisation helps prevent stiffness and restore grip function.
Hand Ligament Injury Treatment
Hand ligament injury treatment helps to preserve dexterity and strength of hand structure. It includes:
- Conservative Treatment for Hand Ligament Injury: It is managed with protective splinting, pain control, and hand physiotherapy.
- Surgical Treatment for Hand Ligament Injury: Significant tears may require hand ligament reconstruction or stabilisation.
- Rehabilitation Protocols: Focused therapy restores fine motor coordination and grip endurance.
Wrist Ligament Injury Treatment
Treatment of wrist ligament injuries aims to restore joint stability while preserving hand function and range of motion avoiding much more swelling. It includes:
- Conservative Treatment for Wrist Ligament Injury: Managed with wrist immobilisation or splinting, short-term NSAIDs, and specialised wrist ligament physiotherapy to regain movement and strength.
- Biologic / Injection-Based Therapy (Adjunctive): Injection therapy for wrist ligament injury may be used in cases having partial tears or persistent symptoms to promote tissue healing alongside rehabilitation.
- Surgical Treatment for Wrist Ligament Injury: Unstable or complete ligament tears in wrist region may require wrist ligament repair or scapholunate ligament reconstruction, often performed using arthroscopic wrist surgery to restore joint stability and mobility for the affected region specifically with minimal invasive cuts or incisions.
- Rehabilitation Protocols: Post-treatment care after injury, surgery, or from conditions like arthritis can include programs of hand therapy, progressive strengthening, and easily return to functional activities.
Shoulder Ligament Injury Treatment
Shoulder ligament injuries necessitate a balance of stabilization and mobility restoration. It includes:
- Conservative Treatment for Shoulder Ligament Injury: This includes activity modification, NSAIDs, and shoulder stabilisation physiotherapy.
- Biologic Therapy (Adjunctive): Injection therapy for shoulder ligament injury may be used in select chronic cases.
- Surgical Treatment for Shoulder Ligament Injury: Recurrent instability may require shoulder ligament repair or arthroscopic shoulder stabilisation surgery.
- Rehabilitation Protocols: Progressive strengthening and return-to-overhead-activity programs are used.
Elbow Ligament Injury Treatment
Elbow ligament injury treatment depends on instability and activity level. It includes:
- Conservative Treatment for Elbow Ligament Injury: Treated with rest, elbow bracing, NSAIDs, and elbow physiotherapy exercises.
- Biologic Therapy (Adjunctive): Injection therapy for elbow ligament injury may support healing in partial tears.
- Surgical Treatment for Elbow Ligament Injury: Severe cases may require UCL reconstruction or elbow ligament repair surgery.
- Rehabilitation Protocols: Gradual strengthening with a return-to-sport or work protocol is followed.
Pelvic Ligament Injury Treatment
Management of pelvic ligament injuries focuses on restoring pelvic stability, pain control, and improving functional mobility, depending on injury severity, complexity, and symptom persistence. It includes:
- Conservative Treatment for Pelvic Ligament Injury: Most cases are managed with targeted pelvic stabilisation physiotherapy, activity modification, pain control using medications taking NSAIDs for limited time, and posture-focused strengthening helps to reduce stress on pelvic ligaments.
- Biologic / Injection-Based Therapy (Adjunctive): In selected chronic cases, Injection therapy for pelvic ligament injury may be considered to support healing when conservative measures provide limited relief.
- Surgical Treatment for Pelvic Ligament Injury: Surgery is rarely required but may be considered in cases of significant instability or trauma-related pelvic ligament disruption.
- Rehabilitation Protocols: Recovery includes core strengthening, pelvic stability exercises, and a gradual return-to-activity program guided by functional improvement.
✅Ligament Injury Recovery Period
The recovery period after a ligament injury varies depending on the severity of the tear, the ligament involved, and the treatment approach. While mild injuries may heal with conservative mode of treatment and care, severe tears often require longer rehabilitation or surgical intervention with ligament injury operation. The table below outlines the general recovery timelines for different ligament injury types:
| Type of Ligament Injury | Severity Description | Typical Treatment Approach | Estimated Recovery Period |
|---|---|---|---|
| Grade I (Mild sprain) | Ligament fibres are stretched but not torn | Rest, ice, compression, physiotherapy | 1–3 weeks |
| Grade II (Partial ligament tear) | Partial tearing of ligament fibres with some instability | Bracing, physiotherapy, and activity modification | 4–8 weeks |
| Grade III (Complete tear) | Complete rupture of the ligament with joint instability | Surgery or prolonged conservative care with rehabilitation | 3–6 months |
| Post-surgical ligament repair | Repaired ligament tissue | Surgery followed by structured rehabilitation | 4–6 months |
| Post-surgical ligament reconstruction | Ligament replaced using graft tissue | Arthroscopic surgery (minimal invasive treatment procedure) and long-term rehabilitation | 6–9 months (or longer) |
| Return to sports (high-demand activity) | Functional recovery and joint stability restored | Advanced rehabilitation and functional testing | 6–12 months |
Note: Knee ligament injury recovery period varies depending on the severity of the ligament tear and the treatment approach, ranging from a few weeks for mild sprains to several months following surgical reconstruction. Similarly, ankle ligament injury recovery time and foot ligament injury recovery time depend on joint stability, weight-bearing demands, and rehabilitation adherence, with recovery often taking more time in those cases that have recurrent sprains or instability. Leg ligament injury recovery time may be influenced by the specific ligament involved and overall mobility requirements, while hand ligament injury recovery time is usually shorter but depends on early immobilisation and hand therapy to restore strength and function.
✅Prognosis for Ligament Injury
The prognosis for a ligament injury largely depends on the severity of the damage (based upon Grading Level I-III), the specific ligament involved, and the timeliness of appropriate treatment considered. Mild ligament injuries (Grade I and Grade II) often heal well with conservative management and structured rehabilitation, allowing individuals to return to normal activities without long-term limitations. For more severe injuries such as Grade III level, particularly related with complete ligament tears or those associated with joint instability, may require surgical intervention and prolonged rehabilitation depending upon age/health status. With proper management and adherence to rehabilitation protocols, many individuals achieve good functional recovery, although some may experience residual stiffness, weakness, or an increased risk of future joint degeneration.
Ligament Injury Treatment Cost in Hyderabad, India
The cost of Ligament Injury Treatment in Hyderabad generally ranges from ₹25,000 to ₹3,80,000 (approx. US $300 – US $4,580).
The exact cost varies depending on the ligament involved (ACL, PCL, MCL, LCL, shoulder, ankle, or wrist ligaments), severity of the injury (partial tear vs complete rupture), need for conservative care or surgery, surgical approach (arthroscopic vs open), implants/grafts used, rehabilitation requirements, and hospital facilities — including cashless treatment options, TPA corporate tie-ups, and assistance with medical insurance wherever applicable.
Cost Breakdown According to Type of Ligament Injury Treatment
- Conservative Management (Medication + Bracing + Physiotherapy) – ₹25,000 – ₹60,000 (US $300 – US $720)
- Ligament Injection Therapy (Steroid, where indicated) – ₹35,000 – ₹90,000 (US $420 – US $1,080)
- Knee Ligament Reconstruction (ACL / PCL – Arthroscopic) – ₹90,000 – ₹2,20,000 (US $1,080 – US $2,650)
- Multi-Ligament Knee Injury Surgery – ₹1,80,000 – ₹3,80,000 (US $2,165 – US $4,580)
- Shoulder Ligament Repair (Arthroscopic Stabilisation) – ₹70,000 – ₹1,80,000 (US $840 – US $2,165)
- Ankle / Wrist Ligament Repair – ₹60,000 – ₹1,40,000 (US $720 – US $1,685)
Frequently Asked Questions (FAQs) on Ligament Injury
How to test for knee ligament injury?
Testing for a knee ligament injury usually starts with a detailed clinical assessment by an orthopaedic surgeon or sports medicine specialist. Specific physical tests helps to evaluate joint stability, range of motion, and pain response. Imaging studies, such as MRI for knee ligament injury, are commonly used to confirm ligament damage and determine injury severity.
Which Is the best hospital for Ligament Injury Treatment in Hyderabad, India?
PACE Hospitals, Hyderabad, is a trusted centre for the diagnosis and management of sports injuries and ligament disorders, offering comprehensive care for athletes and non-athletes alike.
We have highly experienced orthopedic surgeons, sports medicine specialists, physiotherapists, and rehabilitation teams following evidence-based protocols and use minimally invasive arthroscopic techniques to restore joint stability, reduce pain, and help patients return to activity safely.
We are equipped with advanced imaging (MRI), arthroscopy-equipped operation theatres, modern implants and graft options, and structured physiotherapy units, PACE Hospitals ensures safe, effective, and patient-centred ligament injury care — supported by cashless insurance facilities, TPA corporate tie-ups, and smooth documentation assistance.
What are knee ligament injury treatment exercises?
Knee ligament injury treatment exercises focus on restoring joint mobility with range of motion (ROM) exercises, improving muscle strength, and enhancing stability around the knee. These exercises are usually introduced gradually under professional guidance to prevent stiffness and reduce the risk of re-injury.
When is knee ligament injury surgery required?
Knee ligament injury surgery may be recommended in those cases of complete ligament tears, such as severe Grade 3 tears, often happening in young, active individuals with rupture of the anterior cruciate ligament (ACL) in the knee, causing persistent instability, or when conservative treatment fails. Surgical procedures aim to restore joint stability and are often followed by structured rehabilitation.
What Is the cost of Ligament Injury Treatment at PACE Hospitals, Hyderabad?
At PACE Hospitals, Hyderabad, the cost of ligament injury treatment typically ranges from ₹22,000 to ₹3,50,000 and above (approx. US $265 – US $4,210), making it a cost-effective option for advanced orthopedic and sports injury care compared to others. However, the final cost depends on:
- Ligament involved and extent of injury
- Need for conservative care vs surgical reconstruction
- Arthroscopic vs open surgical approach
- Type of graft or implant used
- Surgeon expertise and technology utilised
- Duration of hospital stay and anesthesia requirements
- Diagnostic tests (MRI, X-rays)
- Post-treatment physiotherapy and rehabilitation
For partial ligament tears managed conservatively, costs remain toward the lower end, while complete or multi-ligament injuries requiring reconstruction and prolonged rehabilitation fall toward the higher range.
After a detailed orthopedic evaluation, imaging review, and functional assessment, our specialists provide a personalised treatment plan and transparent cost estimate, aligned with injury severity, activity goals, and long-term joint health.
How to treat ligament injury in ankle?
Treatment of an ankle ligament injury often begins with RICE (Rest, Ice, Compression, Elevation) to control pain and swelling. Ankle bracing and physiotherapy for ankle ligament injury help restore movement and stability. Severe or recurrent injuries may require advanced rehabilitation or surgical evaluation.
Is plaster used in ligament injury treatment?
Plaster in ligament injury may be used in certain cases to immobilise the joint and protect the ligament during early healing. However, prolonged plaster immobilisation is avoided when possible to prevent stiffness and muscle weakness.
How to treat knee ligament injury?
Knee ligament injury treatment depends on the extent of the tear and joint stability. Mild injuries are often treated conservatively with rest, bracing, medication, and physiotherapy. Severe or unstable injuries may require knee ligament surgery followed by rehabilitation.
What is MCL knee ligament injury treatment?
Medial collateral ligament (MCL) knee ligament injury treatment is usually non-surgical. Management includes knee bracing, activity modification, and physiotherapy to restore strength and stability. Surgery is considered only in severe cases or when combined with other ligament injuries.
How is ACL knee ligament injury treatment done?
Anterior cruciate ligament (ACL) knee ligament injury treatment may involve either rehabilitation-based care or ACL reconstruction surgery, depending on knee stability and activity demands. Surgical reconstruction is often followed by a structured rehabilitation program to restore function and prevent long-term instability.
What is the perfect age for ligament injury surgery?
Although, there is no fixed age for ligament injury surgery. The decision is based on joint stability, activity level, and functional needs rather than age alone. Surgical treatment is often considered for active individuals or those with ongoing instability, regardless of age.
Which medicine for knee ligament injury are commonly used?
Pain and inflammation related to knee ligament injury are commonly managed with nonsteroidal anti-inflammatory drugs (NSAIDs). These medications help control swelling and discomfort during the early stages of injury. Medication use should always be guided by a medical professional.
How to treat ligament injury in hand?
Treatment of a ligament injury in the hand depends on the severity of the damage and joint stability. Mild injuries are commonly managed with resting, icing, compressing, and elevating (RICE method) the area to reduce swelling, temporary immobilisation using splints, activity modification, and pain control to allow the ligament fibres to heal. Early evaluation is important because untreated hand ligament injuries may lead to joint stiffness or reduced grip strength. More severe or unstable injuries may require orthopaedic specialist assessment and further intervention to restore hand function.
Is physiotherapy treatment for ligament injury helpful?
Yes, physiotherapy treatment for ligament injury is a key component of recovery across most joints. Rehabilitation focuses on restoring joint movement, improving muscle strength, and enhancing proprioception to support ligament healing. Physiotherapy also helps reduce stiffness and prevents long-term instability by retraining normal movement patterns. A structured and progressive program improves functional recovery and lowers the risk of reinjury.
What is wrist ligament injury treatment?
Wrist ligament injury treatment is guided by the severity of ligament damage and the stability of the wrist joint. Mild to moderate injuries (based on Grade level) are commonly managed with RICE techniques: resting, icing, compressing, and elevating methods, temporary immobilisation using a wrist splint or brace, along with activity modification to allow proper healing. Pain and swelling are addressed early, followed by a structured hand and wrist physiotherapy program to restore movement, strength, and function.
In cases where symptoms persist or joint instability is present, further evaluation may be required. Surgical intervention may be considered for complete ligament tears to restore wrist stability and prevent long-term complications such as chronic pain or reduced grip strength.
What is the level of pain during ligament injury?
Pain levels during a ligament injury can vary widely. Mild injuries may cause manageable discomfort, while complete tears for grade 3 ligament injury often result in significant pain and rapid swelling in the affected area. Pain intensity may decrease over time, but can persist with movement if the injury is not take care or properly treated.
