Frequently Asked Questions

ACL injuries are diagnosed through a combination of clinical examination and imaging studies. During the examination, specific stability tests are performed to assess ligament function. MRI is typically used to confirm the tear and evaluate associated structures such as the meniscus or cartilage.

ACL reconstruction is usually recommended when knee instability affects daily activities, work, or sports. In some cases, patients with lower activity levels may be managed without surgery, but this depends on clinical findings, functional demands, and the risk of further joint damage.

Common graft options include hamstring tendon or patellar tendon grafts. The choice depends on patient-specific factors such as age, activity level, anatomy, and surgeon preference, with the goal of restoring stability and long-term function.

The procedure typically takes between 60 and 90 minutes. The exact duration may vary depending on the complexity of the injury and whether additional procedures, such as meniscus treatment, are required.

Most patients begin walking with support within the first 1–2 days after surgery. Early mobilisation is important to reduce stiffness and support recovery, while weight-bearing is gradually increased under guidance.

ACL reconstruction is usually performed under spinal anaesthesia with sedation or general anaesthesia, depending on patient and clinical factors. It is typically a minimally invasive arthroscopic procedure, and most patients are discharged the same day or after one night in hospital.

Return to sports usually takes around 4 to 6 months, depending on strength, stability, and rehabilitation progress. A structured physiotherapy programme is essential to ensure safe return to activity and reduce the risk of re-injury.

Before travelling, your MRI scans and medical reports are reviewed to assess the injury and outline a preliminary plan.

The final decision is confirmed after clinical examination to ensure accurate diagnosis and appropriate treatment.

The surgical risks are similar to those in your home country.

However, in treatment abroad, outcomes can be affected by gaps in planning, rehabilitation, or follow-up rather than the procedure itself.

After returning home, recovery continues with a structured physiotherapy programme.

Clear communication and documentation help ensure safe progression and continuity of care.

It involves reconstruction of multiple ligaments such as the PCL, MCL, LCL, or posterolateral corner.

These injuries often occur after significant trauma and result in severe knee instability.

Surgery is required when multiple ligaments are injured and the knee is unstable.

Without treatment, this can lead to long-term functional problems and joint damage.

Diagnosis is based on clinical examination and MRI imaging.

A detailed assessment is needed to understand the extent of injury and plan treatment.

The procedure usually takes between 1.5 and 3 hours, depending on the number of ligaments involved. More complex cases may require staged or combined procedures.

Yes, recovery is generally longer due to the complexity of the injury and reconstruction. Rehabilitation is more extensive and requires careful progression.

Surgery is performed under spinal anaesthesia with sedation or general anaesthesia.

Patients typically stay in hospital for 2–3 days, with early rehabilitation starting during this period.

Basic daily activities may resume within several weeks, depending on recovery progress.

Full recovery usually takes several months with structured rehabilitation.

Before travelling, existing MRI scans, imaging reports, and medical history are reviewed to understand the injury and make an initial assessment.

Based on this, a preliminary treatment plan can be outlined. However, the final diagnosis and surgical decision are confirmed after in-person clinical evaluation before the procedure.

The main risk is lack of coordination between different stages of care.

Complex injuries require careful planning and follow-up to achieve good outcomes.

Recovery continues with a structured rehabilitation programme and ongoing monitoring.

Clear communication and documentation are essential for long-term stability and function.

Crouch gait is a walking pattern characterised by excessive bending of the knees during movement.

It is commonly seen in children with neuromuscular conditions.

It is usually caused by muscle imbalance, weakness, or neurological conditions such as cerebral palsy.

Multiple factors often contribute to the condition.

Diagnosis involves clinical examination, gait analysis, and imaging when required.

A comprehensive assessment is essential to understand the underlying causes.

No, mild cases may be managed with physiotherapy and supportive treatment.

Surgery is considered in more severe or progressive cases.

Treatment may include physiotherapy, orthotics, or multi-level surgical correction.

The approach depends on the child’s specific needs.

Surgical treatment is performed under general anaesthesia.

Hospital stay varies depending on the complexity of the procedure.

Treatment aims to correct alignment and improve muscle balance.

This helps improve walking efficiency and reduce energy expenditure.

Clinical information, videos, and imaging are reviewed before travel.

Final decisions are made after detailed in-person assessment.

Crouch gait often requires long-term rehabilitation and follow-up.

Proper coordination is important to ensure continuity of care.

Recovery involves structured physiotherapy and gradual functional improvement.

Families are guided through each stage of the rehabilitation process.

Knee flexion contracture is a condition where the knee cannot fully straighten.

This can affect posture, walking, and overall mobility.

It is often caused by muscle tightness, neurological conditions, or long-standing imbalance.

The severity varies depending on the underlying condition.

Diagnosis is made through clinical examination and functional assessment.

Imaging may be used to evaluate joint and bone structure when needed.

Treatment is recommended when the condition affects walking, posture, or daily activities.

Early intervention can help prevent progression.

Options include physiotherapy, stretching programmes, and surgical correction when required.

Treatment is tailored based on severity and patient needs.

Surgical treatment is performed under general anaesthesia.

Hospital stay is usually a few days, followed by early rehabilitation.

Recovery is gradual and depends on the severity of the condition and treatment performed.

Rehabilitation plays a key role in improving long-term outcomes.

Imaging, clinical reports, and functional assessment are reviewed before travel.

Final planning is confirmed after clinical examination.

The main challenge is maintaining continuity of care during recovery.

Clear follow-up planning is important for long-term improvement.

Patients continue physiotherapy and structured rehabilitation locally.

Ongoing monitoring supports functional improvement over time.

Meniscectomy is the removal of the damaged part of the meniscus when the tear cannot be repaired. It is performed to relieve pain and mechanical symptoms such as locking or catching.

The aim is to preserve as much healthy tissue as possible, as excessive removal may affect long-term joint function.

Meniscectomy is recommended when the tear is located in a non-healing zone or when the tissue quality is not suitable for repair.

This decision is based on MRI findings and, when needed, confirmed during arthroscopic evaluation.

Diagnosis is made through clinical examination and MRI imaging. MRI helps identify the type, location, and extent of the tear.

This allows for accurate treatment planning before deciding between repair or removal.

Meniscectomy is a relatively short procedure, typically taking 30 to 60 minutes. It is performed using minimally invasive arthroscopic techniques.

Additional procedures, if needed, may slightly extend the duration.

Most patients are able to walk shortly after surgery, often on the same day with minimal support.

Early mobilisation helps reduce stiffness and supports a quicker return to daily activities.

The procedure is usually performed under spinal anaesthesia with sedation or general anaesthesia when required.

It is typically a day-case surgery, and patients are discharged once initial recovery is complete.

Recovery is generally quick, with many patients returning to daily activities within a few weeks.

The focus is on restoring mobility and strength without overloading the joint too early.

Before travelling, MRI scans and medical reports are reviewed to determine whether removal or repair is the appropriate treatment.

This helps ensure that the surgical indication is clear in advance.

Surgical risks are generally low and similar across countries.

In treatment abroad, the main risk is inadequate diagnosis or lack of structured follow-up, which may affect recovery.

After returning home, patients continue physiotherapy and gradually increase activity levels.

Clear medical documentation and guidance support safe recovery and continuity of care.

Meniscus repair involves suturing the torn meniscus to preserve its function.

This approach helps maintain joint stability and may reduce the risk of long-term degeneration.

Repair is possible when the tear is located in a vascular zone and the tissue quality is suitable.

Not all tears meet these criteria, which is why careful evaluation is required.

When feasible, repair is preferred as it preserves the natural structure of the knee.

However, in unsuitable tears, removal may provide a more reliable outcome.

The decision is based on MRI findings and clinical assessment, with final confirmation sometimes made during arthroscopy.

This ensures that the most appropriate treatment is performed.

The procedure typically takes between 45 and 90 minutes, depending on the complexity of the tear.

It is performed using minimally invasive arthroscopic techniques.

It is usually performed under spinal anaesthesia with sedation or general anaesthesia.

Patients are typically discharged the same day or after an overnight stay.

Recovery is longer than meniscectomy because the repaired tissue requires time to heal.

Activity may be temporarily restricted to protect the repair.

MRI and clinical findings are reviewed before travel to assess whether repair is feasible.

Final confirmation may be made during surgery.

Successful repair depends on both surgical technique and strict adherence to rehabilitation.

In treatment abroad, clear planning and follow-up are important for optimal healing.

Recovery continues with a structured rehabilitation programme focusing on gradual progression.

Patients are guided to protect the repair while restoring function.

This depends on the location and extent of cartilage damage. If the damage is limited to one compartment, partial replacement may be possible. This is confirmed through detailed imaging and clinical assessment.

It preserves healthy joint structures, may allow more natural movement when performed in appropriately selected patients., and often results in faster early recovery.

Yes, in some cases further joint degeneration may occur over time, which can require conversion to total knee replacement. This depends on long-term joint progression and overall knee condition.

It may be considered in selected patients, depending on joint condition, activity level, and alignment of the knee joint. Careful patient selection is important to ensure long-term outcomes.

Partial knee replacement is typically performed under spinal or combined spinal-epidural anaesthesia, sometimes with light sedation. General anaesthesia may be used in selected cases depending on patient factors.

The procedure usually takes around 60 to 90 minutes. Patients typically stay in hospital for 1 to 3 days, with early mobilisation and physiotherapy starting shortly after surgery.

Suitability is confirmed through detailed imaging, including X-rays or MRI, along with clinical assessment. This ensures that the damage is limited to one compartment and that partial replacement is the correct surgical option.

If partial knee replacement is not appropriate, this is identified before travel. In such cases, alternative treatment options, including total knee replacement or non-surgical management, are considered based on your condition.

Correct diagnosis and patient selection are essential, as performing partial replacement in unsuitable cases may affect long-term outcomes. Proper planning, communication, and follow-up are also important to ensure a safe and effective recovery.

After returning home, recovery continues with physiotherapy and gradual return to daily activities. Patients receive detailed medical documentation and a structured rehabilitation plan to support continuity of care and safe recovery.

Recovery after partial knee replacement is generally faster than total knee replacement.

In the first few weeks, patients focus on pain control and basic mobility. Many patients return to daily activities within a few weeks, depending on their condition and rehabilitation progress.

Further improvement in strength and function continues over the following months, with recovery supported by structured physiotherapy.

Patellar instability is usually caused by anatomical factors, ligament injury, or alignment issues affecting the kneecap.

These factors can lead to recurrent dislocation or a feeling of the knee “giving way.”

Surgery is considered when there are recurrent dislocations or persistent instability despite physiotherapy.

The goal is to restore stability and prevent further joint damage.

Common procedures include medial patellofemoral ligament (MPFL) reconstruction and, in some cases, alignment correction procedures.

The exact approach depends on the underlying cause of instability.

The procedure typically takes between 1 and 2 hours.

Duration may vary depending on whether additional corrective procedures are required.

Yes, mild cases may be managed with physiotherapy and muscle strengthening.

However, recurrent instability often requires surgical stabilisation.

Surgery is usually performed under spinal anaesthesia with sedation or general anaesthesia.

Patients typically stay in hospital for 1–2 days, with early mobilisation starting shortly after surgery.

Daily activities usually resume within a few weeks, while return to sports may take several months depending on recovery.

Rehabilitation plays a key role in restoring stability and movement.

Imaging, alignment analysis, and clinical findings are reviewed to determine the most appropriate procedure.

This ensures that treatment is tailored to the underlying cause of instability.

The surgical risks are generally similar across countries.

In treatment abroad, insufficient planning or follow-up may affect recovery and long-term stability.

Recovery continues with physiotherapy focused on strengthening and stability.

Patients receive structured guidance to support safe and gradual return to activity.

Robotic or computer-assisted systems improve precision in implant positioning, but this does not automatically make it better for every patient. Outcomes depend on correct indication and surgical technique.

It may be beneficial in patients with complex alignment, previous surgery, or anatomical variations where precise positioning is important.

No. Many patients achieve excellent outcomes with conventional techniques when performed by experienced surgeons.

It may improve accuracy, but complications still depend on overall surgical planning, patient factors, and post-operative care.

Recovery is generally similar to standard knee replacement, as rehabilitation and patient factors play a bigger role.

Planning is based on imaging, alignment analysis, and surgical strategy tailored to your anatomy.

No. These systems are used in selected centres with appropriate infrastructure and trained surgical teams.

Your imaging and medical history are reviewed to determine whether robotic assistance provides a meaningful advantage in your case.

The system itself is only one part — surgeon experience, case selection, and follow-up care are equally important.

You will continue rehabilitation locally with a structured plan, supported by medical documentation and follow-up guidance.

Stiff knee refers to limited knee movement that affects walking and daily function. It is often associated with neuromuscular conditions or muscle imbalance.

This limitation can lead to inefficient walking patterns and increased fatigue over time.

It may be caused by muscle tightness, neurological conditions such as cerebral palsy, or previous injury.

The underlying cause determines the most appropriate treatment approach.

Diagnosis is based on clinical examination, functional assessment, and sometimes gait analysis.

Imaging may be used to support evaluation if structural issues are suspected.

No, many cases can be managed with physiotherapy and targeted rehabilitation.

Surgery is considered when function is significantly affected and conservative treatment is not sufficient.

Treatment may include physiotherapy, muscle lengthening procedures, or combined surgical approaches.

The goal is to improve range of motion and walking efficiency.

If surgery is required, it is typically performed under general anaesthesia.

Hospital stay depends on the procedure but is usually a few days with early rehabilitation.

Treatment aims to restore knee movement and reduce abnormal gait patterns.

Improved mobility can lead to better balance and reduced fatigue.

Before travelling, clinical history, videos of walking, and available imaging are reviewed.

Final assessment is made after in-person examination to confirm the treatment plan.

Pediatric conditions often require long-term follow-up and rehabilitation.

Clear planning and communication are essential to ensure continuity of care after returning home.

Recovery continues with physiotherapy tailored to the child’s needs.

Families receive guidance to support ongoing development and functional improvement.

It is a surgical procedure used to correct alignment of the femur near the knee.

This helps redistribute load across the joint and improve function.

It is recommended in cases of deformity or malalignment affecting joint mechanics.

It may help delay or prevent further joint damage.

Diagnosis is based on clinical examination and imaging such as X-rays.

Alignment analysis is essential for planning correction.

The procedure involves controlled bone cuts and repositioning to correct alignment.

The bone is stabilised using plates and screws.

The procedure typically takes between 1.5 and 2.5 hours.

Duration depends on the complexity of correction.

It is performed under general anaesthesia.

Hospital stay is usually a few days, with early rehabilitation starting shortly after surgery.

Recovery is gradual and depends on bone healing and rehabilitation progress.

Patients may require support during the early phase.

Imaging and clinical data are reviewed before travel to assess alignment and plan correction.

Final planning is confirmed after in-person evaluation.

Risks are similar to those in any surgical setting.

However, proper coordination is important to ensure safe recovery and follow-up.

Follow-up includes monitoring bone healing and rehabilitation progress.

Clear documentation and guidance support continuity of care.

Before any treatment abroad planning begins, your X-rays, MRI (if available), and medical history are reviewed by our orthopaedic surgeons through an online consultation.

Only after medical suitability is confirmed does the structured planning process begin.

The total stay typically ranges between 7–10 days, depending on the type of knee surgery performed.

This includes pre-operative evaluation, hospitalisation (usually around 3 days for major procedures), early rehabilitation, and medical clearance before travelling home.

Treatment abroad medical coordination goes beyond selecting a surgeon or hospital.

It includes structured medical review, hospital scheduling, documentation preparation, discharge planning, rehabilitation coordination, complication planning, and organised post-return follow-up to ensure safe continuity of care.

Knee surgery requires both subspecialised surgical expertise and an appropriate clinical environment.

Your case is reviewed in detail to identify surgeons experienced in your specific type of knee procedure. The hospital setting is selected based on surgical standards, infrastructure, and post-operative care capacity.

Recommendations are guided by clinical suitability and long-term care considerations — not availability or pricing factors alone.

Undergoing surgery abroad means entering a different healthcare system - not your local clinical environment.

Healing Journey provides independent medical coordination to structure the entire process safely, including appropriate surgeon and hospital selection, organised discharge planning, structured post-return follow-up, clear medical documentation, and coordinated guidance should post-operative issues arise.

Aftercare is often overlooked, but it is a critical part of a successful knee treatment journey. Recovery does not end when you leave the hospital. You should return home with a clear recovery plan, including structured physiotherapy guidance, detailed medical reports to share with your local doctor, and access to ongoing support if any questions or concerns arise during your recovery.

In our internationally accredited hospitals, the quality of care can be equivalent to UK private healthcare. In many cases, you may also experience faster access, more personalised coordination, and a more structured treatment process.

Yes, your NHS records, including MRI scans and reports, can be used for your medical evaluation. These documents are essential in determining the most appropriate treatment plan before you travel.

The medical risks are similar to having surgery in your home country. However, in medical travel, additional risks can come from poor planning, incorrect treatment decisions, or lack of follow-up care. This is why proper coordination is essential.

Yes, you can travel alone, but many patients prefer to have a companion. If you travel alone, having structured support in place - including transfers, hospital coordination, and assistance - becomes especially important.

Knee replacement is usually considered when non-surgical treatments such as physiotherapy, injections, or medication no longer provide sufficient relief. The final decision is made by the orthopaedic surgeon after clinical evaluation, imaging, and consideration of your age, overall health, and how much your daily life is affected.

Suitability is assessed according to established medical guidelines and a detailed clinical evaluation of your imaging and medical history. In most cases, if you have already been considered a candidate for knee replacement in your home country, it is highly likely that you would also be suitable for treatment abroad - provided the indication is confirmed.

Yes - the safety of knee replacement does not depend on the country, but on the quality of clinical assessment, surgical expertise, and post-operative care. When performed in accredited hospitals with experienced orthopaedic surgeons and proper medical coordination, outcomes are comparable to those in developed healthcare systems in your home country.

When treatment is arranged abroad, it requires structured medical coordination - including pre-travel evaluation, surgical planning, hospital organisation, and post-operative follow-up after you return home.

Without this level of planning and continuity, important aspects such as recovery, communication, and complication management can be more difficult to handle across different healthcare systems.

Turkey is often chosen because of experienced orthopaedic surgeons, internationally recognised implant systems, and accredited hospitals - offering high-quality healthcare at a more accessible cost.

However, for international patients, access to surgery alone is not always enough. Travelling for treatment involves multiple steps - including planning, communication, and follow-up - which need to be properly organised to ensure a smooth and safe overall experience.

Most patients stay in Turkey for approximately 10 days. This includes pre-operative assessment, the surgery itself, hospital recovery, and early mobilisation before travelling back home.

After surgery, patients are encouraged to start moving the knee within the first 24 hours. Early mobilisation is important to reduce stiffness, improve circulation, and support recovery.

You will begin physiotherapy in the hospital, focusing on walking with support, basic movements, and restoring joint mobility before discharge. If clinically required, early recovery may continue at the hotel before travelling.

After returning home, physiotherapy should continue for several weeks, either through a local rehabilitation centre or with a structured home exercise programme to support long-term recovery.

After returning home, your recovery continues with physiotherapy and gradual return to daily activities. You will receive detailed medical documentation, including your surgical report, discharge summary, and rehabilitation plan.

Follow-up is an important part of treatment abroad. Any concerns during recovery can be assessed based on your progress, and guidance can be provided to help you continue safely within your local healthcare system.

A well-structured post-operative plan helps ensure continuity of care and reduces the risk of complications during recovery.

The surgical risks of knee replacement are similar regardless of where the procedure is performed and include infection, blood clots, stiffness, or implant-related issues.

However, in treatment abroad, additional risks may arise from poor planning, incorrect patient selection, or lack of structured follow-up after returning home.

For this reason, careful pre-operative evaluation, clear communication, and coordinated post-operative care are essential to ensure a safe recovery and reduce the risk of complications.

Recovery progresses in stages. In the first few weeks, the focus is on pain control and basic mobility. By around 4–6 weeks, most patients regain independence in daily activities.

Further improvement in strength and mobility continues over the following months, with full recovery typically taking 3 to 6 months.

Recovery time can vary depending on age, overall health, and adherence to physiotherapy.