The operation matters. The recovery pathway matters just as much.

Plan the hospital, written costs, supervised rehabilitation and return-home handover around a provider-approved total hip or total knee replacement.

* MediConnex coordinates the pathway; clinical decisions remain with the hospital.

Conceptual orthopaedic image with an illuminated knee X-ray, implant model and warm hospital wall

Why China can change the joint-replacement equation

Lower implant costs are only useful when the surgery, hospital recovery and rehabilitation still form one clinically coherent route.

01

High-volume surgical care

Major Chinese public hospitals treat large orthopaedic populations. We shortlist a relevant team for the specific hip or knee case, then obtain provider review before travel.

02

Bulk-procurement price advantage

National volume-based procurement has sharply reduced many artificial-joint implant prices. The saving applies to the implant component; it is not the whole hospital bill.

03

Modern facilities and equipment

Advanced imaging, anaesthesia, operating theatres and peri-operative monitoring are available within major academic hospitals. The actual provider and equipment are confirmed case by case.

04

Recovery built into the route

Where clinically appropriate and subject to bed availability, we can coordinate direct transfer into a rehabilitation hospital in the provider network for supervised inpatient rehabilitation.

Hip and knee replacement solve different problems

This pathway focuses on first-time elective total replacement after records, recent weight-bearing imaging and specialist assessment.

Total hip replacement

Replace the damaged ball-and-socket surfaces

The femoral head and acetabular surface are reconstructed with a stem, head, cup and liner. The provider confirms fixation, bearing surface and surgical approach for the individual anatomy and bone quality.

Total knee replacement

Resurface the damaged knee joint

The femoral and tibial surfaces are reconstructed, sometimes with patellar resurfacing. Early swelling, stiffness and repeated bend-and-straighten work often make knee rehabilitation more demanding.

* Other joint procedures require specialist review.

From remote review to a confident return home

Seven stages, shown in two clear timelines. Timings are planning ranges, not discharge or recovery guarantees.

  1. Before travel

    Check whether the trip is worth planning

    • Share diagnosis, weight-bearing X-rays and previous treatment.
    • Provide medical history and current medication.
    • Receive an initial provider review before booking.
  2. After arrival

    Confirm the operation

    • Repeat the imaging and examinations the hospital requires.
    • Complete anaesthetic and peri-operative assessment.
    • Confirm procedure, implant system, documents and final cost before consent.
  3. Surgery · often 1-2 hours

    Replace the damaged surfaces

    • Primary total hip or knee replacement often takes one to two hours.
    • Anatomy and clinical complexity determine the actual duration.
  4. Hospital · often 1-3 days

    Move early. Leave when ready.

    • Monitor pain, wound, circulation and general recovery.
    • Begin supported standing and walking when appropriate.
    • Discharge only when mobility and the next setting are safe.
  1. Weeks 2-6

    Build safe movement

    • Where appropriate and subject to bed availability, transfer to a partner rehabilitation hospital.
    • Practise gait, walking aids, stairs, range of motion and self-care.
    • Expect some aching, swelling, fatigue and broken sleep; knees often feel stiffer.
  2. Weeks 6-12

    Build strength and independence

    • Progress walking distance, balance and everyday activity.
    • Reduce walking aids when the rehabilitation team agrees.
    • Stiffness, swelling and variable energy can still occur.
  3. Weeks 12-24

    Refine gait and endurance

    • Work towards longer walks, stairs and a more natural gait.
    • Continue strength and stamina training.
    • Recovery may continue beyond 24 weeks, especially after knee replacement.

How complications are prevented, recognised and treated

Joint replacement follows an established recovery pathway, but no operation is risk-free. Each card explains the safeguards teams use, what they monitor and when symptoms need urgent help.

IN

Infection

Prevention, wound monitoring and early treatment

How risk is reduced

Pre-operative screening, antibiotics, sterile technique, glucose control, wound care and prompt treatment of other infections are clinical safeguards.

What you may notice

Pain that is getting worse rather than settling, spreading redness, wound drainage, fever, chills or a suddenly stiff and painful joint.

How often

Deep infection after a first joint replacement is commonly reported at roughly 1-2%; the figure varies with patient health, procedure and follow-up definition.

When it tends to appear

Often in the first days or weeks, but infection can present months or years later if bacteria reach the implant through the bloodstream.

Why it can happen

Bacteria can enter around surgery or later through another infection. Diabetes, smoking, obesity, poor skin or dental health and immunosuppression can increase risk.

What to do

Contact the surgical team urgently. Fever with a hot, draining or rapidly worsening joint needs same-day assessment; do not wait for a coordinator to reply.

VT

DVT or pulmonary embolism

Prevention, early movement and warning signs

How risk is reduced

Early movement, prescribed anticoagulation and mechanical compression are selected by the clinical team. Flying is delayed until the surgeon confirms fitness to travel.

What you may notice

DVT can cause one-sided calf or thigh swelling, pain, warmth or colour change. A pulmonary embolism can cause sudden breathlessness, chest pain, coughing blood, faintness or a racing pulse.

How often

Rates vary widely because studies count symptomatic and screening-detected clots differently and use different prevention plans. Your team should give a patient-specific estimate.

When it tends to appear

Risk is most prominent in the first two to ten days and remains elevated for several weeks; long-haul travel adds immobility during this window.

Why it can happen

Surgery, inflammation, reduced movement and individual clotting risk can slow blood flow or increase coagulation.

What to do

Sudden breathlessness, chest pain, coughing blood or collapse is an emergency: call local emergency services immediately. New one-sided leg swelling needs urgent same-day assessment.

HD

Hip dislocation

Stable implant planning and movement precautions

How risk is reduced

The surgeon chooses the approach, component position and head size. Rehabilitation teaches safe movement and any temporary precautions selected for you.

What you may notice

A sudden painful shift, shortened or rotated leg, loss of movement, or inability to stand after a total hip replacement.

How often

Modern primary total hip replacement studies commonly report dislocation around the 1% range, but approach, anatomy, implant position and patient factors change risk.

When it tends to appear

Most often in the first six to twelve weeks while tissues heal, although later dislocation is possible.

Why it can happen

Extreme joint positions, a fall, weak soft tissues, prior surgery, spinal stiffness or implant-position factors can reduce stability.

What to do

Do not try to put the hip back yourself. Keep still and seek emergency assessment; reduction usually requires imaging, analgesia and trained clinicians.

KS

Knee stiffness

Early rehabilitation and progress monitoring

How risk is reduced

Early assessment, swelling and pain management, and a provider-set exercise plan support motion without forcing an inflamed joint.

What you may notice

The knee remains unusually difficult to bend or straighten, walking and stairs stall, or movement becomes more restricted instead of gradually improving.

How often

There is no single reliable percentage because studies use different motion thresholds. Risk varies with pre-operative stiffness, scarring, pain control and rehabilitation.

When it tends to appear

Usually becomes clear during the first six to twelve weeks, when expected motion is not progressing.

Why it can happen

Scar tissue, swelling, pain-limited movement, infection, component issues or severe stiffness before surgery may contribute.

What to do

Tell the surgical or rehabilitation team promptly. They may reassess the wound and implant, adjust therapy or discuss manipulation or other treatment when indicated.

PP

Persistent pain

Realistic recovery tracking and clinical review

How risk is reduced

Realistic goals, correct diagnosis, implant planning, multimodal pain control and progressive rehabilitation reduce avoidable causes but cannot guarantee a pain-free joint.

What you may notice

Ongoing pain at rest or with movement, night pain, instability, swelling or pain that initially improves and then returns.

How often

Persistent pain is more frequently reported after knee than hip replacement. Estimates vary by definition and follow-up, so it should not be reduced to one universal percentage.

When it tends to appear

Early surgical pain is expected. Persistent pain is assessed over the following three to twelve months, or sooner if it worsens or comes with red flags.

Why it can happen

Soft-tissue irritation, nerve sensitivity, stiffness, infection, instability, implant alignment, fracture or pain referred from the spine can contribute.

What to do

Request clinical review rather than simply increasing activity or pain medicine. Sudden severe pain, fever, deformity or inability to bear weight needs urgent assessment.

NV

Nerve or blood-vessel injury

Careful technique and early circulation checks

How risk is reduced

Pre-operative examination, careful positioning and surgical technique, circulation checks and rapid assessment of new deficits are central safeguards.

What you may notice

New foot weakness, marked numbness, severe burning pain, an expanding swelling, a cold or pale limb, or a pulse change.

How often

These injuries are uncommon, but the rate varies by hip or knee procedure, deformity, previous surgery and the definition used.

When it tends to appear

Usually during surgery or in the first hours and days; some nerve symptoms become clearer as anaesthetic effects resolve.

Why it can happen

Nerves or vessels can be stretched, compressed or directly injured; swelling or a haematoma can also create pressure.

What to do

A cold or pale foot, uncontrolled bleeding, rapidly expanding swelling or new major weakness needs immediate emergency review.

PF

Periprosthetic fracture

Bone assessment, fall prevention and prompt imaging

How risk is reduced

Bone-quality assessment, suitable fixation, safe use of walking aids, fall prevention and progressive loading are tailored by the team.

What you may notice

Sudden severe pain, deformity, swelling or inability to bear weight, often after a fall or awkward movement.

How often

Uncommon after a first replacement, with risk strongly affected by age, bone quality, implant fixation, falls and previous surgery.

When it tends to appear

It can occur during surgery, in early recovery or years later after trauma or bone weakening.

Why it can happen

Fragile bone, a fall, stress around the implant or implant loosening can cause a fracture.

What to do

Stop weight-bearing and seek urgent imaging. Treatment may range from protected loading to fixation or revision surgery.

RV

Loosening, wear or revision

Long-term monitoring and revision planning

How risk is reduced

Appropriate implant selection and position, infection prevention, healthy weight, sensible activity and follow-up when symptoms change support implant longevity.

What you may notice

Increasing pain with weight-bearing, instability, reduced function or changes seen on follow-up X-rays.

How often

Risk rises over time. NICE uses a benchmark of no more than 5% revision at ten years when selecting total hip prostheses for NHS use; that is a device benchmark, not an individual guarantee.

When it tends to appear

Usually years after surgery, although infection, fracture or early fixation problems can bring revision forward.

Why it can happen

Wear particles, loss of bone fixation, infection, instability, fracture, implant damage or repeated high load can lead to failure.

What to do

Arrange orthopaedic review with operative and implant records. Revision is considered only after examination, imaging and investigation of the cause.

* General reference only; your surgeon will discuss individual risk.

Premium support from MediConnex, maximum $500 contributionUp to $15,000 for covered complication treatment back homeFor eligible procedures, subject to insurer confirmation
Protection beyond the hospital

* Patients purchase directly from the insurance provider and manage any claims themselves. MediConnex receives no commission. Eligibility and policy terms apply.

Start with the images and the real clinical question

Send the diagnosis, latest imaging, medication list and the impact on daily life. We will organise an initial provider review and explain what still needs to be confirmed.