Direct Anterior Approach Total Hip Replacement Surgery

A muscle-sparing surgical technique for hip replacement performed through the front of the hip.

Your hip joint plays a key role in supporting your body and allowing a wide range of movements, from walking to more complex activities. When arthritis causes pain and limits your mobility, a total hip replacement may be the solution. This surgery replaces the damaged parts of your hip with artificial components, aiming to reduce pain and improve movement.

Dr Sam Martin uses advanced imaging and personalised technology to plan your procedure, ensuring that your hip implant is tailored to your anatomy and needs. The following information will guide you through the minimally invasive anterior approach, helping you feel confident and informed about your surgery.

HOW TO KNOW IF YOU NEED A HIP REPLACEMENT

Conditions like arthritis, joint inflammation, and injuries can damage the structures in your hip, leading to significant pain and limited movement. If conservative treatments such as medications, corticosteroid or hyaluronic acid injections, and physiotherapy don’t provide enough relief, you might need to consider surgical options like total hip replacement to restore function and alleviate your pain. Deciding to undergo hip replacement surgery is a significant decision that should only be made with careful consideration in consultation with an experienced orthopaedic surgeon.

Key signs that you might need a hip replacement can include:

Constant pain in your hip that doesn’t improve with rest or over-the-counter pain medications can indicate severe joint damage. This pain might be present during activities or even when you’re at rest, including at night.

If you find it increasingly difficult to move your hip or perform everyday activities like walking, climbing stairs, or getting in and out of chairs, it could be a sign of advanced joint damage.

When hip pain and stiffness make it hard to carry out routine tasks, it can significantly impact your quality of life. Difficulty in performing simple activities can be a clear sign that your hip joint may need surgical intervention.

It is important to note that each patient’s situation is unique, and the decision for a hip replacement is made after careful evaluation. During your consultation with Dr Martin, he will assess your specific condition and determine, together with you, if a hip replacement is the most appropriate treatment option.

CONDITIONS THAT MIGHT AFFECT YOUR ELIGIBILITY FOR HIP REPLACEMENT

While hip replacement surgery can provide significant pain relief and improved mobility, it may not be suitable for everyone. Factors that may affect your eligibility include:

Any active infection, particularly near the hip joint, will need to be treated before surgery. Infections can increase the risk of complications and impact the healing process.

Patients with uncontrolled chronic diseases like advanced heart disease, severe diabetes, or respiratory conditions may not be suitable candidates, as these conditions raise surgical and recovery risks.

A weakened immune system, whether due to medications or conditions like HIV/AIDS, can increase the risk of post-operative infections and delay healing.

Significant bone loss can compromise the stability of the hip implant. In such cases, alternative treatments may be considered until bone health improves.

Extreme deformities of the hip joint can complicate surgery.

Patients with bleeding or clotting disorders may face higher risks during surgery. Consultation with a haematologist may be necessary to evaluate the feasibility of the procedure.

Obesity can put additional strain on the hip joint and increase the risk of complications during surgery and recovery. Weight loss may be recommended to improve outcomes.

Conditions like Parkinson’s disease or multiple sclerosis can affect post-operative rehabilitation and the long-term success of the surgery.

Conditions like severe depression or anxiety may impact your ability to follow post-operative care and rehabilitation plans.

Ongoing drug or alcohol abuse can interfere with surgery and recovery. Addressing these issues is essential before proceeding with hip replacement.

Dr Martin will assess these and other factors during your consultation to ensure that hip replacement surgery is both safe and effective for your individual needs.

THE BENEFITS OF UNDERGOING HIP REPLACEMENT SURGERY

Hip replacement surgery can offer significant improvements in your daily life, including:

  • Pain Relief: One of the primary benefits of hip replacement surgery is the potential for significant pain reduction, particularly for those suffering from arthritis or hip joint issues. Many patients experience relief that allows them to move more comfortably.
  • Improved Mobility: After hip replacement surgery, patients may notice improved mobility and range of motion. This can help with daily activities such as walking and climbing stairs, which were previously limited by hip pain.
  • Enhanced Quality of Life: By reducing pain and increasing mobility, hip replacement surgery can improve your overall quality of life. Patients often find they can resume activities they enjoy, leading to better physical and emotional well-being.
  • Restored Independence: Hip replacement surgery may help restore your ability to move more independently, improving your day-to-day functionality.
  • Long-Term Durability: The implants used in hip replacement procedures are designed to be durable, offering many patients long-term success and relief from their symptoms.

THE TOTAL HIP REPLACEMENT SURGICAL TECHNIQUES EXPLAINED

Total hip replacement surgery involves replacing the damaged or diseased hip joint with a prosthetic implant to relieve pain and restore function. The surgical “approach” refers to the specific anatomical pathway and technique your surgeon uses to access the hip joint during the procedure. The choice of approach is influenced by several factors, including your specific condition, anatomy, and your surgeon’s expertise. Each approach has its potential advantages and drawbacks, making it a frequent topic of interest and concern for patients. The approach used by a surgeon often reflects their training and experience, and it is important to note that multiple approaches are valid and effective for hip replacement surgery.

Here’s an overview of the common surgical techniques & approaches used in total hip replacement surgery:

Traditional total hip replacement surgery involves removing the damaged portions of the hip joint and replacing both the ball (femoral head) and the socket (acetabulum) with artificial components. This method has been performed successfully for decades and is considered a reliable treatment for advanced hip arthritis or other severe joint damage.

The prosthetic components are typically made from metal, ceramic, or high-grade plastic materials designed to mimic the natural movement of the hip and reduce joint friction. Traditional total hip replacement can significantly relieve pain, restore mobility, and improve quality of life when other treatments have not been effective.

Minimally invasive total hip replacement is a surgical technique that aims to reduce soft tissue disruption while achieving the same goals as a traditional total hip replacement. The implants used are the same, and this approach may be applied through various surgical entry points, depending on your individual condition and the surgeon’s recommendation.

The key difference lies in how the procedure is performed. Minimally invasive methods typically involve smaller incisions and careful handling of muscles and soft tissues, which may support a smoother recovery in some patients.

Potential features of a minimally invasive hip replacement may include:

  • Smaller incisions: The surgical cut is often shorter, generally around 7–10 cm, compared to the longer incisions used in traditional techniques.

  • Reduced muscle disruption: The approach generally involves gently moving muscles aside rather than cutting through them, which may help reduce post-operative discomfort.

  • Quicker recovery: Some patients may experience a shorter hospital stay and a faster return to daily activities, though recovery times can vary depending on individual factors.

The Bikini Incision total hip replacement is a specific type of minimally invasive surgery. It is named for the location and shape of the incision, which follows the natural lines of the groin, similar to the line of a bikini bottom. 

The bikini incision total hip replacement approach may offer several advantages:

  • Cosmetic Benefit: The incision is less noticeable as it follows the natural skin crease, making the scar less visible.
  • Muscle Sparing: This technique avoids cutting through major muscles, potentially leading to a quicker recovery and less postoperative pain.
  • Reduced Risk of Dislocation: By preserving muscle and tendon structures around the hip, the stability of the joint is maintained, reducing the risk of hip dislocation post-surgery.

The anterolateral approach to hip replacement involves an incision positioned at the front and side of the hip. This surgical technique is designed to offer a balance between preserving muscle tissue and providing the surgeon with clear visibility of the hip joint.

Key features of the anterolateral approach:

  • Incision placement: The incision is typically made along the front and side of the hip, approximately 10–15 cm in length. This location allows access to the joint while aiming to minimise disturbance to major nerves and blood vessels.

  • Muscle preservation: Instead of cutting through major hip muscles, this approach works between the fibres of the gluteus medius and minimus. This may help retain muscle strength and support post-operative recovery.

Potential benefits:

By sparing key muscles around the hip, the anterolateral approach may offer improved joint stability, which may help reduce the risk of hip dislocation following surgery.

Considerations:

Although this technique avoids cutting the gluteus medius, it may involve significant traction (pulling) on surrounding muscles such as the gluteus medius and tensor fascia lata (TFL), as well as potential strain on the superior gluteal nerve. For this reason, while the anterolateral approach is used in some European centres, it is less commonly performed in Australia, the United Kingdom, and the United States due to the risk of muscle or nerve irritation.

The lateral approach to total hip replacement involves accessing the joint from the side of the hip. This technique is one of several established surgical approaches used to treat hip arthritis and other degenerative joint conditions.

Key features of the lateral approach:

  • Incision placement: The incision is made along the outer (lateral) side of the hip, allowing the surgeon a direct view of the joint.

  • Muscle involvement: To reach the joint, parts of the hip abductor muscles—specifically the gluteus medius and minimus—are partially detached during surgery. These are carefully repaired and reattached once the prosthetic components are in place.

Potential advantages:

This approach allows for excellent visibility of the hip joint and may be associated with a lower risk of dislocation compared to the posterior approach. It is a widely used technique with a long track record in hip replacement surgery.

Things to consider:

Due to the involvement of the hip abductor muscles, some patients may experience a temporary limp or weakness after surgery. A structured physiotherapy program is often needed to support healing and help restore full function over time.

The posterior approach is one of the most commonly performed techniques for hip replacement surgery. This method involves making an incision at the back of the hip to access the joint and replace the damaged bone and cartilage with prosthetic components.

What to expect with the posterior approach

  • Incision location: The surgical incision is made along the side and back (posterior) of the hip, providing direct access to the joint.

  • Muscle technique: The gluteus maximus muscle is gently split, and some of the small external rotator muscles are temporarily released and later repaired to gain access to the hip joint.

  • Surgical advantages: This approach offers excellent visibility of the hip, allowing for precise placement of implants. It is suitable for a wide range of patients and has a long track record of successful outcomes.

Things to consider
While this technique is widely used, there may be a slightly increased risk of dislocation in the early stages after surgery. Patients are typically advised to follow specific movement precautions during the initial recovery period to support joint stability.

The SuperPATH approach (short for superior percutaneously assisted total hip replacement) is a modern variation of the posterior approach. Sometimes called a “mini-posterior” technique, it is designed to be less invasive than traditional hip replacement surgery by using smaller incisions and minimising disruption to muscles and tendons around the hip.

What makes the SuperPATH approach different?

  • Minimally invasive technique: The procedure is performed through a small posterior incision, typically avoiding the need to cut major muscles.

  • Muscle preservation: By working between natural muscle planes and preserving tendons, this approach aims to support post-operative stability and recovery.

  • Potential benefits: Patients may experience reduced pain, shorter hospital stays, faster rehabilitation, and a quicker return to everyday activities. The technique may also result in a smaller scar and a lower risk of dislocation due to better preservation of soft tissues.

ANTERIOR APPROACH HIP REPLACEMENT

The direct anterior approach (also referred to as DAA or AMIS), is a minimally invasive technique that accesses the hip joint from the front of the body.

It was first described by a German surgeon Dr Hueter in 1881 and was initially used for draining infected joints. French surgeons used the anterior approach with the first total hip replacements in 1949 and continue up to the present day.

Prof. Frederick Laude in Paris adapted the approach 18+ years ago and modified the traction table and tissue retractors used in the operating room to create a truly “minimally invasive approach” to the hip for joint replacement. His approach was termed AMIS® (Anterior Minimally Invasive Surgery).

Dr Martin frequently uses this approach due to its potential benefits for his patients:

The direct anterior approach technique typically shortens the duration of the hospital stay. Dr Martin may, however, recommend a longer stay depending on your post-operative condition.

This muscle-sparing approach may lead to lower post-operative pain, as it avoids cutting major muscles, allowing for a more comfortable recovery.

Rehabilitation often begins the day of the operation or the following day, subject to Dr Martin’s approval and based on your post-operative condition. Patients may start standing and walking with arm crutches immediately, with Dr Martin’s authorisation

 By preserving muscles and blood vessels, the anterior approach can potentially reduce blood loss. Blood transfusions are rare, and the likelihood of developing blood clots in the legs (deep vein thrombosis) may be lower.

By protecting important hip stabilisers, the anterior approach helps maintain muscle function and may reduce the risk of hip dislocation.

Because the posterior soft tissues are undisturbed, movement restrictions after surgery are often fewer, and the risk of dislocation may be lower.

The anterior technique protects muscles, blood vessels, and nerves encountered during the exposure of the hip joint. Minimising muscle and nerve damage reduces the likelihood of limping.

The skin incision with AMIS® is usually shorter than with conventional surgery, potentially leading to reduced scar tissue

The anterior technique may enable a quicker return to daily activities.

You may be able to drive when you can comfortably get in and out of the car, have excellent control of your legs, and are no longer taking pain medications. Depending on your overall condition and with Dr Martin’s approval, you may be driving within 8-10 days post-anterior approach total hip replacement surgery.

AMIS® (DAA) Approach Considerations: 

  • The direct anterior approach (DAA) requires specialised surgical training, specific equipment used in theatre, and usually, a dedicated surgical table, which means it is available only through surgeons specifically trained in this technique.
  • Unlike most hip replacement surgeries that limit hip flexion, anterior approach patients typically need only to avoid hip extension for approximately six weeks to ensure proper healing.

YOUR PROSTHETIC IMPLANT OPTIONS FOR HIP REPLACEMENT

In hip replacement surgery, using the right prosthetic implant is crucial as it directly influences the success of the surgery, your recovery journey, and future mobility. Prosthetic hip implants are sophisticated devices engineered to mimic the natural movement of the hip joint. They comprise several key components: the acetabular component (hip socket), the femoral component (thigh bone end), and the articular interface (the surface enabling smooth joint movement). Each component is designed for durability, functionality, and compatibility within your body, aiming to restore the hip’s functionality and to relieve your pain.

Dr Martin places a strong emphasis on choosing the most suitable hip implant for you, considering your unique anatomical needs, lifestyle, and the demands you will place on the joint after surgery. This personalised approach ensures the selected implant provides the best possible outcomes for you in terms of mobility, pain relief, and longevity.

ACETABULAR COMPONENT (HIP SOCKET)

The acetabular component, commonly known as the cup, is what replaces your hip socket. There are two main types of acetabular cups: one-piece (monobloc) or two-piece (modular).

These cups are either made entirely of polyethylene or metal. A monobloc polyethylene cup is cemented in place, while a metal cup is held in place by a metal coating on the outside of the cup. The articular surface of the cup’s ‘shell’ is machined directly onto the inside surface of the cup and does not rely on a locking mechanism for a liner.

These consist of two pieces; a metal shell and a liner. The outside of the shell has a porous coating, while the inside contains a locking mechanism designed to secure the liner. This design allows for the liner, which can be made of plastic, ceramic, or metal, to be replaced if necessary.

Dr Martin frequently uses the M-pact, modular cup system for its robust design and ability to closely replicate the hip’s natural movement. It consists of a metal shell with a porous coating on the outside for initial stability and long-term fixation, and a separate liner that can be made of plastic, ceramic, or metal. This modular design ensures durability and compatibility, tailored to meet your specific anatomical and lifestyle needs, allowing for smooth and effective hip replacement movements.

FEMORAL COMPONTENT (STEM)

The femoral component, often referred to as the stem, fits into your thigh bone (femur) and extends down into the hip’s marrow space. There are two types of stem fixations that could be used, cemented or uncemented, based on your specific requirements and condition:

Cemented stems use acrylic bone cement to form a mantle between the stem and the bone which secures the implant in place.

These rely on friction, shape, and surface coatings which stimulates your bone to remodel and bond to the implant over time.

Femoral stems can be made from various materials, including titanium, cobalt chromium, stainless steel, or polymer composites, and they can be designed as either monolithic or modular compositions:

These are made as one solid piece.

These are composed of multiple parts with various head sizes and neck angles that can be adjusted to match to your hip’s anatomical needs. This adjustability helps to ensure you end up with proper leg lengths and hip alignment post-surgery.

Dr Martin regularly uses a MasterLoc femoral stem component system (modular/uncemented) as it is designed to integrate into your bone, providing stability and support for your new joint

FEMORAL COMPONENT (HEAD)

The femoral head, which fits onto the femoral stem, moves within the acetabular component’s liner. Depending on your condition and surgical requirements, it can be made from either metal or ceramic materials:

Metal heads are typically made of cobalt chromium for its hardness; these heads are precisely machined and polished to reduce wear on the socket liner.

Ceramic heads are smoother than polished metal, ceramic heads have a lower coefficient of friction, resulting in smoother joint movement.

The femoral head, usually paired with a MasterLoc femoral stem is a Biolox-delta Ceramic head, designed for durability and smooth articulation This prosthesis combination can contribute to the overall success and longevity of your hip replacement.

By understanding the key design elements of the MasterLoc femoral stem with the Biolox-delta Ceramic head, you can appreciate how these advanced components support the success of your hip replacement surgery and contribute to your long-term mobility and comfort.

ARTICULAR INTERFACE COMPONENTS

The prosthetic articular interface refers to the combination of the hip replacement liner, within the acetabular component and the head, that attaches to the femoral component. The head fits into the liner, creating a smooth, gliding surface that mimics the movement of your natural joint.

There are four types of articular interfaces that may be used for total hip replacement prosthetic components:

This traditional material combination has been in use for many years. Recent advancements, especially the ultra-crosslinking of polyethylene molecules, have significantly reduced wear rates. This improvement allows for the use of larger ball heads, thereby reducing the risk of hip dislocation.

Ceramic heads offer a very low wear rate but are somewhat brittle, presenting a small yet definite risk of fracture. The ultra-crosslinking of polyethylene molecules also benefits this combination, significantly lowering wear rates.

This combination has a very low wear rate and is highly bioinert, meaning that the wear debris does not cause significant issues locally or elsewhere in the body. Ceramic is however, brittle, posing a small but definite risk of the ceramic components fracturing. If a fracture occurs, it will necessitate an urgent revision procedure to replace the fractured component.

Although once popular, metal-on-metal interfaces are now less commonly used due to concerns about metal ion release in the body. Dr Martin does not use this type of interface in total hip replacement procedures.

HOW TECHNOLOGY PERSONALISES YOUR HIP REPLACEMENT PROCEDURE

Hip replacement surgery has significantly advanced over the years, becoming safer and more effective. Modern hip replacements not only utilise durable materials like metals, ceramics, and highly cross-linked polyethylene, but also incorporate patient-matched technologies which can customise your procedure both pre-operatively and intra-operatively. These advanced tools are designed specifically for each patient’s unique anatomy, which may help improve recovery times and overall outcomes.

Dr Martin employs the following tools in hip replacement surgery to provide you with personalised care, tailored to your specific anatomy and lifestyle requirements.

PRE-OPERATIVE PLANNING SOFTWARE

The MyHip 3D Planning system allows for detailed 3D imaging to assist with meticulous surgery planning. By simulating your procedure ahead of time, its aim is to ensure your new hip fits well, reducing the chances of potential alignment issues intra-operatively.

Key features of this technology include:

  • Patient Pelvic Tilt Assessment: Using a validated image processing protocol, that combines CT and X-ray imaging, this feature minimises the risk of inaccurate implant positioning by considering the pelvic tilt, unique to your anatomy.
  • 3D Kinematic Simulation: a simulation of your hips range of motion (ROM), can effectively predict the performance of the implants in your body. This helps minimise the risk of complications such as impingement, squeaking with ceramic-on-ceramic bearings, and edge loading during your daily activities.

The Pre-Operative Planning (MyHip) Workflow:

  • CT scan: At least three weeks before your surgery, a CT scan of your leg will be taken to provide detailed images of your hip joint.
  • Virtual planning: The CT images are sent to engineers in Switzerland, where they design a virtual model of your implants. This proposed model is then reviewed by Dr Martin, who will modify the plan as needed to suit your specific anatomy
  • 3D reconstruction: Using the 3D reconstruction of your joint and incorporating Dr Martin’s adjustments, detailed preoperative planning is performed to ensure every aspect is tailored for your procedure.

INTRA-OPERATIVE NAVIGATION – NaviSwiss

In addition to pre-operative planning technology, Dr Martin also uses an intra-operative navigation system during your surgery to facilitate enhanced precision and potentially better outcomes.

Here’s how intra-operative navigation may benefit your total hip replacement outcome:

  • Real-Time Navigation: The Naviswiss, navigation system provides real-time tracking for cup alignment, leg length, and offset during surgery. The aim is to ensure that the implant is positioned accurately, potentially reducing the risk of complications.
  • Imageless Navigation: The system does not require pre-operative imaging, making it a streamlined addition to the surgical workflow and uses intra-operatively measured landmarks to guide the surgery.
  • Precision and Control: Naviswiss helps in achieving controlled and documented surgical outcomes. It supports all major hip implant systems and surgical approaches, offering versatility and precision.
  • Minimally Invasive: The miniaturised navigation system is designed to be minimally invasive, potentially reducing the overall impact on your body and promoting a quicker recovery.

By integrating the MyHip 3D Planner and Naviswiss navigation technology into your hip replacement surgery, Dr Martin can ensure a highly personalised procedure, tailored to your unique anatomy and needs.

AN ENHANCED RECOVERY TOTAL HIP REPLACEMENT (ERAS)

The enhanced recovery (ERAS) total hip replacement approach to surgery is specifically designed to minimise pain and discomfort, enabling you to get back on your feet and resume your daily activities as quickly as possible. Enhanced recovery surgery focuses on three main aspects of your recovery: physical, mental, and physiological and considers every facet of your well-being, which can potentially lead to a smoother and more efficient outcome:

The primary goal is to restore your function, strength, and range of movement efficiently. Advanced surgical techniques and customised implants tailored to your unique anatomy are used to support this aspect of recovery.

Addressing your mental and emotional well-being is a key component of enhanced recovery. This involves reducing any concerns about the surgery, boosting self-confidence, and helping you feel balanced and whole again. Dr Martin and his team provide comprehensive preoperative education and postoperative support to help ensure you feel informed, reassured, and supported throughout your recovery journey.

Enhanced recovery also considers the impact of surgery on the body’s major systems, including the cardiovascular, respiratory, renal, and haematological systems. By aiming to minimise stress on these systems during surgery, the overall recovery process can be smoother and more efficient.

Enhanced Recovery total hip replacement surgery also focuses on several key elements:

Using smaller incisions and less invasive procedures to reduce tissue damage and promote faster healing.

Implementing multimodal pain relief strategies to minimise the need for opioids and enhance patient comfort.

Encouraging you to begin moving and walking soon after surgery to improve circulation, reduce the risk of complications, and accelerate the recovery process.

Developing tailored physiotherapy and rehabilitation programs that address your specific needs and goals.

By focusing on these key elements, the Enhanced Recovery Approach Total Hip Replacement Procedure aims to provide a comprehensive and effective recovery process, allowing you to return to your daily activities with improved mobility and comfort. Dr Martin and his team are committed to supporting you throughout your recovery journey, ensuring that all aspects of your well-being are addressed and optimised for the best possible outcomes from the surgery.

UNDERSTANDING THE POSSIBLE RISKS OF HIP REPLACEMENT SURGERY

Total hip replacement is a highly successful procedure that significantly enhances patients’ lives by alleviating pain and improving mobility. Understanding the potential risks and how they are managed is crucial however, for an informed and comfortable surgical experience. Dr Martin encourages open and thorough discussions regarding these aspects of your surgical journey.

Key Total Hip Replacement Surgery Risks and How They Are Managed:

  • Infection Risk: Infections, either superficial or deep within the joint, are a concern with any surgical procedure. To mitigate this risk, prophylactic antibiotics and stringent sterile techniques are employed before, during, and after the procedure.
  • Blood Clots (Deep Vein Thrombosis – DVT): Post-operative blood clot formation in the legs can lead to significant complications. Preventative measures include the use of blood thinners, compression devices, and encouraging early mobilisation to promote circulation and reduce the risk of DVT.
  • Implant Dislocation: Although rare, there is a risk of your new hip joint dislocating. Patients are provided with detailed guidance on safe movements and activities to minimise this risk and ensure the stability of their implant.
  • Implant Wear and Loosening: Over time, the artificial joint components may wear down or loosen, potentially necessitating revision hip replacement surgery. Continuous advancements in implant materials and surgical techniques aim to reduce these occurrences, enhancing the longevity of the implants.
  • Nerve and Blood Vessel Damage: Total hip replacement carries a minimal risk of nerve or blood vessel injury near the operative site, which could result in numbness or weakness. Such instances are rare and are typically manageable with immediate medical attention.
  • Leg Length Discrepancy: Achieving identical leg lengths post-surgery can be challenging. Through meticulous pre-operative planning and the use of intraoperative navigation technology, this risk is significantly minimised, ensuring a balanced and natural gait for most patients.
  • Heterotopic Ossification: In rare cases, abnormal bone growth around the implant may occur, potentially affecting movement. This condition is usually manageable with physiotherapy or additional treatments if necessary.
  • Material Allergies: Allergic reactions to the components of the hip implant are uncommon due to the careful selection of hypoallergenic materials. Dr Martin and his team take precautions however to ensure the materials used are suitable for each patient.
  • Managing Postoperative Pain: Post-surgery discomfort is anticipated and managed through a comprehensive pain management strategy, supporting your recovery and rehabilitation. This approach includes medication, physiotherapy, and other pain-relief techniques.
  • Anaesthesia Risks: General anaesthesia carries risks, such as respiratory difficulties or reactions to medication. These risks are closely monitored and managed by the anaesthetic team to ensure patient safety throughout the procedure.

Most hip replacement surgeries proceed smoothly, with significant complications being rare. Advances in surgical techniques, implant technology, and comprehensive patient care continually elevate the safety and efficacy of this transformative surgery. A proactive approach involving open dialogue with Dr Martin, thorough health assessments, and strict adherence to pre- and post-surgery instructions is vital for minimising risks and achieving optimal outcomes.

YOUR TOTAL HIP REPLACEMENT JOURNEY WITH DR SAM MARTIN

By carefully navigating through these preparatory steps, you are laying the groundwork for a successful hip replacement surgery and a recovery process that is as efficient and smooth as possible. This approach is designed to not only facilitate a successful surgical outcome but also significantly improve your quality of life afterward.

Your Surgical Journey

A step-by-step guide to your hip replacement procedure with Dr Sam Martin

1. Initial Consultation

Exploring your treatment options

Your journey begins with a referral from your GP, leading to a thorough consultation with Dr Martin to discuss your condition. During this initial meeting, Dr Martin will assess your hip’s range of motion, stability, and check for any signs of infection or inflammation. You will discuss your symptoms, their impact on your daily activities, and your goals for the surgery. Based on this analysis, you and Dr Martin will decide together if surgery is the right treatment option for you. If surgery is the right option for you, your procedure can typically be scheduled approximately four weeks post-consultation.

2. Diagnostic Imaging

CT scan of your hip and pelvis

Dr Martin will arrange for X-rays and CT scans to be taken of your hip. These detailed images provide a clear view of your hip’s structure and are typically scheduled within 1-2 weeks following your initial consultation.

3. Surgical Plan Analysis

Customised surgical planning

Using the detailed CT scans, Dr Martin utilises advanced 3D preoperative planning tools to develop a comprehensive surgical plan for your hip replacement. This process allows him to visualise the precise alignment and orientation of your implants, which is crucial for restoring the natural movement and function of your hip. The plan also considers the condition of the surrounding tissues, the extent of any arthritis or damage, and your overall health.

4. Pre-Operative Preparations

Getting Healthy for Surgery

Leading up to your operation, Dr Martin will review your current medications and provide dietary and lifestyle recommendations to prepare your body for surgery. This may include specific exercises or physiotherapy to help strengthen your hip for surgery

5. Pre-Operative Preparations

Informed Consent

Informed consent involves a detailed discussion with Dr Martin about your procedure, including the benefits, potential risks, and complications. Understanding these aspects helps you make an informed decision. Once all your questions have been answered and you fully understand the procedure, you will be asked to sign a consent form.

6. Pre-Operative Preparations

Schedule in Your Appointments

Schedule necessary appointments, including hospital admission, post-op appointments with the physiotherapist, and GP visits for medication management and other issues:

• 2 Weeks pre-op: complete your hospital admission
• 2 weeks pre-op: physiotherapy appointment

1 week post-op: physiotherapy appointment with Amanda in the rooms

8-10 days post-op: appointment with your GP

This is in case you have any medication requirements or other issues after the surgery

2 weeks post-op: follow-up appointment with Dr Sam Martin. For patients that live further away, 4-6 weeks post-op is also reasonable

7. Pre-Operative Preparations

Anaesthesia Consultation

Before your surgery, the anaesthetist will call to discuss your tailored anaesthetic plan. Most patients receive a combination of a low-dose spinal anaesthetic, a nerve block, and a light general anaesthetic. During this phone consultation, your medical history, current health, and medications will be reviewed to ensure a safe and effective plan. Be sure to mention all medications, including blood pressure tablets, blood thinners, diabetes medication, and any supplements. Although spinal anaesthetic complications are rare, they can occur. These include bleeding (such as a spinal haematoma, which is very rare), infection at the injection site, and allergic reactions to local anaesthetic. Your anaesthetist will take all necessary precautions and may advise against a spinal anaesthetic if certain risk factors are present, such as the use of specific blood thinners.

8. Final Pre-Operative Preparations

Screening & Final Checks

Before your surgery, Dr Martin will arrange a simple screening test for Staphylococcus aureus (also known as golden staph), a common skin bacteria found in about 1 in 4 people. While usually harmless, if it enters the body during surgery, it can lead to a serious infection.
If your result is positive, you can still proceed with surgery, but you’ll be prescribed a short clearance treatment. This includes a nasal ointment and antiseptic body wash to use daily for seven days before surgery.

A routine urine test will also be organised to check for any hidden infections that could increase your risk of complications after surgery.

Try to avoid scratches or cuts in the week before your operation, especially from gardening, pet play, or rough activities as even small wounds may lead to your surgery being delayed.
If you develop any cuts, infections, or feel unwell, please contact the Baringa Hospital Day Surgery Unit on 02 6659 4444 or Dr Martin’s rooms on 02 6675 0737 as soon as possible.

Skin preparation routine:

You’ll be provided with three antiseptic sponges in your pre-surgery pack:

  • Use one each day for the two days before surgery, and
  • The final one on the morning of your surgery.

To use the sponge:

  1. Wet your whole body and hair.
  2. Lather with the sponge, focusing on your surgical leg, groin, and feet.
  3. Rinse off completely.
  4. Repeat the wash, including your hair and underarms.
  5. Dry with a clean towel.
    Avoid your eyes, ears, mouth, and body cavities. If you notice any rash or irritation, stop using the sponge and rinse off thoroughly. Do not shave near the surgery site.

If your pre-surgery pack contains Movicol, take one sachet per day for the three days before surgery (not on the day of surgery). This helps prevent post-operative constipation.

What’s in your pre-surgery pack

  • Antiseptic skin sponges
  • Movicol sachets (if needed)
  • DEX drinks (to be used as instructed)
  • Post-operative information and instructions

Alcohol- Avoid drinking alcohol for at least 24 hours before surgery. Alcohol can interfere with anaesthesia and wound healing. For the best results, try to limit or avoid alcohol entirely in the days leading up to your procedure.

Call the hospital after 8:00 am the day before surgery (or Friday if your surgery is on a Monday) to confirm:

  • What time you should arrive, and
  • When to start fasting.

If you haven’t heard from the hospital by 2:00 pm, please call the Day Surgery Unit on 02 6659 4444.

Bring a small bag with:

  • Loose, comfortable clothes
  • Basic toiletries
  • Any medications you usually take
  • Glasses, hearing aids, or walking aids
  • You’ll likely stay for 1–2 nights, though this can vary depending on your recovery.

You’ll receive a short survey via SMS or email before and after your surgery. Please take a moment to complete it each time, it helps Dr Martin and his team track your recovery and improve patient care.

9. Hospital Admission

The Day of Your Surgery

On the day of your surgery, you will be admitted to the hospital with all necessary pre-surgery protocols in place. Most patients are admitted on the same day as their surgery, ensuring a smooth transition into the procedure.

A Dex drink is a pre-operative alkaline complex carbohydrate drink designed to improve recovery after surgery, facilitate intravenous cannulation, and decrease insulin resistance post-operatively. You will receive two sachets in your take-home pack from Dr Martin’s rooms.

 IF YOUR SURGERY IS IN THE MORNING

  • Stop eating at midnight.
  • Drink the first Dex drink when you wake up.
  • Drink the second Dex drink 90 minutes before your admission time. You can drink both at the same time.
  • You are also encouraged to drink up to 600mL of water until 90 minutes before your admission.

 IF YOUR SURGERY IS IN THE AFTERNOON

  • Stop eating at 7am.
  • Drink the first Dex drink at 11am.
  • Have the second Dex drink 90 minutes before your admission time. You can drink both at the same time.
  • You are also encouraged to drink up to 600mL of water until 90 minutes before your admission.

Fasting before your surgery is crucial for your safety. You must stop eating solid food at least six hours before any type of anaesthetic to prevent the risk of aspirating stomach contents while you are asleep, which can be life-threatening.

YOUR ANTERIOR APPROACH SURGICAL PROCEDURE

1. Anaesthesia

Your surgery begins in the anaesthetic bay, where you’ll meet the anaesthesia team. Most patients receive a combination of a low-dose spinal anaesthetic, a nerve block, and a light general anaesthetic.

The spinal anaesthetic involves injecting local anaesthetic into the fluid around your spinal nerves while you’re sitting and leaning forward. This numbs you from the waist down and helps reduce the need for stronger pain medication. You’ll be awake briefly to alert the anaesthetist of any unusual sensations, then gently put to sleep.

A nerve block is also used to target the hip joint directly, providing extended pain relief after surgery. It’s performed under ultrasound guidance to ensure accuracy and safety.

This multi-modal approach is designed to keep you comfortable during surgery and support a smoother recovery with fewer side effects.

2. Surgical Incision

When the nerves that supply your hip and waist have been numbed, Dr Martin will make an incision in the front of your thigh over the hip joint, typically about 3 cm from the thigh crease. The length of the incision is generally between 7.5 to 10 cm, although it may vary depending on your size and your specific requirements.

3. Accessing the Hip Joint

Through the incision, Dr Martin will then, carefully move aside the muscles and tendons to access the hip joint. The approach is designed to minimise muscle damage, which can help reduce pain and speed up recovery.

4. Removing the Damaged Joint

Dr Martin will then remove your damaged ball-and-socket joint. This involves cutting away the arthritic or damaged portions of the hip joint, including the head of the femur (thigh bone) and the damaged cartilage from the hip socket (acetabulum).

5. Preparing the Hip Socket

The hip socket is prepared to receive the acetabular component of the prosthetic implant. This may involve reshaping and smoothing the bone to ensure a perfect fit for the new socket.

6. Inserting the Acetabular Component (Cup)

The acetabular component, (M-pact cup), is then placed into the hip socket and the liner, made of plastic, ceramic, or metal is inserted into this new socket to create a smooth surface for joint movements.

7. Inserting the Femoral Component (Stem)

Next, the femoral component (the stem) is inserted into the thigh bone. The MasterLoc femoral stem, designed to integrate with your bone, provides stability and support.

8. Placing the Femoral Head

The femoral head, which is attached to the top of the femoral stem, is then placed into the new socket. This ball-and-socket configuration allows for smooth movement of your new hip joint.

9. Final Adjustments Using Navigation

Dr Martin uses the Naviswiss system during your surgery to enhance precision and outcomes. Naviswiss provides real-time tracking for cup alignment, leg length, and offset during surgery. This aims to ensure that the implant is positioned accurately, potentially reducing the risk of complications. The system uses intra-operatively measured landmarks to guide the surgery, making it a streamlined addition to the surgical workflow. Naviswiss helps in achieving controlled and documented surgical outcomes, supporting all major hip implant systems and surgical approaches, and offering versatility and precision.

10. Closing the Incision

Once everything is in place and functioning correctly, Dr Martin will close the incision with dissolvable sutures. To alleviate discomfort post-surgery, a local anaesthetic is applied in and around the hip area before closing up the wound.

The entire total hip replacement surgical procedure takes about ninety minutes for Dr Martin to complete however individual factors may influence the duration.

WHAT TO EXPECT DURING RECOVERY AFTER DIRECT ANTERIOR APPROACH HIP REPLACEMENT SURGERY

The recovery phase after a total hip replacement marks the beginning of your journey towards regaining mobility and improving your quality of life. Dr Martin places a strong emphasis on ensuring you are well-informed about the recovery process, providing you with the knowledge and support needed for a successful outcome.

You will wake up in the Recovery Unit, although you may not remember this. An X-ray will be taken to confirm that everything looks as expected. Nurses will carefully monitor you to ensure you have recovered well from the anaesthetic. The IV tubes attached to you can usually be removed at this time.

Once these steps are complete, you will be taken back to the surgical ward:

  • Upon arrival, it will be time to eat and drink something to regain your energy. Try to drink 2 or 3 cups of water at a minimum.
  • Your legs will have stockings on them to prevent blood clots. Your feet may have foot pumps as well. A foot pump is a Velcro shoe device that squeezes your feet to encourage blood flow and prevent blood clots.
  • Your leg will be bandaged, and there will be a small anaesthetic infusion device attached near your hip that looks like a ball.
  • Your leg will be a bright pink colour from the surgical preparation.

After eating and drinking, get dressed in your own clothes, which should be loose and comfortable. If necessary, ask the nurses for help with this.

PAIN MANAGEMENT

Immediately after surgery, managing your pain is a priority. You’ll be given medication to help control pain levels, allowing you to start moving and walking as soon as possible. Please let the hospital team or Dr Martin know if your pain isn’t well controlled. Pain relief medications, along with swelling management, play a significant role in your recovery. Rest, ice, elevation, and compression all contribute to reducing swelling.

Pain Medication Schedule:

  • Paracetamol/Panadol Osteo: Take regularly as per instructions on the packet. This should be the last pain reliever you stop using.
  • Non-Steroidal Anti-Inflammatory Drugs (e.g., Celebrex): If you know you can take them safely, use them regularly as per instructions on the packet. Aim to stop them after one week.
  • Pantoprazole: Take this medication when you are taking non-steroidal anti-inflammatories regularly to prevent stomach upset. You can stop taking it when you stop the anti-inflammatories.
  • Palexia: A strong painkiller, take it regularly as prescribed. It can be stopped early if not needed, but it is reasonable to take it for a few weeks if necessary.
  • Endone: Another strong painkiller, take it as a breakthrough medication if regular Palexia is not sufficient.

You can use ice or an ice pack for pain relief. Be sure to wrap the ice pack in a clean towel and never apply frozen material directly to your skin to avoid frostbite or skin damage.

MONITORING AND WOUND CARE

Your healthcare team will closely monitor your recovery, paying particular attention to your wound, ensuring it’s healing properly and showing no signs of infection.

REHABILITATION AND PHYSIOTHERAPY

From day one, you’ll start a rehabilitation program tailored to strengthen your hip muscles and improve mobility, crucial for a speedy return to full function.

  • You will be out of bed and walking within 4 hours after surgery. Make sure a nurse or a physiotherapist is present the first time you get up to supervise.
  • Initially, you will use a frame, crutches, or a stick for balance, whichever aid works best for you.
  • You will be allowed to put your full weight on your leg.

HOSPITAL STAY

Typically, patients stay in the hospital for 48-72 hours, depending on the complexity of the surgery, overall health, and individual recovery progress. In some cases, you may even be able to go home the day of surgery if:

  • You have recovered well
  • You have good, general health
  • You have someone at home to look after you.

It’s common for your hip to feel sorer and heavier 2-3 days after surgery. This is often the most challenging period, as your leg may feel heavier, more swollen, and the pain may become more noticeable.

  • The elastic bandage and anaesthetic infusion are usually removed around 48-72 hours post-surgery.
  • To keep your wound dry while showering, wrap your hip in plastic or use a plastic bag secured with surgical tape.
  • Continue following your rehabilitation exercises as advised by your physiotherapist.
  • Ensure you take enough pain relief medication and manage swelling by resting, icing, elevating, and applying compression to your hip.

If you were discharged within the first 24 hours after surgery, you may have a follow-up appointment with Dr Martin’s team 2-3 days post-op to check your progress and remove the pain buster.

  • By days 4 to 7, you should start noticing improvement, with things gradually becoming easier.
  • Stay on top of managing pain and swelling, and if your hip is moving well and you can walk comfortably, you’re on the right track.
  • Your rehabilitation plan will include prescribed home exercises to focus on improving hip mobility, gentle strengthening, and maintaining joint flexibility.
  • Continue using a walker or crutches as recommended by Dr Martin until you regain enough strength and balance to walk unaided.

During days 7 to 14, regular physiotherapy sessions will help you progress to more challenging exercises, aimed at improving your strength and range of motion. This is also a good time to schedule an appointment with your GP to address any medication or other concerns. Be sure to book this in advance. Depending on your progress, Dr Martin may recommend gradually increasing weight-bearing activities to aid in your recovery.

In the first week after your total hip replacement surgery, you may experience several common post-operative symptoms. Dr Martin emphasises the importance of understanding these symptoms and managing them effectively to ensure a smooth recovery.

  • Swelling – It is common to experience swelling from your thigh down into your foot. This swelling may increase during the first few days after surgery and can be quite pronounced. Swelling can be reduced by walking, as muscle activity helps push fluid away. When not walking, elevate your limb above the level of your hip to help diminish the swelling. Swelling may persist for up to 12 months but will gradually diminish over time
  • Bruising – Marked bruising can occur from your thigh down to your foot, sometimes appearing quite dramatic. This bruising is due to residual bleeding making its way to the surface and is more pronounced due to the blood-thinning medications you will be taking. The bruising will resolve as your body reabsorbs the blood. The use of blood thinners is essential to prevent blood clots, despite the increased bruising.
  • Blistering – Occasionally, blisters may develop near the operation site, possibly extending above it. These blisters are caused by surface fluid and can appear dramatic but are usually of no consequence. Blisters typically resolve on their own. If they are large, they may be drained to make dressings more comfortable. Bandages will be changed after about a week, once the wound is sealed enough to reduce the risk of infection. Tissue swelling associated with bruising can also cause blistering.
  • Muscle soreness – You may experience stiffness and soreness in the muscles around the operated site due to the stretching and pulling of muscles during surgery. This can result in pain similar to a corked thigh, and you may also feel cramps and spasms. This discomfort will resolve over time. Activities such as walking, stretching, and physiotherapy will help speed up the improvement.
  • Heat – the operated site may feel hot, a sensation that can last for up to 12 months. This heat is due to increased blood supply required for the healing process. This is a normal part of the healing process and should not be a cause for concern.

For the first 2 weeks after surgery your activity level is usually limited however, you will be able to walk independently, use the bathroom and perform normal activities of daily living. Remember, this operation is done from the front and as a result, hip bending will not be limited.

  • It is quite normal for your hip to be warm for weeks or months after a hip replacement. Swelling for weeks or months is normal too, as is a numb patch on the outside of the incision.
  • Bruising up or down your leg is reasonably common. This occurs when some blood tracks under the skin, causing a bruise, which can be painful when it happens.
  • It is also common for patients to have a tough week or experience a period where they feel like they are going backwards for a little while. As long as things improve again, this is okay. Night pain can also be an issue for a period after the surgery.
  • People who have had both hip replaced often find differences between the recovery in each hip.
  • Excess pain or trouble with movement can be a sign that something is wrong.
  • Severe pain can indicate an emergency and is a reason to go to the hospital.
  • Signs of infection, such as fever, pain, redness, or fluid/pus leaking from the incision, should not be ignored. If you suspect an infection in your hip replacement, it is best to see Dr Martin or go to the emergency department rather than your GP. Antibiotic tablets alone will not be sufficient to treat an infected hip replacement.
  • Significant leg or foot swelling can be a sign of a dangerous blood clot.
  • Difficulty breathing or chest pain can be a sign of a clot in the lungs, which is an emergency.

These issues, or any other concerns, are reasons to contact Dr Martin, attend a local emergency department, seek other urgent medical assessment, or call an ambulance if you are unwell.

Within approximately six weeks, you can expect to have resumed most of your normal activities. Complete surgical healing typically takes about 6 to 8 weeks. During this period, some swelling and discomfort are normal and should be manageable with the prescribed medication. Maintaining a positive attitude is crucial, as hip replacement surgery aims to relieve pain and stiffness, allowing you to return to the activities you enjoy.

The anterior approach offers the benefit of potentially quicker recovery times. This approach allows for a faster return to daily activities, helping you get back to enjoying life as it was before your pain.

Key Points to Remember:

  • Resumption of Activities: Most normal activities can be resumed within six weeks, but complete healing may take up to eight weeks.
  • Swelling and Discomfort: These are common during the recovery phase and should be manageable with medication.
  • Positive Attitude: Staying positive and motivated is important for a successful recovery.
  • Anterior Approach Benefits: This surgical technique can potentially facilitate a faster return to daily life and activities.

Its important to remember that recovering from a total hip replacement involves careful planning, physiotherapy, and patience!

Dr Martin and his team are committed to supporting you through your recovery, ensuring you have all the necessary information and care to regain your mobility and quality of life. 

POST-OPERATIVE PRECAUTIONS AND CARE AFTER HIP REPLACEMENT SURGERY

Following hip surgery, it’s important to take certain movement precautions to support healing and reduce the risk of complications. The specific precautions will vary depending on the surgical approach used during your procedure:

ANTERIOR APPROACH PRECAUTIONS POST-OP

In the first 4–6 weeks following surgery, it’s important to protect your new hip while it heals. Although the anterior approach has a lower risk of dislocation, certain movements can still place unnecessary strain on the joint. Be especially mindful of everyday actions that involve stepping backward or extending your leg behind you.

  • Avoid extending the hip too far backwards: Try not to stretch your leg behind you or lie flat on your stomach. This may place stress on the front of your hip joint during early healing.
  • Do not twist outward: Keep your toes and knees pointing forward when walking or standing. Avoid turning your operated leg outward excessively.
  • Use caution when stepping backwards: Take care when stepping back or walking in reverse to prevent overextension at the hip.

POSTERIOR APPROACH PRECAUTIONS POST-OP

For the first 4–6 weeks after surgery it’s important to avoid certain movements that could place stress on your new hip and increase the risk of dislocation. During this time, be extra mindful of everyday activities that may involve twisting or bending.

Here are some key precautions to follow:

  • Avoid twisting movements: Keep your hips and shoulders aligned. Avoid twisting at the waist, especially when reaching or turning while seated or standing.
  • Limit bending: Do not bend forward past 90 degrees at the hip—this includes when sitting, picking things up, or tying shoes. Use a reacher or ask for help instead.
  • Do not cross your legs or ankles: Keep your legs aligned and your feet flat when sitting or lying down to avoid putting strain on the joint.

After total hip replacement surgery, whether performed using the posterior or anterior approach, it is important to take certain precautions to protect your new joint as it heals. Choose firm chairs with straight backs and armrests, avoiding low or soft seating that may cause your hip to bend excessively. Use assistive devices such as reachers, long-handled shoehorns, or dressing sticks to help you move and dress safely without straining the joint. Driving should be avoided until Dr Martin gives you clearance, typically around 4–6 weeks depending on your progress and which leg was operated on. High-impact or twisting activities like running, skiing, or tennis should also be avoided until Dr Martin advises otherwise. To lower the risk of infection, do not submerge your wound in baths, hot tubs, or pools until it has fully healed and you are given medical clearance. As you recover, aim to gradually increase your daily activities while balancing movement with adequate rest.

ADAPTING YOUR LIFESTYLE POST-TOTAL HIP REPLACEMENT: TIPS AND GUIDANCE

After undergoing total hip replacement surgery, adapting your lifestyle is crucial for ensuring a successful recovery and maintaining the longevity of your new hip. Dr Martin is committed to supporting his patients through every step of their post-operative journey, providing expert advice on how to best adjust your lifestyle for optimal outcomes. Here are some practical tips and guidance to help you navigate life after your hip replacement:

While rehabilitation aims to restore function, high-impact activities and sports should be avoided to protect the longevity of your hip replacement. Activities like running, jumping, and heavy lifting can place excessive strain on your new hip.

Incorporate a balanced diet, proper hydration, and overall healthy lifestyle choices to support the healing process. Good nutrition and hydration are essential for recovery and long-term health.

Incorporate low-impact activities such as walking, swimming, or cycling into your routine. These exercises strengthen the muscles around your new hip without putting undue stress on it. Avoid high-impact sports and activities that place excessive strain on the hip.

Keeping your weight within a healthy range is essential. Excess weight can increase the wear on your hip implant, potentially leading to complications or the need for revision surgery in the future.

Adhering to the physiotherapy program prescribed by Dr Martin and your physiotherapist is key to regaining strength and mobility in your hip. Even after formal therapy sessions end, continuing with recommended exercises at home can further enhance your recovery.

Adjusting your lifestyle post-hip replacement surgery involves making mindful choices to support your recovery and the durability of your hip implant. With Dr Martin’s expert guidance and a commitment to these adjustments, you can look forward to resuming an active, fulfilling life post-surgery.

CASE STUDIES: PATIENT OUTCOMES FOLLOWING TOTAL HIP REPLACEMENT SURGERY

Gaining insights from those who have walked the path before can offer invaluable guidance to patients considering a total hip replacement. Here are four patient case studies that highlight the journey, challenges, and outcomes experienced under the care of Dr Sam Martin.

CASE STUDY 1: Elizabeth’s Story – 68-year-old retired school principal | Total Hip Replacement (Anterior Approach)

Elizabeth (name changed for privacy) is a 68-year-old retired school principal who enjoys gardening, community volunteering, and staying socially active. Over time, she began experiencing worsening pain in her left hip, which gradually impacted her ability to walk, bend, and stay involved in the activities she loved. After a thorough assessment, Elizabeth was diagnosed with advanced osteoarthritis in her left hip, a condition that had significantly worn away the protective cartilage, leading to bone-on-bone contact and inflammation.

Elizabeth initially tried several non-operative treatments, including anti-inflammatory medications, physiotherapy, cortisone injections, and lifestyle modifications. While these offered temporary relief, the pain always returned, and her mobility continued to decline. After an in-depth consultation with Dr Martin, where the risks, benefits, and expected outcomes were clearly explained, Elizabeth felt confident in proceeding with a total hip replacement using the anterior approach. This method was chosen for its muscle-sparing technique and potential for a quicker return to function, which aligned with Elizabeth’s goal of getting back to gardening.

Elizabeth’s surgery was performed at a local private hospital using high-quality Swiss prosthetic components designed for longevity and smooth motion. The procedure went smoothly, and she began walking with assistance the same day. Her discharge plan included a structured rehabilitation program, at-home wound care instructions, and follow-up appointments to closely monitor her progress.

Despite a successful surgery, Elizabeth encountered some hurdles in the early stages of her recovery:

  • Delayed wound healing required close observation to prevent infection.

  • Higher-than-expected post-operative pain limited her confidence and participation in physiotherapy.

  • Slower-than-expected return to mobility led to frustration, especially given her typically independent lifestyle.

Dr Martin and his multidisciplinary team took a proactive, personalised approach to support Elizabeth’s recovery:

  • Enhanced wound care included specialised dressings and more frequent wound checks, which helped the incision heal properly over time.

  • Tailored pain management: Her medication regime was adjusted to better suit her individual pain response, and non-medication strategies were also introduced.

  • Modified rehabilitation plan: To reduce strain while maintaining progress, Elizabeth began hydrotherapy (water-based physiotherapy), which allowed her to build strength and improve flexibility without putting pressure on the joint.

By her 12-week follow-up with Dr Martin, Elizabeth had made an excellent recovery. She was:

  • Walking unaided

  • Back in the garden, using raised beds and tools adapted to minimise bending

  • Resuming community work, albeit with a more balanced weekly schedule to allow for continued healing

Elizabeth now shares her experience with others in her community who are exploring joint replacement. She often says that while the journey had a few unexpected turns, having the right support and care made all the difference. Her story is a reminder that hip replacement isn’t just about relieving pain, it’s about getting back to the life you love, safely and confidently.

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