Lipoedema most commonly affects the hips, thighs, buttocks and legs, and in many women also the arms. These areas may feel painful or tender, bruise easily, and become heavy or swollen.
In the early stages, the legs often appear straight or column-shaped. Over time, the abnormal fat continues to accumulate, leading to increasing heaviness and discomfort. Similar changes may also develop in the arms.
Some women also experience painful lipoedema fat in other areas, including the abdomen and around the back of the neck. While this is less common, it is recognised, and symptoms such as pain, pressure, or sensitivity in these areas can be part of the condition.
The fat associated with lipoedema does not respond to diet, exercise, weight-loss surgery, medications, or supplements. Many women eat well and exercise regularly yet still experience progression of fat in lipoedema-affected areas.
Lipoedema is most commonly triggered around puberty. However, some women may not notice significant changes until later in life as lipoedema is often associated with hormonal events such as pregnancy or menopause, or in the presence of other medical conditions such as autoimmune disease.
Lipoedema is a progressive condition; however, progression varies significantly between individuals. Some women experience symptoms from adolescence, while others notice changes much later. Many patients report a lifelong predisposition, often recognised in retrospect by leg shape, ankle contour, or early swelling.
While conservative management can slow progression and reduce symptoms, hormonal triggers may still worsen the condition over time.
Pregnancy
Pregnancy is recognised as a common time when lipoedema symptoms may first appear or worsen. This is thought to relate to the major hormonal and circulatory changes that occur during pregnancy.
During pregnancy, levels of hormones such as oestrogen and progesterone increase significantly, which can influence fat metabolism and connective tissue. In people predisposed to lipoedema, these hormonal changes may contribute to the growth of lipoedema fat cells and increased tissue sensitivity.
Pregnancy also increases blood volume significantly and places additional pressure on the veins and lymphatic vessels in the pelvis and legs. This can lead to increased swelling, fluid retention, and inflammation in the affected tissues, which may accelerate the progression of lipoedema.
Because lipoedema is a progressive disease, earlier treatment in patients with significant symptoms may reduce the overall disease burden over time.
Our protocol is a phlebology-led, staged, disease-focused approach to lipoedema management, addressing pain, mobility, and disease progression rather than cosmetic reshaping.
For patients wishing to start or expand their families, pregnancy can usually be pursued after surgery. We generally recommend waiting at least three to six months after surgery before attempting conception to allow adequate healing.
Menopause
Menopause, like pregnancy, is a recognised time when lipoedema symptoms may worsen or progress. This is thought to relate largely to hormonal changes, particularly the decline in oestrogen, which can influence fat distribution, connective tissue integrity, and fluid regulation in the body. In individuals with lipoedema, these changes may contribute to increased tissue heaviness, swelling, and discomfort in the affected areas.
When lipoedema extraction surgery has been performed using a staged, disease-focused approach, the aim is to remove as much of the pathological lipoedema tissue as is safely practicable from the affected regions. This approach focuses on treating the underlying disease process rather than cosmetic reshaping.
By reducing the overall burden of diseased tissue, the potential for further lipoedema-related progression during hormonal transitions such as menopause may be reduced. While hormonal changes can still influence the body, addressing the abnormal lipoedema tissue itself can help stabilise symptoms over time, including pain, swelling, heaviness, and reduced mobility, with the aim of stopping the likelihood of ongoing disease progression.
Choosing private health insurance can be complicated as everyone’s circumstances are unique. Please find below some links to resource pages that can help you understand if health insurance can work for you and policy comparisons.
Some patients are keen to know what rebates they would be entitled to.
Common item codes that our patients use to treat swollen legs are listed below. You may find it useful to call your health insurer and seek a quote for rebates on these codes.
- 1 leg, 1 vein, GSV or SSV – Endovenous Laser Ablation – 3250
- 1 leg, 2 veins, GSV and SSV, Endovenous Laser Ablation – 32522
- Ultrasound Guided Sclerotherapy – 32500
- Sonography for Endovenous Laser or Radio Frequency Ablation – 55296
- Sonography for Ultrasound Guided Sclerotherapy – 55054
- Anaesthetic for vein surgery – 21520
- Provider number for Miami Private Hospital is 0057440T
If you have additional medical conditions or comorbidities alongside lipoedema, your treating doctor may advise other relevant item numbers when seeking rebate information. This is particularly relevant where care involves complex swollen leg conditions, including venous disease, lymphoedema, and lymphatic disorders, which often require specialised assessment, advanced imaging, and coordinated peri-operative management.
Miami Private Hospital is a purpose-configured hospital for the management of complex venous, lymphatic and lipoedema conditions. While some health funds may describe Miami Private Hospital as “non-preferred,” this reflects contracting arrangements rather than clinical capability, scope, or specialisation.
The provider number for Miami Private Hospital is 0057440T. When confirming rebates, please advise your health fund that Miami Private Hospital is a fully licensed Tier 2 contracted hospital, and that treatment is being undertaken in a specialised hospital environment designed specifically for complex venous and lymphatic disease management.
Lymphoedema is not an inflammatory fat disorder per se. It occurs when the lymphatic system does not function effectively, resulting in the accumulation of fluid within an affected limb. Primary lymphoedema most commonly affects a single limb and is often not painful.
Lipoedema, by contrast, is a chronic inflammatory fat disorder characterised by painful, abnormal fat deposition, typically affecting both legs symmetrically and often the arms.
In some patients, lymphoedema develops secondary to lipoedema. In this setting, the inflammatory burden of lipoedema tissue places stress on the lymphatic system and may lead to lymphatic scarring. When this occurs, swelling is often painful and usually affects both limbs symmetrically.
New Patients
Education Session — $93 A 90-minute group education session where Dr Lekich provides an overview of Lipoedema and the holistic protocol for diagnosis and treatment. You’ll have the opportunity to ask questions directly to Dr Lekich. You’re welcome to keep your camera off if you prefer.
One-on-One Telehealth Consultation — $202 A private telehealth appointment after the education session to discuss your symptoms and medical history, diagnosis, staging and explore appropriate management options.
Existing Patients — Further Assessment
If you’d like to progress to a surgical management plan, the following assessments may be required:
- CVI Mapping — $380 (Out of pocket)
- TCD “Bubble” Test — $485 (Out of pocket)
Existing Patients — Consultation
Telehealth Consultation — $235 A 30-minute one-on-one telehealth consultation with Dr Lekich. Use this appointment to ask questions, review scans, or reassess your Lipoedema management plan.
Further information about the Lipoedema Management Pathway is available on our website here
A referral is not required to see our doctors. However, we recommend obtaining a GP referral where possible, as this allows coordinated communication, access to relevant medical history, and shared care planning. When completing your questionnaire, please include details of all doctors, specialists, and therapists you wish to receive correspondence.
Our patient journey begins with a Lipoedema Education Session. This session provides general education about lipoedema, including an overview of the condition, how it is recognised clinically, and the range of management approaches that may be considered. Importantly, it helps patients begin appropriate conservative measures early, as timely direction is invaluable in managing a progressive condition.
Following this education session, patients who wish to proceed further may arrange a one-to-one Telehealth consultation. This allows the doctor to review your history, symptoms, and clinical features in more detail and discuss whether the presentation may be consistent with lipoedema and what management options may be appropriate.
Early management focuses on conservative strategies. These may include compression therapy, optimisation of venous and lymphatic function, appropriate exercise, nutritional approaches, and management of associated medical conditions that can influence inflammation swelling and progression. Many patients also benefit from coordinated care with their local medical and allied health teams, including their GP, physiotherapists, or lymphatic therapists.
If symptoms such as pain, reduced mobility, or progressive tissue changes remain significant despite appropriate conservative care, further assessment will include discussion about whether surgical treatment forms part of the management plan. Any consideration of surgery occurs within a staged, disease-focused framework and only after careful clinical evaluation and discussion of risks, benefits, and alternatives.
This structured pathway allows patients to first understand the condition, begin appropriate conservative care without delay, and work with their local care team before considering whether further management of venous comorbidities or surgical intervention may be appropriate with our doctors.
Our primary clinic and hospital is located in Miami on the Gold Coast, where consultations and all surgical care are based. We also support patients nationally through a combination of in-person and telehealth services.
From time to time, in-person consultation clinics are offered in locations including Brisbane, Sydney, and Melbourne, staff will advise availability.
Patients wishing to see our doctors in person at any location are required to complete the initial steps of the Lipoedema Management Pathway before a face-to-face consultation can be booked. This includes participation in a Lipoedema Education Session followed by a one-on-one telehealth consultation with a doctor.
Further details about the Lipoedema Management Pathway are available on our website.
Please note that Medicare rebates are not available for initial telehealth consultations, however rebates may apply to follow-up consultations, depending on eligibility.
The first step in the process is to attend a Lipoedema Education Session with Dr Lekich. These sessions provide general education about lipoedema, how the condition is recognised, and the principles of management within our phlebology-led, disease-focused approach. Education sessions are offered regularly, typically up to three times per month on both weekdays and weekends, allowing most women to attend shortly after registering.
Following the information session, women who wish to proceed can book a one-to-one Telehealth consultation. These appointments are pre-allocated to allow timely individual assessment of your history and symptoms, discussion of conservative management strategies, and guidance on working with your local medical and allied health team.
Where appropriate, a tentative management plan including surgery may be discussed during Telehealth. For patients progressing toward active treatment, a face-to-face consultation is usually arranged within a few weeks for clinical examination and further planning, again pre-allocated.
Because our service focuses specifically on lipoedema within a purpose-built private hospital environment, with dedicated theatre planning and recovery support for these patients, assessment and potential treatment pathways are often able to progress within a relatively short timeframe compared with many traditional surgical waiting lists.
Many women experience meaningful symptom improvement with conservative management alone, including compression therapy, manual lymphatic drainage (MLD), a lipoedema-friendly diet, and appropriate exercise.
Conservative management is required prior to surgery and remains important even for patients who are not considering surgical intervention. When understood and implemented well, these measures help reduce symptoms and minimise complications associated with long-term disease progression. However, conservative management represents ongoing control of lipoedema, rather than reversal; it does not remove lipoedema tissue or reliably prevent disease progression in all patients.
Where surgery is indicated, the aim following appropriate conservative management is disease-focused removal of lipoedema tissue to reduce pain, improve mobility and function, and limit future disease progression.
Conservative management is a long-term strategy and will be discussed in detail during your initial consultation with one of our doctors.
A Chronic Disease Management Plan may be arranged by your GP to support aspects of conservative care. Your treating doctor will write to your GP outlining your diagnosis and management recommendations. Correspondence is prioritised to support coordinated care across your medical and allied health team; please provide a comprehensive list of practitioners and allied health you wish to be included.
Conservative management remains an important part of care both before and after treatment. Recovery following surgery varies between individuals and may take several months, commonly in the range of two to twelve months or longer depending on the stage and extent of lipoedema. During this time, patients are encouraged to continue supportive measures such as compression, appropriate exercise, and general health strategies. Maintaining a healthy, anti-inflammatory style of diet may support overall health, although it is not specific to lipoedema alone.
One aim of disease-focused extraction is to reduce the long-term symptom burden associated with lipoedema, which for some patients may lessen reliance on compression garments or regular manual lymphatic drainage once recovery is complete. However, patients with more advanced or longstanding disease may still require intermittent compression or lymphatic therapy to manage residual swelling or lymphatic strain.
Individual outcomes vary. The surgical approach aims to remove as much of the affected lipoedema tissue as safely practicable in the treated areas as part of a staged, disease-focused protocol. Adipose cells that are removed do not regenerate; however, ongoing symptom stability also depends on broader factors such as hormonal influences, weight changes, and overall health. For this reason, continued attention to conservative measures and general health remains an important part of long-term management.
The role of compression is vital as it helps reduce the swelling by encouraging the flow of the lymphatic fluids out of the affected limbs. The longer you are not in compression, the more scarred your lymphatic system can become. Start where you feel most comfortable. Ask your online support community and link to our Support Register for contacts and advice.
Your MLD therapist will also be extremely helpful and will be able to assist you with your compression garment. Ideally, you will progress to FLAT KNIT, waist to foot, Class II compression garments. These are custom made and unfortunately, can be expensive. Certain brands will bundle up your compression needs and this can be discussed in your consultation. However, the pain levels of patients with lipoedema are better managed with Flat Knit Class II Compression Garments. If you have a health care card or are registered with NDIS you may be eligible for funding towards your compression. A health fund rebate may also be available. Further, you may require clearance of your arterial system to safely wear compression which can be organised where applicable at your consultation. Please note, compression of this form is CUSTOM made and can take up to 4 weeks to be produced. These are part of our surgical protocol.
Pre surgery:
- have an assessment with our doctor, which may require further investigations to exclude any comorbidities and determine underlying causes for swollen legs that may need to be treated prior to Lipoedema-Extraction Surgery
- a minimum 8 weeks of conservative management to soften the lipoedema tissue so it can be removed via lipoedema extraction. Conservative management is made up of three parts, and you can read more about conservative management on our website
- reduce secondary obesity
- some patients may be required to undergo psychological assessment, such as very young patients
- be determined surgically ready by one of our doctors
Post surgery:
- For the first 2 weeks post op, wear your compression garment 24/7 including while showering
- 3 to 8 weeks post op, you can have an hour out of compression each day
- 9+ weeks post op, wear compression as directed by your MLD therapist or our doctor
- Flat knit compression will be required for a minimum of 8 weeks post-surgery, but it may be needed for 6 to 12 months or longer for healing depending on your individual circumstances
Prior to surgery, your doctor will discuss the most appropriate compression pathway as part of the treatment and recovery protocol. For most patients, everyday medical compression worn from toes to waist forms part of the conservative management plan, along with custom flat knit compression garments and post-operative surgical garments used during recovery.
Flat knit compression is typically required for a minimum of eight weeks after surgery and may be recommended for a longer period, often between six and twelve months depending on the stage of lipoedema, the areas treated, and individual recovery.
A second set of compression garments is usually recommended so that garments can be alternated while one set is being washed or if swelling fluctuates in the early post-operative period.
Because many patients require several types of compression during their treatment journey, including garments used for leg and arm procedures, there may be opportunities to streamline this process through bundled arrangements with suppliers who understand the requirements of our protocol. These options can be discussed at your consultation so that compression planning is coordinated efficiently across the different stages of care.
Manual lymphatic drainage therapy (MLD) is commonly used to support patients with lipoedema by assisting the lymphatic system in moving excess fluid and maintaining tissue softness. Many patients find that regular sessions help their lymphatic system function as effectively as possible. It is helpful to work with a therapist who is familiar with lipoedema. Patients often find their online support communities useful when identifying therapists with experience in this area. Your therapist may also be able to teach simple techniques you can use at home to support lymphatic flow, which may include methods such as dry brushing. We also maintain a patient-contributed support register where patients share feedback about practitioners they have worked with, which may help you identify therapists in your area.
MLD forms part of the broader recovery protocol following surgery. Some patients also choose to trial intermittent pneumatic compression (commonly referred to as a lymphatic pump system). This type of device does not replace the need for MLD but may provide additional support, particularly for self-management when regular access to therapy is limited. Intermittent pneumatic compression works by applying sequential pressure to the limbs to assist fluid movement and circulation.
If you are considering a lymphatic pump system, it is best to do so in consultation with your MLD therapist, who can guide you on whether it is appropriate and assist with developing a treatment plan. Your therapist can also provide the prescription that may be required to obtain such a device. While a pump system is not a prerequisite within our surgical protocol, some patients find it helpful as an adjunct while working with their therapist during their treatment journey. This can be discussed further during your one-to-one Telehealth consultation following the Lipoedema Education Session.
Some patients may feel that swelling or fluid retention is not a prominent feature of their symptoms, however an experienced therapist can help assess whether lymphatic support strategies may still be beneficial. In clinical practice, many patients with lipoedema have some degree of inflammatory fluid or lymphatic load within the tissues, and lymphatic therapies are often used to support tissue health and comfort.
Our team does not endorse or mandate specific MLD providers. For patients undergoing surgery, MLD is often recommended in the early recovery phase, and some therapists provide short-term support for patients who are travelling for treatment before they return home to continue care with their local therapist.
There is agreement with experts, recognising that metabolic and inflammatory factors influence symptoms experienced by patients with lipoedema. In clinical practice, factors such as insulin resistance, chronic inflammation, cortisol and stress pathways, the brain–gut axis, and conditions such as Mast Cell Activation Syndrome (MCAS) play an important role in symptom burden for patients with lipoedema. Dietary strategies that aim to reduce inflammation, such as limiting refined sugars and highly processed carbohydrates while focusing on whole foods and healthy fats support overall metabolic health in selected patients.
It is important to note that dietary strategies should not be started independently without professional guidance. We recommend discussing any dietary or metabolic health changes with your GP and, where appropriate, working with a qualified nutritionist or dietitian familiar with inflammatory and metabolic conditions.
The Education Session provides a general overview of these concepts and how they may relate to lipoedema. A more detailed discussion, tailored to your individual history and symptoms, can take place during your one-to-one Telehealth consultation. At that stage, factors such as metabolic health, inflammatory drivers, hormonal influences, and associated conditions can be considered to help guide the most appropriate conservative management plan for you.
There are a range of support programs available for patients with Lipoedema, some of these include rebates or subsidies that may be available for conservative management.
Lipoedema rarely exists in isolation. Many patients have other medical conditions that may contribute to leg swelling, inflammation, pain, fatigue, or circulatory symptoms. For this reason, our approach looks beyond lipoedema itself and considers the broader medical picture.
Our doctors have formal training in phlebology and experience assessing venous and lymphatic disorders, alongside focused training in lipoedema. Using ultrasound and clinical assessment, we aim to determine whether symptoms may relate to lipoedema, venous disease, lymphatic dysfunction, or other contributing conditions. This helps guide an appropriate and individualised management plan.
Some conditions that may coexist with, or influence, lipoedema symptoms include:
Venous and vascular conditions
Varicose veins and chronic venous insufficiency are common and can contribute to leg swelling, heaviness, and discomfort. In some patients, venous compression syndromes affecting the pelvis or abdomen may also play a role. These conditions are commonly assessed with ultrasound as part of the evaluation process.
Circulatory and autonomic symptoms
Some patients experience light-headedness, dizziness, or fainting. These symptoms may sometimes be associated with autonomic nervous system conditions such as Postural Orthostatic Tachycardia Syndrome (POTS).
Connective tissue conditions
Hypermobility syndromes, including Ehlers Danlos syndrome, may affect connective tissue strength and joint stability and are occasionally seen alongside lipoedema.
Hormonal and metabolic factors
Hormonal influences are recognised in lipoedema. Conditions such as polycystic ovarian syndrome (PCOS), insulin resistance, and hormonal therapies (including oral contraceptives or hormone replacement therapy) may influence inflammation, weight distribution, or symptoms in some patients.
Inflammatory and immune conditions
Autoimmune conditions, connective tissue diseases, arthritis, and Mast Cell Activation Syndrome (MCAS) may contribute to systemic inflammation and symptom burden in some individuals.
Other contributing factors
Some patients report a history of viral illness, chronic fatigue, fibromyalgia, or other inflammatory triggers that appear to coincide with worsening symptoms. These factors may be considered when developing a broader management approach.
Gut–brain and inflammatory pathways
Emerging research suggests that metabolic health, the gut microbiome, inflammation, stress hormones such as cortisol, and the gut–brain axis may influence symptoms in some patients. These areas are complex and are considered within a broader health context rather than as a single cause of lipoedema.
Because each patient is different, these factors are reviewed individually during the consultation process. The Lipoedema Education Session provides a general overview of how these conditions may interact with lipoedema.
During your one-to-one Telehealth consultation, your doctor will review your medical history, symptoms, and possible comorbidities in more detail. Where appropriate, further investigations or referral back to your GP or other specialists may be recommended so that your care can be coordinated appropriately.
Venous conditions such as varicose veins are commonly seen in patients with leg swelling and may contribute to symptoms including heaviness, discomfort, and fluid accumulation. When venous disease is identified as part of the assessment process, treatment may form part of the overall management plan.
Where clinically appropriate, venous treatment can sometimes be incorporated during lipoedema surgery as part of a coordinated treatment strategy. Managing these conditions together may help streamline the overall care pathway by reducing the need for separate procedures, additional hospital visits, or multiple recovery periods. In some cases, this coordinated approach may also simplify aspects of the treatment journey, including overall treatment planning and associated costs.
In other situations, it may be more appropriate to treat venous disease independently as part of a staged approach to care.
When vein treatment is performed as a standalone procedure, outcomes are usually reviewed after a period of healing. In most cases this review occurs approximately four to six weeks following treatment to allow time for the vein to close and for symptoms to stabilise before further management decisions are made.
As a part of our surgical protocol, treatment of comorbidities such as varicose veins are a requirement pre-surgery. When comorbidities are managed, the doctor may clear you for surgery. In relation to varicose veins in particular, having these treated can significantly reduce swelling and bring physical relief before any Lipoedema surgery.
Usually 4 to 6 weeks is required post vein treatment.
A Patent Foramen Ovale (PFO), often referred to as a “hole in the heart,” is a small flap-like opening between the right and left upper chambers (atria) of the heart.
Before birth this opening is normal. It allows blood to bypass the lungs while a baby is developing in the womb because the lungs are not yet used for oxygen exchange. After birth, when the lungs begin functioning, pressure in the left side of the heart normally pushes this flap closed.
In approximately 25–30% of adults the opening does not seal completely and remains present as a PFO.
When a PFO is present, the opening can vary in size. In some people it is very small and functionally insignificant, while in others it may be larger and capable of allowing a greater amount of blood to pass between the chambers of the heart. The size of the opening and the degree of blood flow across it may influence the likelihood of symptoms or potential complications.
In certain individuals the opening can allow blood to pass directly from the venous circulation on the right side of the heart to the arterial circulation on the left side. This is known as a right-to-left shunt.
Normally the lungs act as a natural filter for the bloodstream, trapping small clots, fat particles, air bubbles and other metabolic debris. When blood bypasses the lungs through a PFO, these particles may pass into the arterial circulation and travel to organs such as the brain.
For most people a PFO causes no symptoms and may never be detected. However, when the opening is larger or when significant right-to-left shunting occurs, there may be a higher risk that material from the venous circulation could pass into the arterial circulation. In certain circumstances this has been associated with an increased risk of events such as stroke or other embolic complications.
Many people with a Patent Foramen Ovale (PFO) have no symptoms and may never know it is present.
However, when the opening is larger or allows a significant right-to-left shunt of blood, certain clinical events or symptoms may raise suspicion and lead to further investigation.
Symptoms or conditions that may prompt evaluation for a PFO include:
- stroke or transient ischaemic attack (TIA), particularly when no other clear cause isidentified
- migraine with aura
- unexplained shortness of breath, particularly in the condition known asPlatypnea–Orthodeoxia Syndrome (positional breathlessness associated with a drop in oxygen levels)
- reduced exercise tolerance or unusual fatigue during exertion
- brain fog or difficulty concentrating reported by some patients
These symptoms are not specific to PFO and may have many other medical causes. Their presence alone does not confirm a PFO.
However, when these features occur in certain clinical contexts, they may increase clinical suspicion and prompt further investigation with specialised testing such as a Transcranial Doppler (TCD) bubble study or cardiac imaging.
From a physiological perspective, a PFO can allow a portion of venous blood to bypass the lungs and pass directly into the arterial circulation. Normally, venous blood returning to the heart carries the by-products of metabolism from tissues throughout the body and is relatively low in oxygen. It is normally directed to the lungs where it is oxygenated and where the pulmonary circulation also acts as a biological filter, trapping small clots, fat particles, air bubbles and other circulating debris.
In addition to the filtering role of the lungs, the body’s broader circulation also relies on organs such as the liver and kidneys to process and remove metabolic by-products and inflammatory mediators from the bloodstream. When a right-to-left shunt is present, a portion of venous blood may enter the arterial system before passing through these normal physiological filtering and regulatory processes.
Some researchers have hypothesised that this altered circulation may influence vascular or inflammatory processes in susceptible individuals. In clinical practice, particularly in patients with lipoedema, there is emerging interest in whether intermittent mixing of venous and arterial blood may contribute to systemic inflammatory signalling or symptom burden. At present this remains a hypothesis and further scientific research is required.
In our clinical experience, some patients with hemodynamically significant PFOs who undergo closure report improvements in general wellbeing beyond the neurological indications for treatment. Anecdotally, some patients with lipoedema describe their affected tissue feeling softer and less symptomatic following closure of a significant shunt. These observations should be interpreted cautiously, as they are not yet supported by robust scientific studies, and further research is required to determine whether any causal relationship exists.
For this reason, current medical decision-making around PFO investigation and closure remains focused on established clinical indications, particularly the prevention of paradoxical embolism and stroke risk in appropriate patients. Ongoing research may help clarify whether additional physiological or inflammatory effects may be relevant in certain patient groups.
One of the important features of a Patent Foramen Ovale (PFO) is that the opening behaves like a flap rather than a permanently open hole.
Blood does not necessarily cross continuously from one side of the heart to the other. Instead, the passage of blood depends on pressure differences between the right and left sides of the heart.
These pressure changes can occur during everyday activities such as:
- coughing
• straining
• heavy lifting
• exercise
• sudden changes in pressure within the chest or abdomen
During these moments, pressure on the right side of the heart may briefly exceed pressure on the left side, allowing blood to pass from the venous circulation to the arterial circulation through the flap.
At other times, the flap may remain closed, and the person experiences no symptoms at all.
In some individuals with very large or highly mobile PFOs, the opening may behave more dynamically, with the flap moving freely with the cardiac cycle. In these cases, venous blood may cross into the arterial circulation more frequently, and occasionally even with each heartbeat, effectively bypassing the lungs where blood would normally be filtered and oxygenated.
Despite this, many people remain completely unaware that a shunt is present.
Because this flow can be intermittent, even patients with large or physiologically significant PFOs may feel entirely well and have no warning signs.
For this reason, symptom history alone cannot reliably exclude the presence of a significant PFO, and objective testing such as a Transcranial Doppler bubble study is often required to detect these shunts.
A Patent Foramen Ovale (PFO) is relatively common. Approximately 25–30% of the general population are estimated to have a PFO. In most individuals it is small and causes no symptoms, and many people may never know it is present.
Because of this high prevalence, PFO is sometimes described as a “normal” anatomical finding. However, this description can be misleading when considering the potential physiological implications of a right-to-left shunt, particularly in situations where material may enter the venous circulation such as during certain medical or surgical procedures involving the limbs.
Only a smaller proportion of people with a PFO have a physiologically significant right-to-left shunt.
Current estimates suggest that approximately 2.5–3% of the general population may have a PFO capable of allowing blood to pass from the venous circulation into the arterial circulation under certain conditions. This corresponds to roughly 10% of the people who have a PFO.
A PFO becomes clinically important when material from the venous circulation may enter the bloodstream.
Under normal circumstances this material is filtered by the lungs before blood returns to the arterial circulation.
However, in the presence of a significant right-to-left shunt this filtering step may be bypassed, allowing material to reach the arterial circulation and potentially the brain or the rest of the body supplied by arteries.
Situations where this pathway may become relevant include:
- deep vein thrombosis where a clot forms in the leg veins and may break off and travel through the circulation
• orthopaedic limb surgery where fat or thrombotic material may enter the venous system
• childbirth where rare embolic events such as amniotic fluid embolism may occur
• deep sea diving where nitrogen bubbles may form in the venous circulation during decompression
• procedures involving the venous system such as vein treatments or lipoedema surgery.
In individuals without a PFO these materials are normally filtered by the lungs.
In individuals with a significant right-to-left shunt they may bypass the lung filtration system and enter the arterial circulation.
Although uncommon, this mechanism is recognised as the pathway for paradoxical embolism and may contribute to stroke or other embolic complications.
Phlebologists specialise in diseases of the venous circulation, and some subspecialise in related areas such as lymphatic disorders and lipoedema care. Because their work focuses on the veins, phlebologists regularly manage conditions where material originating in the venous system may enter the bloodstream.
Many processes within the venous circulation can produce particles or substances that travel through the blood. Examples include thrombus from deep vein thrombosis, small air bubbles or microbubbles or even medical superglue that may occur during modern vein procedures, or fat particles that may enter the venous circulation during certain surgical procedures involving fatty tissue.
In most individuals this material travels first to the lungs. The pulmonary circulation acts as an important biological filter, trapping small clots, air bubbles, fat particles and other debris before blood continues into the arterial circulation and reaches organs such as the brain.
However, in patients with a significant right-to-left shunt, such as a large Patent Foramen Ovale (PFO), this natural filtering step may be bypassed. Venous blood may pass directly from the right side of the heart to the left side and enter the arterial circulation without first passing through the lungs.
This creates a biological pathway where material originating in the venous system may travel from the veins to the heart and then directly to the brain or other organs supplied by arteries.
This “vein-to-heart-to-brain” pathway is known as paradoxical embolism.
For phlebologists performing procedures that involve the venous system, this pathway is particularly relevant. It is especially important in higher-risk procedures where manipulation of fatty tissue or venous structures may allow small fat particles, air bubbles or thrombus to enter the venous circulation.
In procedures such as lipoedema surgery, where surgery is performed within fatty tissue that sits within and around the venous and lymphatic systems of the limbs, awareness of a significant right-to-left shunt may be clinically important. In the presence of such a shunt, material that would normally be filtered by the lungs could potentially pass directly into the arterial circulation.
For this reason, screening for right-to-left shunts in selected higher-risk patients and procedures may form part of a broader risk-assessment strategy. Identifying a significant shunt beforehand may help guide surgical planning and reduce the theoretical risk of paradoxical embolism, including rare but serious events such as fat, clot or air reaching the brain.
The Transcranial Doppler (TCD) bubble study is an ultrasound-based test used to detect right-to-left shunts, most commonly a Patent Foramen Ovale (PFO).
During the test, small ultrasound probes are placed on the temples to monitor blood flow in the middle cerebral arteries, which supply blood to the brain.
A small intravenous cannula is inserted into a vein to allow injection of sterile saline containing tiny microbubbles. This involves a very minor needle insertion, similar to a routine blood test. The procedure is widely performed in outpatient medical settings and is considered safe and well tolerated.
At our clinic, venous access is performed using ultrasound guidance, which improves accuracy, reliability, and patient comfort. Ultrasound assistance allows the doctor to visualise the vein directly and place the cannula precisely.
Once the microbubbles are injected, ultrasound monitoring of the brain circulation can detect whether bubbles reach the cerebral arteries. If microbubbles appear in the brain circulation, this indicates that blood has bypassed the normal lung filtration system and crossed from the right side of the heart to the left side, which can occur when a pathway such as a PFO is present.
Unlike many other tests, TCD can detect, count, and grade the number of microbubbles reaching the brain. These signals are detected as microembolic signals (MES) and graded using the Spencer grading system, helping determine the physiological significance of the shunt.
The test usually takes 10 to 20 minutes and is performed in a simple outpatient setting.
Importantly, no general anaesthetic or sedation is required.
Patients are asked to perform a Valsalva manoeuvre, which involves blowing under pressure similar to popping the ears after a flight. This temporarily increases pressure on the right side of the heart and helps reveal shunts that may otherwise remain hidden. Because the patient remains awake, the doctor can coach the manoeuvre in real time while monitoring the arterial waveform, improving test accuracy.
At the Hole in the Heart Clinic, delivered within the broader clinical framework of Lipoedema Surgical Solution, we perform doctor-led TCD screening with ultrasound-guided venous access to maximise safety and diagnostic reliability.
If a significant right-to-left shunt is identified, patients are referred to an appropriately experienced structural cardiologist for detailed cardiac imaging and discussion of further management. This next stage helps confirm the anatomical features of the heart, which statistically most often involve a Patent Foramen Ovale, and determines whether treatment such as device closure may be appropriate.
Several imaging tests can detect a right-to-left shunt. Their ability to detect small shunts varies.
From highest to lowest sensitivity, commonly used tests include:
- Transcranial Doppler Bubble Study (TCD)
Highest physiological sensitivity (~95–98%)
TCD is widely considered the most sensitive screening test for detecting right-to-left shunts.
Key advantages include:
- Detects very small shunts
• Counts and grades microbubbles reaching the brain using the Spencer scale
• No general anaesthetic required
• Performed in a simple outpatient setting
• Allows real-time interaction with the patient to optimise the Valsalva manoeuvre
• Directly measures bubbles reaching the brain circulation, which represents the pathway relevant to stroke risk
- Transoesophageal Echocardiography (TEE or TOE)
High anatomical definition (~85–95%)
TEE involves placing an ultrasound probe into the oesophagus (food pipe) to obtain detailed images of the heart.
It is commonly used by cardiologists to confirm cardiac anatomy once a shunt has been identified.
Limitations include:
- Often requires sedation or general anaesthetic and in a hospital
• Patients may be unable to perform a strong Valsalva manoeuvre while sedated
• Some intermittent shunts may therefore be missed
The Valsalva manoeuvre involves blowing under pressure, similar to popping the ears after a flight. This temporarily increases right-sided heart pressure and can reveal a PFO by forcing bubbles across the opening.
- Transthoracic Echocardiography with Bubble Study (TTE Bubble Study)
Moderate sensitivity (~60–80%)
This test uses a standard ultrasound probe placed on the chest wall while microbubbles are injected into a vein.
Clinicians observe whether bubbles cross from the right side of the heart to the left.
Limitations include:
- Less sensitive for small or intermittent shunts
• Image quality may be limited by lung tissue or body habitus
• Cannot accurately count or grade bubbles reaching the brain
Unlike TCD, this test does not quantify the number of microbubbles entering the cerebral circulation.
- Standard Transthoracic Echocardiography (TTE without Bubble Study)
Lowest sensitivity
This method relies on directly visualising a hole in the heart using standard ultrasound imaging.
Many PFOs are not visible on routine echocardiography, particularly when the opening is small or only opens intermittently during pressure changes.
SUMMARY
When screening for a right-to-left shunt:
Highest physiological sensitivity
Transcranial Doppler bubble study (TCD) ~95–98%
High anatomical definition
Transoesophageal echocardiography (TEE) ~85–95%
Moderate sensitivity
Transthoracic echocardiography with bubble study (TTE) ~60–80%
Lowest sensitivity
Standard transthoracic echocardiography without bubble study
If a Transcranial Doppler (TCD) bubble study identifies a significant right-to-left shunt, the next step is referral to a structural cardiologist experienced in Patent Foramen Ovale (PFO) assessment and closure. The cardiologist will review the findings, assess the clinical context, and discuss whether closure or observation is the most appropriate option.
In many cases the cardiologist will perform further imaging, most commonly transoesophageal echocardiography (TEE) or intracardiac echocardiography, to confirm the presence, size, and anatomy of the PFO and to determine whether it is suitable for closure.
If closure is recommended, it is usually performed using a minimally invasive catheter-based procedure. A small catheter is inserted through a vein in the groin and guided to the heart. A specially designed closure device is then positioned across the opening between the atria. Once deployed, the device seals the passage and allows the body’s own tissue to grow over it over time.
The procedure itself is typically short, often taking around 15–20 minutes once the device is positioned, although preparation and imaging mean the total procedure time may be longer. It is usually performed under local anaesthesia with sedation or general anaesthesia, depending on the centre and imaging method used.
Most patients stay in hospital for several hours of observation, and some centres keep patients overnight for monitoring before discharge the following day.
Following closure, patients are generally prescribed antiplatelet medication for several months while the heart tissue heals over the device. Follow-up imaging is commonly performed to confirm successful closure and ensure there is no residual shunt.
Importantly, not all PFOs require closure. Many people live their entire lives with a PFO without symptoms. The decision to close a PFO is usually based on the clinical context, such as a history of stroke, migraine with aura in selected cases, decompression illness in divers, or other situations where preventing right-to-left passage of embolic material may be considered beneficial.
For this reason, the role of the structural cardiologist is to carefully assess the risks and benefits and determine whether closure is appropriate for the individual patient.
After closure of a Patent Foramen Ovale (PFO), the cardiologist will review healing and confirm that the closure device is stable and functioning as intended.
In most cases the body gradually grows a thin layer of tissue over the device during the weeks following the procedure. During this period patients are usually prescribed antiplatelet medication and follow-up imaging may be arranged to confirm satisfactory device position and closure of the shunt.
For procedures involving the venous system, many cardiologists consider it reasonable to plan surgery approximately three months after PFO closure, once cardiology review has confirmed:
- the device is stable
- there is no significant residual right-to-left shunt
- antiplatelet therapy has been appropriately managed
- the patient has been cleared for further procedures
The exact timing can vary depending on the individual patient, the type of closure device used, and the nature of the planned surgery. For this reason final timing is always determined in consultation with the treating structural cardiologist.
In practice, once the cardiologist confirms that the PFO closure has healed appropriately and the risk of right-to-left shunting has been addressed, procedures can usually proceed in a planned and coordinated manner.
The aim of our surgical protocol is to remove diseased lipoedema tissue from the affected compartments of the limbs to address pain, improve mobility, and help manage disease progression. This is disease-focused surgery, not cosmetic body contouring or aesthetic liposuction and is designed to be minimally invasive and avoid long skin excisions and optimise safety by avoiding mega liposuction.
Our approach follows a phlebology-led, lymphatic-sparing protocol aligned with European S2K lipoedema guidelines, informed by more than 30 years of clinical experience in Germany, including the work of pioneer Dr Falk Heck. Dr Chris Lekich undertook training in this surgical approach with Dr Heck in 2017 in the technique of removing diseased lipoedema tissue using the Heck protocol.
During surgery, the doctor works carefully within the anatomical compartments affected by lipoedema tissue. The intra-operative endpoint is reached when the firm, inflammatory lipoedema tissue can no longer be palpated, indicating that the majority of the diseased tissue in that compartment has been addressed. At this point extraction in that compartment is stopped.
Further extraction beyond this point is avoided because pushing beyond the diseased compartment may increase the risk of injury to surrounding structures, including:
- skin
- sensory nerves
- arteries
- lymphatic vessels
- muscle
- deeper venous structures
The aim is therefore as complete a removal as safely possible within the affected compartment, rather than aggressive over-extraction. This approach avoids long scars and large-volume cosmetic liposuction techniques that are not aligned with European lipoedema guidelines.
Because of these safety considerations, surgery is typically performed in stages.
For many patients, treatment of the lower limbs from waist to ankles can be achieved in two procedures, while patients with more advanced disease may require three staged procedures. More stages may be required for very progressed lipoedema.
Where the arms or abdomen are also affected, these areas may sometimes be combined within a surgical stage of the legs when it is considered safe to do so. This can help reduce the total number of procedures required.
Importantly, patients do not need to commit to all surgeries at the outset. Each stage is assessed individually, allowing treatment decisions to be made progressively based on recovery, clinical response, and patient preference.
Procedures are typically spaced approximately two months apart to allow recovery and safe surgical planning between stages.
Safety considerations during surgery include careful management of:
- local anaesthetic volumes to avoid cardiac or neurological toxicity
- total operative time and surgical exposure
- intraoperative and postoperative fluid management
- minimising blood loss
- reducing postoperative bruising or haemoglobin reduction
Specific compression and bandaging techniques are used following surgery to support healing and reduce swelling and bruising.
Adjunct technologies may also be used during surgery in selected cases. For example, Renuvion technology may be used in appropriate areas to assist with haemostasis and tissue contraction, which may support skin collagen stimulation in areas such as the thighs or arms where tissue stretch may be more pronounced.
These measures may assist in reducing bruising and supporting recovery, although individual outcomes vary.
Costs vary depending on the areas treated and the number of surgical stages required.
As a general guide:
Lower limb procedures typically cost approximately $20,000 per surgery.
This usually includes:
- hospital theatre and facility fees
- overnight hospital stay
- surgical consumables
- surgical team and procedural costs
- routine immediate postoperative care
- blood tests and ultrasound assessment before discharge
Anaesthesia fees are typically approximately $1,800 to $2,700, depending on the duration and complexity of the procedure. Fees may be higher when multiple areas or additional procedures are incorporated.
In some cases, additional areas such as arms or abdomen may be safely combined within the same operation. When procedures are combined, the overall surgical cost may tend to $28,000, depending on the specific surgical plan and the areas treated.
Because phlebologists also assess and treat venous disease, vein treatments may sometimes be incorporated into the surgical plan where clinically appropriate. When this occurs, it may reduce the need for separate procedures and additional visits. The suitability of this approach varies between patients.
Following assessment, your doctor will confirm:
- the diagnosis and stage of lipoedema
- the areas requiring treatment
- associated venous or lymphatic conditions
- suitability for surgery
A personalised treatment plan and cost estimate will then be provided to ensure informed financial consent before any procedure is undertaken.
At present there is no specific recognition of lipoedema surgery within the Australian private health insurance system or Medicare, and therefore surgery directed specifically at lipoedema is generally privately funded.
In some situations, private health rebates may apply for recognised medical comorbidities that are treated as part of the overall care plan. These may include conditions such as venous disease or other medically recognised disorders identified during consultation. Eligibility for any rebate depends on the diagnosis, procedures performed, and the patient’s individual level of private health insurance cover, and this will be discussed with your doctor during consultation.
Lipoedema surgery at our service is performed at Miami Private Hospital, which is a fully licensed and regulated private hospital in Queensland. The hospital operates with accredited operating theatres, anaesthesia services, overnight accommodation, and trained nursing staff.
Miami Private Hospital is a specialised surgical hospital, similar to many accredited private surgical hospitals across Australia that focus on planned procedures rather than functioning as large tertiary hospitals with intensive care units. This model is widely used for elective procedures that are appropriate for a specialised surgical environment.
Patients are carefully assessed before surgery, and procedures are only undertaken when they are considered appropriate and safe within this accredited hospital setting.
At present, patients travel internationally seeking treatment for lipoedema. Our aim is to provide access to medically supervised, disease-focused care within Australia, allowing patients to receive treatment closer to home in a regulated hospital environment.
Our clinic sees patients from across Australia, New Zealand, and internationally who are seeking assessment and management of lipoedema within a phlebology-led medical framework.
We also continue to support clinical education, research, and advocacy to improve recognition and understanding of lipoedema within the broader healthcare system. As awareness and scientific understanding of the condition continues to develop, it is hoped that future recognition within healthcare systems may improve access to appropriate funding pathways and rebates for patients.
Appropriately planned treatment contributes to improvements in pain, mobility, and day-to-day functioning, although outcomes vary between individuals and treatment decisions are made on a case-by-case basis following medical assessment.
We do not offer payment plans, as these are discouraged by the medical board AHPRA. However, there are medical finance companies that can help patients with payment plans for surgeries. We recommend you do a Google search and conduct your own research about the suitability of such services.
Where appropriate, patients may explore Compassionate Release of Superannuation (CRS) through the Australian Taxation Office (ATO) to assist with funding medical treatment.
Our clinic can assist by providing appropriate medical documentation to support the process where a patient meets the relevant requirements. This may include working with your GP and, where required, an independent third-party medical specialist who understands lipoedema and its clinical impact.
These doctors may help document:
- the diagnosis
- the severity and functional impact of the condition
- the recommended treatment plan
The ATO ultimately determines eligibility for compassionate release of superannuation and manages the application process directly with the patient.
Our role is limited to providing accurate medical information and reports where requested to support your application.
All documentation and processes are undertaken in accordance with Medical Board of Australia guidelines and relevant regulatory requirements, and our clinic is Medical Board compliant in the way compassionate release documentation and processes are managed.
Patients may consider several options when planning how to fund treatment. These may include self-funding, medical finance options, or applying for compassionate release of superannuation through the Australian Taxation Office (ATO) where eligibility criteria are met.
Our clinic can provide medical documentation where appropriate to support an application for compassionate release of superannuation. This may involve working with your GP and, where required, an independent third-party specialist who understands lipoedema and its impact.
The ATO manages the application process and determines eligibility, and patients apply directly through the ATO portal.
When considering funding options, it is advisable to seek independent financial advice so that you can compare the implications of compassionate release of superannuation, medical finance options, or self-funding and determine what is most appropriate for your individual circumstances.
DO YOU DO STANDARD LIPOSUCTION TOO?
No. Our clinic focuses on disease-focused lipoedema surgery within a phlebology-led medical framework. The surgical approach used for lipoedema differs from standard cosmetic liposuction because it is designed to address pathological lipoedema tissue and the medical aspects of the disease, rather than purely aesthetic body contouring.
For this reason, our doctors primarily assess and treat patients with suspected or confirmed lipoedema and related venous or lymphatic conditions.
Where patients are seeking cosmetic liposuction or skin resection procedures, referrals can be made to independent cosmetic and plastic surgeons who work within the broader medical network associated with Miami Private Hospital. These surgeons operate independently of Lipoedema Surgical Solutions. Our doctors also receive referrals from cosmetic and plastic surgeons across Australia where patients may require assessment of possible lipoedema or related venous conditions.
These independent specialists are available for consultations, second opinions, and aesthetic procedures where appropriate.
Many cosmetic surgeons focus primarily on body contouring procedures, whereas our clinic focuses specifically on the medical assessment and disease-focused management of lipoedema. In some cases, patients may access both services as part of their overall treatment journey.
WILL LIPOEDEMA COME BACK AFTER SURGERY?
Lipoedema is a chronic medical condition, and ongoing medical management is often required. The aim of surgery is to remove diseased lipoedema tissue within the affected anatomical compartments in order to address pain, improve mobility, and help manage disease progression.
The surgical protocol used in our clinic is informed by more than 30 years of clinical experience in Germany, including the work of Dr Falk Heck, combined with a phlebology-based understanding of venous and lymphatic disease. Experience with this protocol suggests that when the diseased lipoedema tissue within an affected compartment is removed, the tissue itself is less likely to regrow in that same location.
Dr Chris Lekich has been performing surgery using this disease-focused protocol since 2017 and has performed more than 1,500 lipoedema procedures. In our experience, many patients treated using this approach experience long-term improvements in symptoms and function, although outcomes vary between individuals and expectations should be distinguished from those associated with cosmetic body contouring procedures and expectations.
Our doctors also assess patients who have previously undergone general cosmetic liposuction or extensive skin excision procedures, where only selected areas of fat were contoured rather than the diseased lipoedema compartment being addressed. In these situations, patients may notice that lipoedema tissue continues to enlarge or symptoms persist in untreated compartments or areas where the disease was not specifically targeted.
For this reason, the aim of disease-focused lipoedema surgery is to remove the pathological tissue within the affected compartment as completely and safely as possible, rather than performing cosmetic contouring of selected areas.
It is important to understand that surgery is one component of long-term lipoedema management. Ongoing care may include compression therapy, particularly in more advanced stages where lymphatic function may be affected by fibrosis, as well as lifestyle measures aimed at optimising overall health. This may include anti-inflammatory dietary approaches, weight management, and avoidance of excessive processed sugars and highly processed foods to reduce the risk of secondary obesity and support general metabolic health.
While surgery may significantly improve symptoms for many patients, individual results vary, and no surgical procedure can guarantee that lipoedema will not progress in other areas that have not been surgically treated over time.
WHAT AGE GROUPS HAVE YOU OPERATED ON?
Our doctors have treated patients across a broad age range, from approximately 16 to 78 years of age.
Suitability for surgery is not determined by age alone. Each patient undergoes a comprehensive medical assessment to evaluate overall health, stage of lipoedema, and any associated medical conditions.
For patients with complex medical histories, care may involve optimisation before surgery and, where appropriate, a multidisciplinary approach involving the patient’s GP and relevant medical specialists to ensure treatment is planned with safety as the priority.
The goal is to ensure that any surgical decision is made carefully and individually, considering the patient’s health, symptoms, and the potential benefits and risks of treatment.
IS THERE A WEIGHT LIMIT FOR SURGERY?
There is no single weight or BMI cut-off that automatically determines whether a patient is suitable for surgery. However, each patient is carefully assessed to ensure surgery can be performed safely and appropriately.
In some patients, secondary obesity may be present alongside lipoedema. Where this is the case, patients may be advised to optimise weight and general health before surgery as part of the overall treatment plan. This optimisation can often occur through conservative management, including medical guidance, compression therapy, and lifestyle measures aimed at improving metabolic health and mobility.
One of the challenges in diagnosing lipoedema is that the disproportionate fat distribution in the legs or arms can lead to an elevated BMI, which may sometimes be interpreted as general obesity by clinicians unfamiliar with the condition. For this reason, assessment does not rely on BMI alone. Clinical examination, fat distribution patterns, and overall health assessment are considered, and measures such as waist-to-height ratio may be more informative indicators of metabolic health than weight alone.
Lipoedema tissue differs from typical fat associated with obesity and may include inflammatory tissue and fluid within the affected compartments. Once secondary obesity is addressed where present, the remaining disproportionate tissue may be recognised as lipoedema.
Surgery is therefore planned based on clinical assessment and safety considerations, and when appropriate it is performed in stages to address the affected compartments. Staged surgery allows treatment of diseased tissue while maintaining safe operative times and recovery.
Improving pain, mobility, and function may also help patients increase physical activity after treatment. This can support ongoing health improvements alongside anti-inflammatory dietary approaches, weight management strategies, and lifestyle measures as part of long-term lipoedema management.
ARE THERE ANY MEDICATIONS THAT CAN HELP PREPARE FOR SURGERY?
GLP-1 AGONISTS AND SURGICAL PREPARATION
In some patients, medications such as GLP-1 receptor agonists (for example semaglutide or similar medicines) may be used under the supervision of a GP or relevant medical specialist to assist with managing secondary obesity or improving metabolic health prior to surgery.
These medications are not treatments for lipoedema itself, which is a chronic adipose tissue disorder. However, in selected patients they may help improve metabolic health and assist with weight optimisation before surgical treatment is considered.
Within a phlebology-led disease management framework, the goal of preparation for surgery is to optimise the patient’s overall metabolic and vascular health, reduce systemic inflammation, and improve the safety profile of the procedure.
Any decision to use GLP-1 medications should be made in consultation with the patient’s GP or treating specialist, who can assess whether this approach is appropriate for the individual patient.
For surgical planning, many anaesthetists recommend stopping GLP-1 medications, one month prior to surgery to optimise anaesthetic safety and reduce the risk of delayed gastric emptying during anaesthesia. The medication can usually be recommenced after surgery once normal diet and recovery have resumed, based on advice from the prescribing doctor.
Many patients also work on metabolic optimisation through diet and lifestyle, including lower-carbohydrate or ketogenic dietary strategies when appropriate. These approaches may help reduce systemic inflammation and support long-term metabolic health when implemented with guidance from a GP, dietitian, or metabolic health practitioner.
SUPPLEMENTS AND GENERAL HEALTH OPTIMISATION
Some patients choose to use nutritional supplements as part of preparing for surgery and supporting general health. While certain supplements may contribute to overall wellbeing, their use should always be discussed with the treating doctor or healthcare provider before surgery.
As a general guide, preparation for surgery focuses on improving overall physiological resilience. This may include attention to:
- a nutrient-dense, whole-food diet
- adequate protein intake to support tissue repair and healing
- optimisation of metabolic health
- reduction of systemic inflammation
- minimising highly processed foods and excess sugars
Some patients may discuss supplements such as vitamins, minerals, or anti-inflammatory nutritional support with their healthcare providers. However, supplement use varies between individuals and should not replace appropriate medical care.
It is important to note that some supplements can increase bleeding risk or interact with medications or anaesthesia, so all supplements and medications should be disclosed to the treating medical team before surgery.
Within a phlebology-led staged treatment model, careful preparation and optimisation of the patient’s health prior to surgery is an important component of reducing risk and improving recovery.
Can you perform surgery on the armpits, Mons pubis, or rump areas as well?
If lipoedema is affecting the abdominal or mons pubis regions, or other areas of the body, the same lymph-sparing technique used for the limbs can be applied. Where appropriate, these areas can be addressed within the same operative session by allocating additional surgical time, reducing the need for separate procedures.
For upper limb treatment, the surgical stage is planned comprehensively from the axilla (armpit) through to the wrist. This includes targeted treatment of the axillary region, which is commonly involved and can contribute to symptoms and contour irregularity if left untreated. Extending the approach from armpit to wrist ensures a more complete, disease-focused outcome while maintaining lymphatic safety.
What is the wait time for surgery?
Our priority is the timely management of lipoedema to reduce disease progression, symptoms and functional decline while patients are waiting for treatment. As lipoedema care forms the core of our practice, the service is structured to support efficient assessment and progression to surgery where appropriate.
With a dedicated hospital for lipoedema surgery and an 8-bed overnight recovery ward within our purpose-built, licensed private hospital, most patients are able to move from diagnosis and consultation to surgery within approximately 8 to 12 weeks. This helps avoid the extended wait times, often up to 2 years, seen in more generalised surgical settings.
Lipoedema extraction surgery is a targeted, disease-focused approach designed to treat pathological lipoedema tissue in the limbs, with the aim of managing pain, mobility, function and disease progression. It is not cosmetic fat removal or body contouring.
Our protocol is phlebology-led and aligned with the European S2k lipoedema guidelines, reflecting a disease-focused model developed through over 30 years of German clinical experience.
Surgery is performed in a staged, minimally invasive and lymph-sparing manner, using small, strategically placed access ports (typically 3–4 mm) to allow controlled, compartment-based removal of affected tissue while preserving surrounding structures.
Key principles of the protocol
- Clinical endpoint, not cosmetic.
Surgery is guided by clinical feel rather than appearance. Surgery continues within each compartment until the firm, nodular lipoedema tissue has been adequatelyaddressed, and no obvious diseased fat is further extracted. The goal is thorough treatment while maintaining a high safety profile.
- Eligibility and preparation
Surgery is offered to suitable candidates following a period of conservative management, typically for at least 8 weeks. This helps prepare the tissues and optimise outcomes.
- Hospital-based care
Procedures are performed in a licensed hospital setting, with overnight stay and care tailored to lipoedema patients.
- Bilateral approach
Both limbs are usually treated in the same stage to support balance,symmetry and functional recovery.
- Staged, disease-focused treatment
– Lower legs are often treated first, as they commonly have the greatest impact on mobility
– Upper legs, thighs and buttocks are usually addressed in a second stage
– Additional stages may be required depending on disease extent
– Arm treatment is generally performed after the legs, but may be prioritised if more symptomatic. Where appropriate, additional arm treatment can be incorporated into lower limb or abdominal stages to reduce the total number of procedures. - Individualised planning
The sequence and extent of treatment are tailored to each patient’s symptoms, diseasedistribution and goals. Patients are not required to commit to all stages upfront.
- Timing between stages
Stages are usually spaced around 8 weeks apart, with compression and lymphatic support used between procedures. Longer intervals (even years) between stages are also acceptable and do not result in lipoedema spreading to previously treated areas.
- Anaesthesia and mobilisation
Procedures are performed with specialist anaesthetic care as heavy twilight or generalanaesthesia where appropriate. Early mobilisation is encouraged after surgery to support recovery and reduce risk.
- Ultrasound-integrated care
Ultrasound is used for mapping, intraoperative guidance and early postoperative assessment, including screening for deep vein thrombosis and managing fluid collections whererequired. It is also used to assess and, where appropriate, treat venous disease at the same time as lipoedema extraction surgery.
- Recovery and travel
Most patients are fit to travel, including flying, approximately one week from Day 1 after surgery (the day following the procedure), depending on individual recovery.
- Different to cosmetic liposuction
This approach is focused on managing a medical condition. It aims for structured, compartment-based treatment of diseased tissue rather than partial volume reduction or aesthetic reshaping.
- Technical considerations
Lower leg treatment is often more technically demanding and may involve more postoperative discomfort compared to other regions.
- Lymph-sparing, minimally invasive technique
A minimally invasive approach using small (3–4 mm), strategically placed access portsallow controlled treatment within anatomical compartments while preserving lymphatic structures. The technique uses tumescent fluid (containing dilute local anaesthetic and adrenaline), often in the range of 6–8 litres for a lower limb stage, to support safe extraction. Careful dilution and monitoring are important to minimise the risk of anaesthetic toxicity.
As a result, surgical canisters typically contain a mixture of fat and fluid, rather than pure fat as seen in cosmetic procedures.
- Key feature of treatment in the lower legs- Hallmark of Lipoedema Extraction Surgery
A key feature of this protocol is often seen in the lower legs. Following surgery, many patients experience improvement towards a more normal anatomical lower leg, including clearer definition of the ankles, shins, calves and knees. This reflects compartment-based treatment of pathological tissue from the knees down to the ankle level using minimally invasive access points.
The lower legs often demonstrate favourable skin retraction and can provide a useful indicator of treatment response. In contrast, areas such as the thighs and other gravity-dependent regions may show greater variability in skin retraction and residual laxity. Lower leg treatment is also technically demanding, particularly in earlier-stage disease, where careful technique is required to support a durable outcome.
- Adjunctive technology (Renuvion)
Whereappropriate, Renuvion may be used during the same operative stage as an adjunct to lipoedema extraction. While it adds operative time, performing it at the same time may reduce the need for additional procedures. It is delivered through the same small access ports and is intended to assist with haemostasis through controlled coagulation of small vessels, which may help reduce oozing and bruising.
It may also support skin contraction in selected areas, particularly where laxity is a concern.
Important information
All surgical procedures carry risks. Suitability for surgery, expected outcomes and recovery vary between individuals and are discussed in detail during consultation.
Lipoedema is a medical condition requiring a disease-focused approach. Patients are encouraged to seek assessment from a doctor with specific training, experience and recognised qualifications in lipoedema assessment and surgical management.
While consultations can take place at any of our clinics, all surgical procedures are performed at our purpose-built, licensed facility at Miami Private Hospital on the Gold Coast, with a dedicated overnight lipoedema ward.
Patients who wish to proceed to an in-person consultation and potential surgery are required to complete the initial steps of the Lipoedema Management Pathway. This typically includes participation in a Lipoedema Education Session followed by a one-on-one telehealth consultation with the doctor prior to booking a face-to-face appointment.
You can read more about our Lipoedema Management Pathway here.
Please note that Medicare rebates are not available for the initial video consultation. However, eligible follow-up consultations may attract a rebate.
To support timely care and minimise delays in management, one-on-one telehealth consultations and face-to-face appointments are prioritised following the Lipoedema Education Session, where appropriate within the Lipoedema Management Pathway.
Dercum’s disease involves painful fatty nodules within the subcutaneous tissue, which can coexist with lipoedema and contribute significantly to pain and tenderness. Our approach does not treat these nodules in isolation but integrates their management within a phlebology-led, disease-focused surgical strategy.
Painful nodules that are clearly identified by the patient, clinically palpable and consistent with areas of maximal tenderness can be targeted during surgery using water-assisted liposuction (WAL). This is done in conjunction with a broader approach of compartment-based decompression of lipoedema tissue, using a lymph-sparing technique and staged treatment aligned with European S2K guidelines.
The nodules themselves are abnormal fat, but the pain is not simply due to the fat alone. It is more likely driven by nerve irritation or entrapment within the fatty tissue, increased pressure within the compartment and local inflammation. In simple terms, the fat forms the structure, but the nerves within that environment drive the pain.
This understanding underpins the combined treatment approach. Decompressing the affected compartment helps reduce pressure on embedded nerve fibres and improves the overall tissue environment, while selectively targeting dominant nodules addresses focal areas of highest symptom burden. This allows for reduction in overall disease burden and meaningful pain relief, without the need for multiple individual excisions.
It is important to recognise that lipoedema is a diffuse disease rather than a collection of isolated lumps. Treating nodules alone does not address the surrounding pathological tissue and may lead to incomplete or short-lived relief. In practice, nodules are treated where clinically meaningful during WAL, but they are not removed as standalone lesions, with the priority remaining global disease control combined with targeted symptom relief.
The aim is a balanced approach that combines decompression with selective nodule treatment to improve pain, mobility and function, while maintaining a high safety profile consistent with a staged, disease-focused protocol.
Management follows a structured, staged pathway aligned with European S2K guidance.
The typical order is:
- conservative optimisation first (compression, movement, metabolic support)
- venous assessment and treatment where indicated
- lipoedema extraction surgery
This sequence is important because, in many patients, what is labelled as “lymphoedema” is secondary to lipoedema and venous overload. By addressing these drivers first, the lymphatic burden is often significantly reduced.
In practical terms, this means that while conservative care aims to reduce swelling as much as possible before surgery, it is not always possible to fully resolve lymphoedema if significant lipoedema tissue remains. For most patients, proceeding to lipoedema surgery at the appropriate point leads to meaningful improvement in swelling, pain and function, and is often sufficient without the need for additional lymphatic procedures.
Importantly, lipoedema extraction surgery is not expected to cause lymphoedema when performed using a staged, lymph-sparing technique. However, in more advanced lipoedema, there may already be underlying lymphatic compromise or scarring, which can influence recovery and outcomes.
Where there is a question of true primary or focal lymphatic dysfunction, further workup such as ICG lymphography or lymphoscintigraphy may be considered. However, this is usually not required upfront in the presence of clear lipoedema, and is often more appropriately assessed after lipoedema reduction, when the underlying lymphatic system can be evaluated more accurately.
A key technical consideration is that performing lymphatic microsurgery (such as LVA) before lipoedema extraction is generally not recommended by the S2K guidelines, as subsequent WAL cannula use to remove lipoedema tissue will more likely disrupt these delicate reconstructions.
Summary
- Conservative care and venous optimisation come first
- Lipoedema surgery addresses the main disease driver
- Secondary lymphoedema often improves following lipoedema treatment
- Lymphatic-specific investigations or surgery are rarely first-line and are usually considered later, if needed
Our phlebology subspecialised doctors will guide you through this pathway and advise when you are appropriately optimised and ready for surgery.
Lipoedema surgery is performed using a staged, disease-focused approach, rather than attempting to treat the entire leg in a single operation.
Dr Chris Lekich and his team follow a protocol developed through German experience and aligned with European S2K guidance. The aim is to comprehensively treat affected compartments, often circumferentially from the hips down to the ankles, while maintaining a high safety profile.
In most cases, this means surgery is intentionally staged, for example:
- lower legs (knees to ankles)
- upper legs – front and back of thighs from the waist
- occasionally hips or other involved areas
This staged approach allows:
- safer fluid and volume management
- reduced physiological stress
- preservation of lymphatic structures
- more controlled and complete disease removal within each compartment
Not all patients require treatment of every segment. Some may have more advanced disease in one area, such as the lower legs, while other areas are less affected.
In these cases:
- surgery may be performed on the most symptomatic or advanced region first
- other areas, such as the thighs, may be deferred, or alternatively treated first if the lower legs are not significantly involved
- further surgery is only undertaken if clinically necessary
Key principle-The goal is complete and safe treatment of diseased tissue within each targeted area, rather than trying to do everything at once.
Summary-Full-leg treatment is usually not performed in a single operation. A staged approach provides a better balance of safety, effectiveness and long-term outcomes, while allowing treatment to be tailored to the distribution and severity of each patient’s disease.
The fluid and lipoedema tissue are removed at the same time. After 6 to 12 months recovery, fluid related swelling will have significantly reduced. This depends on how progressed the Lipoedema was and the effects on the lymphatics from long standing Lipoedema.
I am very fibrous and over 50?
If you have completed optimal conservative management, your doctor will advise if you are surgery ready. Your age is not a limitation, many patients are over 50 years, with the oldest patient being 78 years.
I have had previous surgeries?
Lymphatics can be more compromised after knee surgery or any other surgery on the limbs however this is not a barrier to surgery and is common with our patients. This also includes past plastic and cosmetic surgery including liposuction.
I have chronic pain with fibromyalgia?
Many patients with Lipoedema are significantly more comfortable after surgery, however, a full assessment by our doctor will determine whether there are no other connective tissue disorders that need to be investigated or managed.
There has been some chatter recently about how much fat is being removed in lipoedema surgeries and if this is limited to 5 litres.
Please be aware that Lipoedema Surgical Solution surgeries are staged and the aim of surgery is to remove all the lipoedema fat, not to limit fat to 5 litres and stop. The protocol is based on Dr Lekich’s training in Germany where the focus is on maximising safety by limiting fat removal using a percentage of body fat and the amount of safe anaesthetic fluid that is used.
Cosmetic liposuction techniques involve liposuction from multiple areas of the body in the one surgery. There have been safety concerns about removing large volumes involving long surgery times and discharging patients home the same day.
For dedicated lipoedema surgery as per the German protocol where Dr Lekich has been trained, the aim is to remove all the lipoedema from the limbs/body with a staged surgical approach concentrating on the targeted area. It is routine that less than 5 litres are removed at each surgery.
You may have noticed that recently many of our case studies feature women who have had less than 5 litres of fat removed. This is due to two reasons:
- many women are now starting their lipoedema surgery at earlier stages before significant progression of lipoedema has occurred, and as such, they require less fat to be removed per surgery.
- there is a recent shift in Australia for liposuction to be limited to 5 litres maximum for cosmetic and plastic surgery. This is not based on lipoedema surgery expertise and is one that the medical defence organisations (who provide doctors insurances) are preferring and mandating in some instances.
Please be reassured, this does not mean your lipoedema journey will be impacted. Many patients do not require more than 5 litres of lipoedema fat to be removed per surgery.
Dr Lekich is currently lobbying all of the medical defence organisations in Australia to reduce unnecessarily high insurance premiums for our doctors, as our work is not cosmetic, and our patients are admitted overnight rather than discharged the same day. In addition to this, there is comprehensive post-operative clinical care for optimal safety and recovery for our patients.
Dr Lekich is lobbying for Lipoedema-Lymphoedema Extraction Surgery to be distinct from cosmetic plastic surgery and to have its own set of requirements, not limited to 5 litres.
Dr Lekich is very active in his advocacy for lipoedema patients in Australia raising awareness with all the major medical defence organisations, private health funds and Medicare. Please stay tuned!
TLA and WAL differ primarily in their approach to fluid injection and suction during surgery. In TLA, fluids are first injected under the skin before being suctioned out by the surgeon, whereas WAL involves simultaneous injection of fluids and suction.
WAL offers several advantages over TLA, particularly in terms of preserving the lymphatic network, nerves, and vessels, minimising damage to these structures. By injecting smaller volumes of water under the skin gradually, rather than all at once as in TLA, WAL reduces limb swelling and allows for easier sculpting by the surgeon.
The WAL technique incorporates flowing water jets and adjustable speeds, facilitating faster injections followed by immediate suctioning. This results in a shorter operation duration and greater control over the procedure’s progress. The rapid aspiration of injected liquids prevents deep penetration into the patient’s circulatory system, reducing the risk of discomfort and nausea associated with the anaesthesia and other products present in the fluids. Additionally, WAL liposuction technique has shown to reduce the severity and frequency of oedema, bruising, and swelling.
Our doctors recommend early intervention. Early diagnosis is important as it leads to understanding the disease and taking appropriate measures to manage the disease conservatively. As progression occurs, surgical management can be considered in early stages while it is more straightforward, rather than waiting for the disease and comorbidities to progress. Early surgical intervention means less complicated surgery resulting in an easier recovery, and ultimately less surgeries required.
Lipoedema-Extraction surgery is staged and the aim of surgery is to remove all the lipoedema fat, aiming to arrest the disease so that it does not come back. To ensure lipoedema fat is completely removed from the legs, surgeries have to be performed in a staged manner targeting different areas of the body.
The surgery is designed with a high safety profile, is comprehensive, and unlike cosmetic surgery is not designed to contour the body fat by only removing portions. Instead, this is a specific protocol developed in Germany where Dr Lekich was trained to remove all the fat circumferentially right down to the ankles.
We regularly see patients who have had general liposuction to target specific areas or contour sections of the body where the fat has continued to grow because it was not removed in its entirety.
For patients who have more progressed Lipoedema in one specific area, they may only require one surgery on the legs. For example, surgery on the lower legs from the knees to the ankles could be performed and surgery on the thighs could be deferred, only to be performed if deemed necessary in the future.
What is Renuvion?
Renuvion is a minimally invasive procedure to improve skin laxity/redundancy that uses a combination of helium plasma and radiofrequency energy to stimulate collagen production.
Although skin contraction effect is often visible during the procedure, the maximum benefits are noted at about 9 to 12 months.
When is it best to have Renuvion?
Our doctors perform Renuvion either in combination during the primary lipoedema and lymphoedema extraction surgery or 9 to 12 months after surgery. If having Renuvion after surgery has been completed, we can also manage any residual lipoedema or venous disease at the same time as targeting disproportionate redundant skin.
We do not offer Renuvion for cosmetic purposes.
Will it be effective for older patients?
Yes, Renuvion can be effective for older patients, but its suitability depends on individual circumstances, including skin condition, overall health, and treatment goals.
Factors to Consider
- Skin Elasticity: Older patients may have reduced skin elasticity due to age. While Renuvion can improve laxity, results may vary based on the severity of sagging and the individual’s skin quality.
- Overall Health: As with any procedure, it’s essential to consider your overall health and ability to undergo treatment.
For older patients seeking non-surgical procedure to improve skin laxity/redundancy, Renuvion is an excellent option with proven results. However, realistic expectations and a thorough consultation are essential to achieving the desired outcomes.
Is it better to have plastic/cosmetic procedure than Renuvion?
This is a minimally invasive solution to improve skin laxity/redundancy and most cost effective when combined at the same time as the lymphoedema and lipoedema surgery, however it should not be compared with the results of dedicated skin lift/skin excision surgeries which may still be required for very progressed lipoedema. There are no guarantees of results, and these will vary from patient to patient.
How much does Renuvion cost?
Adding Renuvion at the time of your lipoedema surgery is a highly cost-effective choice. While it can be performed 9-12 months later at a similar cost to the initial surgery, having it done during the procedure saves you both time and money. By combining Renuvion with your surgery, you’ll only pay a few thousand dollars more, compared to the full cost of a standalone treatment later. This approach not only maximises your investment but also streamlines your recovery and enhances your results in a single, efficient step.
Patients are typically administered a twilight sedation, either light or deep, depending on their preference.
For most patients, 6 to 8 weeks of recovery is required. Often patients go back to work after two weeks, however, some sooner and some patients later.
For patients who have early Lipoedema and are younger, the legs can normalise in 6 weeks. However, this would take longer for established Lipoedema and secondary Lymphoedema, taking up to 12 months.
Consider driving at least 2 weeks after surgery if you are feeling strong and comfortable to operate your vehicle and not affected by pain. You should not drive if you still feel lightheaded or weak or if driving is contraindicated with your current medication.
Dr Lekich and the team will be available in the post-operative period for continued support.
Patients typically need 8 weeks to recover in between surgeries. It is not problematic if a patient needs to wait longer than 8 weeks between surgeries for practical reasons. The fat will not return or migrate from another area.
Following surgery, you will stay overnight at Miami Private Hospital for one night. You will be discharged the following day at 7am, and then must stay locally to the hospital (10 – 15 minute drive) for the following 7 nights. You will visit our team during this time if extra support is needed. You will be in daily contact with your doctor via an sms update. You will have your deep vein thrombosis (DVT) check done on approximately day 5, where our team will also check your vital signs and answer any questions before you return home.
Post surgery it is recommended that you take regular pain medication with food to avoid indigestion/heartburn. If you have no contraindications paracetamol is ideal, as well as non-steroidal anti-inflammatories (e.g Nurofen or Voltaren), as well as compression and regular walks alongside of manual lymphatic drainage.
Both Lipoedema and surgery can affect one’s emotional wellbeing, and the combination of the two can be especially challenging. Many patients with Lipoedema suffer with anxiety, depression and eating disorders.
It is important to address the psychological impacts that Lipoedema may have had on your life, as well as those you may experience during the surgery and recovery.
You may experience feelings of anxiety, body image concerns, exhaustion, depression, disappointment with aspects of the surgical and recovery process, unmet expectations, uncertainty about the surgical outcomes, and the general emotional impact of undergoing a major surgical procedure.
Psychological impacts to consider, based on what other patients have told us:
- You may experience feelings such as anxiety, body image concerns, exhaustion, depression, powerlessness, uncertainty about the surgical outcomes, lack of confidence in your choices
- The body you have known for your whole life will be changing during the surgery, have you considered if you will feel safe with these changes and in your changed body
- You or your family / carer may have an unexpected emotional reaction to your surgery, we have had some patients say they unexpectedly cried for weeks or months after surgery, even though they were happy with their surgery and their outcomes.
- You may feel disappointment over the results of your surgery, which is not at all to discredit the surgical results, but your expectations may be different to the immediate reality. For instance:
- you may have had a complication during the surgery that needs to be emotionally processed, especially if considering further surgeries
- you may be disappointed if the amount of lipoedema fat removed is less than you expected
- there may have been aspects of the surgical process that you weren’t expecting or hadn’t considered
- there may be aspects of the recovery process that you weren’t expecting or hadn’t considered
- the skin may be loose after surgery, short term or long term
- you may not like the aesthetic look of your legs after surgery
- another professional, such as an MLD therapist or healthcare provider that is not your surgical doctor, might comment about your surgical results or the aesthetic appeal of your post-surgical legs, which can leave you feeling uncertain, disheartened, or left managing dissonance (cognitive and psychological conflict), which can be very painful to reconcile.
It is important you consider the different types of emotional and psychological impacts surgery and recovery can have on you.
We strongly encourage you to prepare in advance by organising a mental health professional to support you before and after surgery.
For more information about accessing mental health support download our PDF on Psychological Considerations for Surgery.
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