The Achilles tendon is the thickest and strongest tendon in the body. It connects the calf muscles to the heel bone and does the work every time you take a step, climb a flight of stairs, rise onto your toes or push off to run. It also takes a beating. During running and jumping, it can carry several times your body weight.
Achilles injuries are not one condition. They run along a spectrum. At one end is a tendon that is irritated and sore after exercise. Further along is a tendon that has quietly degenerated over months or years and thickened. At the far end is a tendon that has torn partway through, or snapped completely during a sudden movement. That spectrum matters, because the treatment for each end of it is completely different. Pain at the back of the heel that has been building for six months is a different problem from a tendon that gave way during a badminton match on Sunday, even though both are called an Achilles injury. A lot of people ignore the early version. Stiffness in the first few steps out of bed gets put down to age or a long day. But an Achilles tendon that has been quietly degenerating is weaker than it looks, and a proportion of complete ruptures happen in tendons that had been mildly sore for a long time beforehand.
At Mangal Anand Hospital in Chembur, Achilles injuries are assessed by Dr. Dhrumin Sangoi, a consultant foot and ankle orthopaedic surgeon with fellowship training from the Royal National Orthopaedic Hospital, Stanmore, and Dr. Shyam Thakkar, a consultant orthopaedic and foot and ankle surgeon whose practice includes Achilles tendon rupture repair. Most Achilles injuries are treated without surgery. When surgery is needed, the type of repair is matched to the injury and to what you need to get back to.
The Achilles tendon is a thick rope of collagen fibres joining the two calf muscles, the gastrocnemius and the soleus, to the back of the heel bone. When the calf muscles contract, the tendon pulls the heel upwards, which points the foot down. That single movement is what lets you push off while walking, rise onto your toes, climb stairs, jump and run. It is under load almost constantly during the day. Standing, walking on hard floors, going up a flight of stairs, squatting down. Even ordinary daily activity puts repeated tension through it.
The tendon has one particular weak spot. In the region roughly two to six centimetres above where it attaches to the heel bone, the blood supply is noticeably poorer than elsewhere. This stretch is often called the watershed zone. Tissue with a poor blood supply heals slowly, and this is exactly where most degeneration and most complete ruptures happen.
Under normal use, tiny amounts of damage occur inside the tendon and the body repairs them. Problems begin when the damage is happening faster than the repair. That imbalance is what turns a healthy tendon into a degenerated one, usually over months rather than days, and usually without dramatic symptoms along the way.
Age plays a part. Tendon tissue becomes less elastic and slower to heal from around the mid-thirties onwards, which is why the classic complete rupture happens to someone between 30 and 50 who plays sport occasionally rather than to a full-time athlete.
MBBS, Grant Medical College & Sir J.J. Hospital, Mumbai | MS Orthopaedics (Gold Medal), Goa Medical College | Foot & Ankle Fellowship, Royal National Orthopaedic Hospital, Stanmore, UK | International Fellowship in Minimally Invasive Foot & Ankle Surgery, Hospital Quirón, Barcelona
Dr. Dhrumin Sangoi trained for five years within the National Health Service in the United Kingdom, where he built his specialisation in foot and ankle surgery and lower limb reconstruction. He then completed a dedicated foot and ankle fellowship at the Royal National Orthopaedic Hospital, Stanmore, which is one of the leading centres in the world for complex foot and ankle problems.
He went on to complete a further international fellowship in Barcelona covering minimally invasive foot and ankle surgery, ankle arthroscopy and sports injuries. This is the training that sits directly behind the minimally invasive bunion correction described earlier on this page, and it is also why patients are told honestly when their deformity is better served by an open procedure.
Beyond bunions and forefoot deformity, his practice covers heel pain and plantar fasciitis, Achilles tendon disorders, ankle instability, sports injuries, ankle arthritis and complex diabetic foot problems, the last of these drawing on his work at King's College Hospital NHS Foundation Trust in London.
He has published research, presented internationally, and is a member of the British Orthopaedic Foot & Ankle Society and the Indian Foot & Ankle Society.
MBBS, Pravara Institute of Medical Sciences, 2011 | MS Orthopaedics, Maharashtra University of Health Sciences, Nashik, 2015 | 15 years of experience | Maharashtra Medical Council Registration No. 2011030609
Dr. Shyam Thakkar has undergone specialised training in foot and ankle surgery, including minimally invasive foot and ankle procedures, deformity correction, ligament reconstruction and the management of sports injuries, fractures and tendon disorders.
Within the forefoot, his work covers toe deformity and deformity correction, which is the area this page is concerned with. His wider foot and ankle practice includes ankle arthroscopy and posterior ankle arthroscopy, hindfoot endoscopy, Achilles tendon rupture repair, flatfoot reconstruction, cavus foot, ankle and hindfoot fusion, heel pain, and diabetic and Charcot foot deformity.
Flatfoot and cavus foot both matter here more than they might appear to. Both alter the way load passes through the front of the foot, and both are common reasons a bunion forms in the first place and comes back after surgery if left unaddressed. Assessing and treating them alongside the bunion is part of getting a durable correction.
The earliest stage. Repeated stress irritates the tendon and the tissue around it, causing inflammation. It typically follows a change in activity: starting to jog, increasing training, a new job that involves more standing, or a holiday with a lot of walking. Pain sits along the tendon, is worse after activity than during it, and is often at its most obvious in the first few steps of the morning before easing off. Treated early with rest, load management and physiotherapy, most cases settle without any need for surgery.
When the irritation continues for long enough, the problem stops being inflammation and becomes structural. The neatly aligned collagen fibres are replaced by disorganised, weaker tissue. This is tendinosis, and it is a degeneration rather than an inflammation. The tendon often thickens, and you may be able to feel a firm lump along it. Pain becomes more persistent and less dependent on activity. This distinction matters, because anti inflammatory treatment works far less well here. What works is progressive loading, which is why physiotherapy rather than medication is the backbone of treatment.
A distinct problem, and one that is often missed. Here the pain is not in the middle of the tendon but right at the point where it attaches to the heel bone. There may be a bony prominence at the back of the heel, sometimes with a fluid-filled swelling over it. It behaves differently from mid-portion tendinopathy and does not respond to the same exercises. Stretching that helps a mid-tendon problem can make an insertional one worse, because it compresses the tendon against the heel bone. It is also aggravated by shoes with a stiff back edge that press directly on the painful spot.
Getting the diagnosis right between mid-portion and insertional disease changes the entire treatment plan, which is one of the practical reasons an Achilles problem is worth having properly examined rather than self-treated.
Some but not all of the tendon fibres give way. The remaining fibres keep the tendon in continuity, so function is reduced rather than lost. Typical features are a sudden sharp pain during activity, swelling over the tendon, difficulty pushing off while walking, and weakness when trying a single leg calf raise. Partial tears can be difficult to tell apart from severe tendinosis on examination alone, and imaging is often useful.
The tendon tears all the way through and the two ends separate. It nearly always happens during a sudden movement: sprinting for a ball, jumping, or pushing off hard to change direction.The description is remarkably consistent. Most people report a loud pop or snap, and a sensation of being kicked or hit in the back of the ankle, so convincingly that many turn round to see who did it. Walking becomes difficult and standing on the toes of that leg is usually impossible.
A complete rupture needs assessment quickly. Treatment decisions are more straightforward and outcomes are better when the injury is seen within the first week or two, before the torn ends begin to pull apart and scar.
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Symptoms depend on how far the deformity has gone and how irritated the joint is. Two people with bumps that look identical can have completely different experiences.
Common signs include:
As the toe drifts further, it can start pressing against or riding under the second toe. That is when problems such as a bent second toe, a fluid-filled swelling over the joint, or wearing of the joint surface tend to appear.
Pain that keeps you from walking normally, or that has been getting steadily worse over months, is worth having examined. Bunions respond better to treatment when the joint is still flexible.
Bunions come from a mix of the foot you were born with and the demands you put on it. Shoes get most of the blame, but shoes on their own rarely create a bunion in a foot that was not already prone to one.
This is the strongest factor by a distance. What runs in families is not the bunion itself but the foot type that leads to one. Flat feet, loose ligaments, a first metatarsal that moves more than it should, or a slightly longer big toe all raise the risk.If your mother or grandmother had bunions and you are starting to notice your big toe drifting, it is worth getting assessed early rather than waiting for pain.
Narrow toe boxes, pointed shoes, and heels push the big toe sideways and load the front of the foot. In someone already predisposed, years of this speeds things up considerably. The catch is that changing shoes now will make you more comfortable, but it will not pull an established bunion back into line.
How force travels through your foot matters. Flat feet, high arches, rolling inwards while walking, tight calf muscles and an unstable first ray all put extra sideways stress on the big toe joint. This is why two people who wear the same shoes can have very different feet at fifty.
Rheumatoid arthritis and other inflammatory conditions weaken the ligaments and capsule that hold the joint in position, and bunions are common in these patients. Wear-and-tear arthritis in the joint itself can also drive the toe out of alignment. Old injuries, nerve and muscle conditions, and connective tissue disorders can do the same.
Long hours on your feet, whether at a counter, in a hospital, in a shop or in a kitchen, add up. So does a lot of walking on hard surfaces. There are also habits worth mentioning that are common in Indian households. Sitting cross-legged or squatting for long periods bends the big toe joint sharply and can be uncomfortable once a bunion has formed. Walking barefoot on hard floors at home, which many people do all day, gives the foot no support at all. And thin-soled chappals and slip-ons, comfortable as they are, offer very little to hold the foot in position. None of these will cause a bunion on their own, but they can make an existing one more painful and harder to manage.
Diagnosis is more than looking at the bump. The examination is there to work out how severe the deformity is, whether the joint is still healthy, what else in the foot has been affected, and therefore what treatment is likely to work.
The consultation starts with your history. How long the pain has been there, what makes it worse, which shoes you can and cannot wear, how far you can walk, what treatment you have already tried, and any medical conditions such as diabetes or arthritis that affect planning.
The specialist starts by looking at how far the big toe has drifted and how far the metatarsal behind it has moved. Then comes the most useful test of all, which is whether the toe can still be pushed straight by hand. A deformity that corrects easily behaves very differently from one that has become rigid, and this single finding narrows down the treatment options more than anything else in the examination.
Next, the joint is moved to see how much range is left and whether movement itself is painful, since a painful stiff joint points towards arthritis rather than a simple bunion. The skin over the bump is checked for corns, hard skin and any pressure sores, which matter a great deal if you have diabetes. The arch is assessed while you stand, because a foot that flattens under load puts far more sideways stress on the big toe. You will then be asked to walk, so the specialist can see how you push off. Finally, the smaller toes are examined, since they are involved more often than patients realise, and circulation and sensation are checked, both of which need to be sound before any surgery is planned.
X-rays for bunions are taken while you are standing. This is important. A bunion looks very different when the foot is loaded compared to when you are lying down, and a non-weight-bearing film can underestimate the deformity.From these images, two measurements guide treatment. The hallux valgus angle shows how far the big toe has deviated. The intermetatarsal angle shows how far apart the first two metatarsals have spread. Together they tell us whether the bunion is mild, moderate or severe, which directly decides which operation is suitable.
The X-ray also shows whether the joint surface has worn out, whether the small sesamoid bones underneath have shifted, and whether the joint at the base of the metatarsal is unstable. Scans such as CT or MRI are not needed for a routine bunion and are used only in complicated cases or when a previous surgery has failed.
Yes, for a lot of people. Non-surgical treatment will not straighten the toe, and it is important to be clear about that. What it does do is reduce pain, make walking easier and take pressure off the joint. For mild and moderate bunions that are not getting rapidly worse, that is often all that is needed.
The single most useful change. Look for a wide, deep front to the shoe, a soft upper, some cushioning and a low heel. If you can see the shape of your bunion pressing against the leather, the shoe is too narrow. At home, a supportive slipper is better than walking barefoot on tiles. If you wear sandals or chappals most of the year, choose a pair with a contoured footbed and a proper strap rather than a flat sole with a toe post that sits right against the bump.
Custom or ready-made insoles help redistribute pressure across the front of the foot and support the arch. They are particularly useful for people with flat feet or who roll inwards while walking. They will not correct the bunion, but they often reduce the ache under the ball of the foot.
A silicone spacer between the first and second toes can ease rubbing where the toes press together. A gel pad or sleeve over the bump reduces friction against the shoe. These are cheap, easy to try, and helpful for day to day comfort.
A short course of anti-inflammatory medication, where it is safe for you, can settle a flare up. An ice pack over the bump for ten to fifteen minutes after a long day helps with swelling. Neither is a long-term plan on its own.
Targeted exercises help maintain movement in the big toe, strengthen the small muscles of the foot, and loosen tight calf muscles that increase forefoot pressure. Physiotherapy does not straighten the toe, but it supports better foot mechanics and is useful both before and after surgery.
During a painful phase, cutting back on long standing, hard surface walking and high impact exercise gives the joint a chance to settle. Swimming and cycling let you stay active without loading the front of the foot.
Surgery is offered when the bunion is interfering with your life, not because of how it looks. The decision rests on pain, function and how the deformity is progressing.
It may be recommended if:
The plan is made after examination and standing X-rays, and it takes your age, activity level, work and what you want from your feet afterwards into account.
If the bump does not hurt, it does not need an operation, however prominent it looks. The same applies when wider shoes and an insole are keeping you comfortable, because there is nothing to gain by replacing a manageable problem with a three-month recovery.
Other health conditions can shift the balance too. Poorly controlled diabetes, circulation problems, or anything that makes wound healing unreliable will often mean the risk outweighs the benefit. So does being unable to follow the recovery plan, which needs several weeks of protected walking, keeping the foot elevated, and turning up for follow-up. If you live alone with stairs and no help, that is worth discussing openly before a date is fixed rather than after.
A deformity that has looked the same for ten years and does not affect your walking is generally best left alone and watched. Bunion surgery is a real operation with a real recovery. Doing it purely to improve the appearance of the foot is not advised, because the recovery and the risks are the same as for a painful bunion but the benefit is not.
There is no single bunion operation. The right one depends on how severe the deformity is on X-ray, whether the joint at the base of the metatarsal is loose, whether the joint surface is worn, your age and activity level, and the overall shape of the foot.
Every modern bunion operation aims to do three things: bring the bones back into line, balance the soft tissues around the joint so they hold that position, and keep the correction stable while the bone heals. Simply removing the bump does not do any of this, and bunions treated that way tend to come back. Most corrections involve cutting and repositioning bone, which is called an osteotomy, held with small titanium screws or a plate.
Used for mild to moderate bunions where the joint is still healthy, and the toe is flexible. A V-shaped cut is made near the head of the first metatarsal, and the head is shifted sideways into better alignment. One or two small screws hold it there while it heals. Because the correction is made close to the joint, it preserves normal movement of the big toe. It is a well-established procedure with predictable results in the right foot. Its limit is the amount of correction it can achieve, so it is not suitable for severe deformities or for a first metatarsal that is very unstable at its base.
Used for moderate to more severe bunions where more correction is needed but the joint is still worth preserving. A long Z-shaped cut is made along the shaft of the first metatarsal, allowing the bone to be shifted, rotated and repositioned with a good deal of control. The two bone surfaces overlap over a long area, which makes the fixation with screws very stable.
The advantage is the range of correction available while still keeping the joint moving. It is often combined with an Akin osteotomy in the same sitting.
Used for severe bunions, for bunions that have come back after previous surgery, and for feet where the joint at the base of the first metatarsal moves too much.
Instead of correcting the deformity near the toe, this procedure works at the base of the foot. The unstable joint is realigned and then fused, held with a plate and screws. Removing that abnormal movement addresses the root of the problem, which is why it is favoured when instability is the main driver. The trade-off is recovery. Because a joint has to fuse, healing takes longer than with the osteotomies above, and there is usually a period of protected weight bearing.
A narrow wedge of bone is taken from the proximal phalanx, the first bone of the big toe, to fine-tune the position of the toe after the main correction. It is held with a small screw or staple. It is commonly added to a Chevron or Scarf to get the toe pointing properly straight.
Used when the joint itself is worn out, when the deformity is very severe, or when earlier bunion surgery has failed. The damaged joint surfaces are removed, and the two bones are joined together permanently in a functional position, held with a plate and screws.
Movement at the big toe joint is lost for good. In exchange, the joint stops hurting, and it becomes a stable, reliable platform to walk on. Most people manage daily activities and a good deal of exercise afterwards, but flat or low heeled shoes become necessary, since the toe can no longer bend upwards.
The bone cuts are made through a few small openings in the skin using fine burrs, guided by live X-ray during the operation, and fixed with screws passed percutaneously. The potential benefits are smaller scars, less disturbance of the soft tissue around the joint, and in suitable patients less swelling early on.
It is not the right answer for everyone, and it is worth being sceptical of any claim that it is. Suitability depends on the severity of the deformity, the quality of the bone, whether the joint is stable and whether arthritis is present. Open surgery still gives better control for complex deformities, and the correction, not the size of the incision, is what determines the long term result.
Minimally invasive foot and ankle surgery at Mangal Anand Hospital is carried out by surgeons trained specifically in the technique. Dr. Dhrumin Sangoi completed a dedicated international fellowship in minimally invasive foot and ankle surgery and ankle arthroscopy at Hospital Quirón, Barcelona, and Dr. Shyam Thakkar has specialised training in minimally invasive foot and ankle procedures.
Patients often want to know which operation is the best one. The honest answer is that there is no best one, only the one that suits the deformity in front of us. Here is how they differ in practice.
On severity.
Chevron handles mild to moderate bunions. Scarf takes over when more correction is needed than a Chevron can give. Lapidus is for severe deformity, for bunions that have come back, or where the base of the metatarsal is loose. Fusion is reserved for a worn out joint or a failed previous operation. Akin is never the main procedure, only an addition to fine tune the toe.
On movement in the big toe.
Chevron, Scarf, Lapidus, Akin and minimally invasive surgery all keep the big toe joint moving. Only a first MTP fusion removes that movement, and it does so permanently. That is the main trade-off to understand before agreeing to a fusion, and it is why fusion is not offered unless the joint is already damaged.
On how the correction is held.
The osteotomies are held with one or two small titanium screws. Lapidus and fusion need a plate as well as screws, because a joint has to unite rather than a bone cut simply healing. Minimally invasive surgery uses screws passed through the skin without a large incision.
On recovery speed.
Chevron and Scarf sit at the faster end, with bone healing usually taking six to eight weeks before you move into normal shoes. Minimally invasive surgery heals over a similar period, with smaller wounds. Lapidus and fusion are slower, because a joint fusing takes longer than a bone cut healing, and both usually involve a longer stretch of protected weight bearing.
Recovery varies between individuals regardless of procedure. Your surgeon will give you a timeline based on your own operation, your X-rays at follow-up, and how your bone is healing.
The exact steps depend on the procedure, but the sequence is broadly the same.Surgery is usually done under a regional anaesthetic, which numbs the leg while you stay awake, or under general anaesthetic. Most bunion corrections are day care procedures, though an overnight stay is sometimes advised depending on the operation and your general health. The plan is worked out beforehand from your examination and standing X-rays, so the amount and direction of correction is decided before you enter the theatre.
Once the foot is cleaned and draped, the surgeon makes either a single incision along the inner side of the foot or several small openings, depending on the technique. The bone is cut and moved into the planned position. Tight tissue on the outer side of the joint is released and stretched tissue on the inner side is tightened, so that the soft tissues hold the toe where it has been placed rather than pulling it back. The correction is then held with titanium screws, or a plate where one is needed. These implants stay in permanently in most patients and are not routinely removed. Position is checked on X-ray during the operation before closing.
The wound is closed, a dressing is applied, and the foot is protected in a post-operative shoe, a boot, or occasionally a slab, depending on what was done. Before you go home, you will be told exactly how much weight you can put through the foot, how to look after the dressing, what painkillers to take and when to come back.
Recovery has two parts running in parallel: the bone healing, which follows a fairly fixed timetable, and the swelling and stiffness settling, which takes considerably longer than most people expect.
Pain usually improves within the first two weeks. Swelling is the thing that lingers. It is normal for the foot to swell by the end of the day for several months, and for the final shape of the foot to keep improving for up to a year. Knowing this in advance prevents a lot of unnecessary worry.
The foot is bandaged and protected. You will be watched until the anaesthetic wears off, then discharged the same day in most cases. Keep the foot raised above the level of your heart as much as you can for the first 24 hours. This does more for pain and swelling than anything else you can do. Take the painkillers as prescribed rather than waiting for pain to build. Follow the instructions on how much weight you may put through the foot, and use the crutches or walker you have been given.
The priority is letting the wound heal and protecting the correction. Keep the dressing clean and completely dry. Sponge baths rather than showers with the foot exposed, and no soaking the foot. Elevation remains the most useful thing you can do. Some bruising and swelling across the foot and into the toes is expected. Stitches are usually removed at around two weeks, provided the wound has healed well. This is also when the dressing is changed and the position of the toe is checked.
Activity increases gradually under your surgeon's instructions. Depending on the procedure, you may progress to walking in a postoperative shoe or boot, putting more weight through the foot as comfort allows. Gentle movement exercises for the big toe often begin around this stage, once permitted, to prevent the joint from stiffening. Swelling remains obvious, particularly by evening, and elevation is still worth doing daily.
For most osteotomy procedures, X-rays around six weeks show enough bone healing to move out of the boot and into a supportive, roomy shoe. Fusion procedures usually take longer. Walking distance builds up, strengthening exercises continue, and normal household and office activity becomes possible for most people. The foot will still swell after a long day. That is expected and is not a sign that something has gone wrong.
Strength, balance and the natural rhythm of walking keep improving. Most people are comfortable with regular daily activity and can return to low-impact exercise. Higher impact sport should wait for clearance. You may still find some shoes tight, especially in the evening. Swelling after long travel or a full day of standing is common at this stage.
The scar softens and fades, the last of the swelling goes, and the toe settles into its final position. Most people feel essentially back to normal well before twelve months, but this is the point at which the result is truly finished.
Staying in supportive footwear from here on protects the correction.
You will walk from the start, but in a postoperative shoe or boot and with whatever weight restriction applies to your procedure. Normal walking in ordinary shoes comes back gradually, usually somewhere between six and twelve weeks depending on what was done.
Only once you can control the car properly, brake hard in an emergency without hesitating, and you are off any medication that affects concentration. Left foot surgery in an automatic car allows an earlier return than right foot surgery in a manual. Your surgeon will confirm when it is safe.
Desk-based work is often possible within a few weeks, provided you can keep the foot up for part of the day and manage the commute. Jobs involving long standing, walking, stairs, ladders or physical labour need considerably longer. Be realistic when planning leave, and tell your surgeon what your job actually involves so you get an accurate answer.
Swimming and stationary cycling usually come first, once the wound is fully healed. Walking for exercise builds up gradually. Running, jumping, court sports and anything with sudden direction changes should wait until bone healing is confirmed and your surgeon clears you.
Go back into shoes with a wide, deep toe box and a low heel. Avoid narrow and pointed shoes during the first few months, when the foot is still swollen, and the correction is settling. A few practical points for daily life at home. Wearing a supportive slipper indoors rather than going barefoot on hard flooring makes a real difference in the early months. If you regularly sit cross-legged or squat, expect the big toe joint to feel tight when you first return to it, and ease into it rather than forcing the position. If you wear sandals or chappals most of the year, pick a pair with a shaped footbed and a strap that holds the foot, rather than a flat sole with a toe post pressing on the scar. And if there is a wedding or a function coming up, plan around it. Standing for hours in formal footwear a few weeks after surgery is a reliable way to end up in pain.
Mangal Anand Hospital is located in Chembur, Mumbai, and is conveniently accessible for patients from Ghatkopar, Kurla, Tilak Nagar, Sion, Wadala, Govandi, Deonar and Navi Mumbai.
For patients who were chosen carefully and who follow the recovery plan, bunion surgery reliably reduces pain, straightens the toe and makes shoes wearable again. Most people are able to walk comfortably, stand for longer and return to the activities they had given up.
What surgery cannot do is change the foot type you inherited or the way you walk. Those factors are still there afterwards. This is why supportive footwear, insoles where they have been recommended, and keeping up your foot exercises matter for the long term result and not just during recovery.
If you have flat feet, loose ligaments or an inflammatory arthritis, managing that condition properly is part of protecting the correction. Follow-up appointments let any change be picked up early, when it is still easy to deal with.
Not every bunion can be prevented, especially where family history is strong. But you can influence how fast it progresses and how much it hurts.
Wear shoes with a wide, deep front. If your toes are being squeezed together, the shoe is wrong.
Keep heels low and save narrow formal footwear for short occasions.
Do not walk barefoot on hard floors all day. Use a supportive indoor slipper.
Use insoles if they have been recommended, particularly if you have flat feet.
Keep up foot and calf stretches and strengthening exercises.
Keep your weight in a healthy range to reduce load on the forefoot.
Get inflammatory arthritis properly treated and controlled.
Have the foot examined when the toe starts drifting or pain begins, rather than years later.
Early assessment does not mean early surgery. It usually means simpler treatment works, and it gives you the choice of catching the deformity while it is still flexible.
Bunion surgery for pain and difficulty walking is treated as a medically necessary orthopaedic procedure, and it is covered by most health insurance policies and by corporate group plans. Surgery done purely to change the appearance of the foot is not covered by any insurer.
Mangal Anand Hospital works with a wide range of insurance companies and third-party administrators, and cashless treatment is available under most empanelled policies. The insurance desk handles the paperwork with you, including pre-authorisation before a planned surgery.
If you are unsure whether your policy applies, the hospital insurance desk can check it for you before you commit to a date.
Getting a bunion right is less about the operation itself and more about choosing the correct operation for that particular foot. The same bump can need six different procedures in six different patients.
Bunion patients at Mangal Anand Hospital are assessed by orthopaedic surgeons with fellowship training in foot and ankle surgery. Assessment includes examination of the whole foot rather than just the bump, a look at the way you walk, and standing X-rays with the deformity measured properly, so that the choice of procedure is based on numbers and not on impression.
Non-surgical treatment is offered first wherever it has a reasonable chance of working. When surgery is needed, the procedure is matched to the severity of the deformity, the condition of the joint, whether there is instability at the base of the metatarsal, and what you need your foot to do afterwards.
Care continues past the operating theatre. Pre-operative counselling covers what recovery will actually look like, physiotherapy and rehabilitation are built into the plan rather than added as an afterthought, and follow-up runs through bone healing to the point where you are back in normal shoes and normal activity.
Alongside bunions, the foot and ankle service treats hammertoe and other lesser toe problems, flatfoot and high arched foot, arthritis of the big toe joint, sports injuries of the foot and ankle, tendon and ligament problems including Achilles disorders, foot and ankle fractures, and revision surgery where a previous foot operation has not worked out. Bunions rarely arrive on their own, and having all of this under one roof means an associated problem gets treated in the same plan rather than in a separate appointment months later.
Being part of a full orthopaedic department in Chembur means anaesthesia, imaging, physiotherapy and the insurance desk all sit in one place, which keeps the process straightforward for patients travelling in from across Mumbai.
Most people are walking in a post operative shoe or boot from the start, move into normal supportive shoes somewhere around six to twelve weeks, and feel close to normal by three to six months. The last of the swelling and the final result can take up to a year. Fusion procedures take longer than osteotomies.
Usually yes, but in a protective shoe or boot and with specific instructions on how much weight to put through the foot. Some procedures allow walking on the heel or the outer side of the foot immediately; others need a period of no weight bearing. Your surgeon will tell you which applies to you.
The first few days are uncomfortable, and this is managed with medication, elevation and ice. Most patients say the pain is less than they expected and settles noticeably within a week or two. Swelling, not pain, is what lasts.
It can, though it is uncommon when the deformity has been correctly measured and the right procedure used. Recurrence is more likely with severe deformity, with untreated instability at the base of the metatarsal, and where the underlying foot type is not managed afterwards. Supportive footwear after recovery helps protect the result.
Expect noticeable swelling for the first three months, gradually improving. Mild swelling at the end of the day or after long travel can continue for six to twelve months. This is normal and not a sign of a problem.
Most patients benefit from it. Physiotherapy helps restore movement in the big toe, rebuild strength in the foot and calf, and get walking back to normal. It is usually started once the wound has healed and your surgeon permits it.
Sometimes, but not always. It depends on the procedures involved, the weight-bearing restrictions afterwards, your general health, and whether you have help at home. Doing both together means one recovery instead of two, but it also makes the first few weeks much harder to manage. This is discussed individually.
Desk work is often possible within two to four weeks if you can keep the foot elevated and manage the commute. Jobs involving standing, walking or physical work generally need six to twelve weeks or more. Tell your surgeon what your day actually involves for an accurate estimate.
Once you can control the car and brake in an emergency without hesitation, and you are no longer taking medication that affects alertness. This is earlier for left foot surgery in an automatic and later for right foot surgery. Confirm with your surgeon, and check your motor insurance position too.
No, not routinely. Titanium screws and plates are designed to stay in permanently. They are only removed if they become prominent or painful, which happens in a small number of patients, and only after the bone has fully healed.
Not automatically. It offers smaller scars and less soft tissue disturbance in suitable patients, but it is not right for every deformity. What determines the long term result is the quality of the correction, not the size of the incision. Your surgeon will tell you whether your foot is suitable.
Yes, in many cases. Wider shoes, insoles, toe spacers, padding, physiotherapy and adjusting activity relieve symptoms for a lot of people. What they cannot do is straighten the toe. Surgery is considered when these stop being enough.
Supportive shoes with a wide, deep toe box and a low heel. Avoid narrow and pointed shoes for at least the first few months. After a big toe joint fusion, flat or low-heeled shoes become a permanent requirement.
The bunion itself is not inherited, but the foot shape and joint structure that lead to one very often are. If bunions run in your family, early assessment is sensible when you first notice the toe drifting.
Open bunion surgery leaves a scar along the inner side of the foot, which fades over six to twelve months and is usually hidden by footwear. Minimally invasive surgery leaves several small marks instead. Scars settle faster if kept out of direct sun and moisturised once fully healed.
Yes, when it is being done for pain and difficulty walking rather than appearance. Most health insurance policies and corporate plans cover it, and cashless treatment is available under most empanelled policies. Planned surgery needs pre-authorisation, so start the process before fixing a date.
Book an assessment if you have pain that is not settling, if the toe is visibly drifting further, if you are struggling to find shoes that fit, if walking distance is dropping, or if the second toe is starting to be pushed out of position.