MRI Ankle and Foot in Delhi: Achilles Tears, Ligament Injuries, Plantar Fasciitis — and the Diabetic Foot Question Only MRI Can Answer (2026)

An ankle X-ray that comes back “normal” is one of the most frustrating results in medicine. You cannot put weight on the foot, it is swollen, the pain has not settled in six weeks — and the report says no fracture. That is because an X-ray shows bone and almost nothing else. Every structure that actually gets injured in an ankle — the ligaments, the tendons, the cartilage, the plantar fascia — is invisible on it.

An MRI shows all of them. This guide explains what an MRI of the ankle and foot can find, which of your symptoms point to which structure, and how to read the report you will be handed.

It also covers, in its own section, the one situation where an MRI of the foot is not a convenience but a necessity: the diabetic foot. There, MRI separates two conditions that look almost identical on the surface and require opposite treatments. If you have diabetes and a foot problem, that section is the one to read.

Why an X-ray is not enough

A plain X-ray of the ankle or foot is the right first test, and it answers some questions well — an obvious fracture, a dislocation, established arthritis, the alignment of the bones, a radio-opaque foreign body. Our digital X-ray guide explains the technique.

What an X-ray cannot show is almost everything else:

• Ligaments — invisible. Yet a sprained ankle is by definition a ligament injury.
• Tendons — invisible. An Achilles tear does not show on X-ray.
• Cartilage — invisible until it is so worn that the bones have come closer together.
• Plantar fascia — invisible. A heel spur on X-ray is a bystander, not the cause of pain.
• Bone marrow — invisible. A stress fracture produces marrow oedema for weeks before any line appears on X-ray.
• Soft tissue infection and collections — invisible.
• Nerves — invisible.

MRI images all of those directly, with no ionising radiation. For the ankle and foot, which are dense with small soft-tissue structures, the difference in information is enormous. Our comparison of MRI versus CT explains where each modality wins, and our page on the CT bone and joint scan covers the situations where CT is actually the better choice — complex fracture mapping, bone detail and surgical planning around metal.

The diabetic foot: osteomyelitis or Charcot?

This section comes early because it is the most consequential use of this scan in India, and because getting it wrong causes amputations.

A person with long-standing diabetes and peripheral neuropathy develops a red, hot, swollen foot. It may or may not have an ulcer. Clinically there are two main possibilities, and they are genuinely difficult to separate at the bedside:

Osteomyelitis — infection has reached the bone, usually by spreading inwards from a skin ulcer. Treatment is prolonged antibiotics, often with surgical debridement or resection of the infected bone.

Charcot neuroarthropathy — not infection at all. Because the protective sensation is gone, the bones and joints of the midfoot progressively fracture and collapse under normal walking loads. Treatment is offloading — immobilisation and strict protection from weight-bearing, often in a total contact cast — and crucially, not antibiotics or surgery in the acute phase. Operating on an acute Charcot foot can be disastrous.

So the two look similar and need opposite management. MRI is the best available test for telling them apart. The features the radiologist weighs:

• Location. Osteomyelitis typically sits beneath a skin ulcer — most often at a pressure point such as the first or fifth metatarsal head, the great toe, or the heel. Charcot typically centres on the midfoot, at the joints, in a foot without an overlying ulcer.
• Is there a route in? Osteomyelitis almost always has a visible ulcer, sinus tract or soft tissue collection connecting skin to bone. MRI traces that track. No route in makes infection much less likely.
• Pattern of marrow change. Osteomyelitis shows marrow oedema with loss of the normal fatty marrow signal and, importantly, cortical destruction. Charcot shows marrow oedema that is joint-centred, with subchondral cysts, fragmentation and progressive deformity, but the cortex is generally preserved.
• Soft tissues. Osteomyelitis is accompanied by cellulitis, abscess formation and rim-enhancing collections. Charcot shows oedema and joint effusion without a drainable collection.
• Deformity. Collapse of the arch, a rocker-bottom foot and joint dislocation point strongly to Charcot.

Contrast is often added in this setting, because an enhancing rim identifies an abscess and because enhancement patterns help distinguish viable from devitalised bone.

Two honest limitations. First, the two conditions can coexist — a Charcot foot can become infected — and MRI is then describing a mixture rather than choosing between two boxes. Second, no scan replaces clinical judgement and, where needed, a bone biopsy and culture. The decision belongs to your treating diabetologist, podiatric or orthopaedic surgeon. What the MRI does is give them the map.

A diabetic foot usually needs its circulation assessed as well as its bones. If the pulses are weak or an ulcer is not healing, the vascular question is answered by an arterial Doppler first and, where an intervention is being considered, a CT peripheral angiogram to map the run-off vessels. Both can be done in the same visit as this MRI.

If you have diabetes, blood sugar control is part of the same picture — our health checkup page explains the HbA1c and renal panels that usually accompany this.

Ligament injuries: what actually tore in your “sprain”

An ankle sprain is not one injury. Which ligament tore determines how long you will be off your feet and whether you need surgery.

Lateral ligament complex

The commonest injury by far, from rolling the ankle inwards. Three ligaments sit on the outer side: the anterior talofibular (ATFL), which tears first and most often; the calcaneofibular (CFL); and the posterior talofibular (PTFL), which tears only in severe injuries. MRI grades each as intact, sprained, partially torn or completely torn — and in chronic cases shows whether they have healed thickened and lax, which is the setting for recurrent giving-way.

Syndesmosis — the “high ankle sprain”

This is the injury most often missed, and the one with the longest recovery. The syndesmosis binds the tibia and fibula together just above the joint. It is injured by a twisting, externally rotating force, and the pain is felt above the ankle rather than over the outer bump. A syndesmotic injury takes far longer to heal than an ordinary sprain and more often needs surgical stabilisation. If your “sprain” is not settling after six weeks, this is one of the main things the MRI is looking for.

Deltoid ligament

On the inner side, injured by the ankle rolling outwards. Often associated with a fracture or a syndesmotic injury, so its presence changes how the whole injury is assessed.

Tendon problems, by location of your pain

A genuinely useful way to approach ankle pain is by where it hurts, because each region has its own tendon.

Back of the heel — the Achilles tendon

The strongest tendon in the body, and one of the most commonly injured. MRI distinguishes:

• Tendinosis — degenerative thickening without a tear, usually a few centimetres above the heel bone where the blood supply is poorest.
• Partial tear versus complete rupture, and if complete, the size of the gap between the torn ends. That gap measurement genuinely influences whether surgery is advised.
• Insertional versus mid-substance disease. Insertional problems at the heel bone often come with a Haglund deformity — a bony prominence rubbing the tendon — and retrocalcaneal bursitis. These need different treatment from mid-substance tendinosis.
• Paratendinitis — inflammation of the sheath around the tendon rather than the tendon itself.

Outer side behind the bump — the peroneal tendons

Two tendons run behind the lateral malleolus. MRI finds tendinosis, longitudinal split tears (a characteristic injury of the peroneus brevis), subluxation or frank dislocation out of the groove, and tears of the retinaculum that holds them in place. Peroneal pathology is a classic cause of persistent outer ankle pain after a sprain that was treated as a simple sprain.

Inner side below the bump — tibialis posterior

This tendon holds up the arch of the foot. When it degenerates and fails, the arch collapses, producing adult acquired flatfoot — a progressive, flattening, outward-turning foot. Catching it at the tendinosis stage, before the arch has collapsed, changes the entire treatment pathway, so this is a scan worth having early rather than late.

Under the heel — the plantar fascia

Plantar fasciitis is usually diagnosed clinically, from the classic first-step-in-the-morning pain. MRI becomes useful when the pain is atypical, when it has not responded to months of treatment, or when a plantar fascia tear is suspected — particularly after a steroid injection, which is a recognised risk. MRI also identifies plantar fibromatosis (benign nodules in the fascia) and, importantly, shows that a calcaneal spur on X-ray is often an incidental finding and not the source of the pain. It also excludes the main mimics: a calcaneal stress fracture and tarsal tunnel syndrome.

Bone problems MRI finds that X-rays miss

Stress fractures

Runners, dancers, military and police recruits, and anyone who has suddenly increased training. Common sites are the navicular, the calcaneum, the metatarsals and the distal tibia. MRI shows marrow oedema well before a fracture line appears on X-ray, which matters because a navicular stress fracture caught early heals with rest and ignored becomes a non-union.

Osteochondral lesion of the talus

A defect in the cartilage and the bone beneath it on the dome of the talus, often following an ankle sprain that never fully settled. MRI assesses the size, the depth, and above all whether the fragment is stable or loose — fluid tracking beneath a fragment suggests instability, which generally means surgery rather than conservative management.

Occult fractures

Fractures that simply do not show on X-ray, particularly in the calcaneum, the talus and the small tarsal bones, and especially in children and in osteoporotic bone.

Avascular necrosis of the talus

The talus has a precarious blood supply, so it is vulnerable after a fracture or dislocation. MRI detects the dead segment long before any collapse appears on X-ray — the same principle that applies in the hip, covered on our MRI hip scan page.

Nerve and other soft-tissue causes

• Morton’s neuroma — a thickening of the nerve between the metatarsal heads, usually between the third and fourth toes, causing burning pain and a sensation of walking on a pebble. MRI shows the lesion and its size.
• Tarsal tunnel syndrome — compression of the posterior tibial nerve behind the inner ankle, causing burning and tingling in the sole. MRI looks for the cause: a ganglion, varicose veins, an accessory muscle or scar tissue.
• Sinus tarsi syndrome — persistent pain in the small space between the talus and calcaneum, often after a sprain. MRI shows oedema and scarring filling that space.
• Ganglion cysts and soft tissue tumours.
• Accessory ossicles — extra small bones, present from birth, which are usually harmless but can become symptomatic. The os trigonum behind the talus causes posterior impingement in dancers and footballers; an accessory navicular on the inner arch can become painful where the tibialis posterior attaches.
• Impingement syndromes — anterior impingement from bony spurs at the front of the joint, posterior impingement from an os trigonum.

Arthritis and inflammatory disease

MRI shows synovitis, erosions, marrow oedema and effusions earlier than X-ray, which matters in inflammatory arthritis where early treatment changes long-term outcome. Gout, rheumatoid arthritis and the seronegative spondyloarthropathies all involve the foot and ankle. If the symptoms also involve the lower back and buttocks, our pages on the CT of the sacroiliac joints and back pain and sciatica may be relevant.

One differential worth mentioning: a painful, swollen calf and ankle is not always orthopaedic. If a deep vein thrombosis is a possibility, the first test is a venous Doppler, not an MRI.

Will I need contrast?

Usually not. The great majority of ankle and foot MRIs — for ligaments, tendons, plantar fascia, stress fractures and osteochondral lesions — are done plain.

Contrast is added when:

• Infection is suspected, especially in the diabetic foot, to identify abscesses and assess tissue viability.
• A tumour is suspected or being characterised.
• Post-operative assessment is needed, to separate scar tissue from recurrent disease.
• Inflammatory arthritis activity needs quantifying.

If contrast is planned, a recent kidney function report is needed — see our contrast MRI page.

MRI ankle versus MRI foot: book the one your prescription names

These are different studies with different coverage, and booking the wrong one wastes a visit.

An MRI ankle centres on the ankle joint: the tibia, fibula and talus, the lateral and medial ligaments, the syndesmosis, the Achilles, the peroneal and tibialis posterior tendons, and the sinus tarsi.

An MRI foot centres on the midfoot and forefoot: the tarsal bones, the metatarsals, the toes, the plantar fascia, and the intermetatarsal spaces where a Morton’s neuroma sits.

They overlap at the hindfoot but neither covers the other properly. Heel pain can belong to either, which is why the clinical history on the prescription matters — pain at the back of the heel points to the Achilles and an ankle study, while pain under the heel points to the plantar fascia and a foot study. For a diabetic foot, the forefoot and midfoot usually need covering, so the foot study is generally the right one.

How the scan is performed

1. Safety screening. A detailed form about implants, devices, surgery and metal. The most important step of the appointment.
2. Changing. You remove footwear, socks, anklets and any jewellery, and usually change into a gown.
3. Positioning. You lie on your back, feet first, with the ankle or foot placed inside a dedicated coil and supported with pads. The ankle is usually held in a neutral position; some protocols use slight plantarflexion, and for certain Achilles questions you may be scanned face down.
4. Sequences. Several acquisitions in different planes — axial, coronal and sagittal — with both fluid-sensitive and anatomical sequences. For forefoot questions, oblique planes along the metatarsals are added.
5. Staying still. Each sequence takes a few minutes. Movement blurs exactly the fine detail — a thin ligament, a hairline fracture — the scan exists to find.
6. Contrast, if required, through a cannula in the arm partway through.

Expect 20 to 40 minutes in the scanner, and around an hour for the whole appointment.

One practical advantage worth knowing: for an ankle or foot MRI, only your legs go into the scanner. Your head and chest stay outside the bore. This makes it by far the easiest MRI for anyone who is claustrophobic. If other MRIs have been difficult for you, this one usually is not.

Safety screening: what you must declare

MRI uses a permanently-on, very strong magnetic field. The concern is metal and electronics, not radiation. Declare all of the following:

• Cardiac pacemaker, implanted defibrillator or loop recorder.
• Cochlear implant or any implanted hearing device.
• Aneurysm clips or coils.
• Implanted pumps and stimulators — insulin pump, spinal cord or nerve stimulator.
• Orthopaedic metalwork in the ankle or foot — plates, screws, wires, nails, external fixator pins, fusion hardware. Extremely common in this patient group and the most relevant item here.
• Joint replacements and stents elsewhere.
• Metallic foreign body, especially a metal fragment injury to the eye.
• Permanent eye makeup and tattoos with metallic pigment.
• Pregnancy, particularly the first trimester.
• Kidney disease, if contrast may be used.

If you have had surgery on the ankle or foot

Most modern orthopaedic implants are MRI-safe, but they are not artefact-free. Plates and screws create a bloom of signal loss around themselves, and in a small joint that bloom can cover the exact area being assessed. Metal-suppression techniques help considerably, but there are limits.

Practically: tell the centre at the time of booking, not on arrival, and bring your operation notes or implant card. If the question is specifically about the hardware — loosening, a broken screw, position, non-union at a fusion site — a CT or plain radiographs will usually tell your surgeon more than an MRI will. Our CT bone and joint page covers that.

Preparation

• No fasting for a plain MRI. Eat, drink and take your usual medicines normally.
• Complete the safety form carefully; bring implant documentation if you have any.
• Bring previous imaging and reports — X-rays, CT, earlier MRIs. In a diabetic foot or a stress fracture being monitored, the comparison is often the most useful part of the report.
• Bring the prescription with the clinical history. “Inversion injury six weeks ago, still unable to weight-bear” and “diabetic with a plantar ulcer” lead to completely different protocols. Mention which movements or positions provoke the pain — it genuinely helps the radiologist know where to look hardest.
• Point to where it hurts. Tell the technologist and radiologist the exact spot. In a region packed with small structures, that one piece of information improves the report more than anything else you can do.
• Remove anklets and toe rings before you come.
• If contrast may be needed, bring a recent kidney function report.
• If you have an ulcer or dressing, bring a spare dressing — the area may need to be examined and redressed.

Reading your report: a plain-English glossary

• Tendinosis — degenerative thickening and change within a tendon, without a tear. Wear, not rupture.
• Tenosynovitis — fluid and inflammation in the sheath around a tendon.
• Partial-thickness tear versus full-thickness tear — part of the tendon fibres torn, versus all of them.
• Tendon gap — the distance between the ends of a completely ruptured tendon. Influences surgical decisions.
• Bone marrow oedema — fluid in the marrow, bright on fluid-sensitive sequences. Indicates stress, injury, inflammation or infection. Non-specific on its own; the pattern and location are what matter.
• Stress reaction — marrow oedema from overload, before an actual fracture line has formed. An early warning.
• Osteochondral lesion (OCL) — a defect involving cartilage and the bone beneath. The report should say whether it appears stable.
• Subchondral cyst — a fluid-filled cavity just below the joint surface.
• Effusion — excess fluid within the joint.
• Synovitis — inflamed, thickened joint lining.
• Syndesmosis — the fibrous binding between tibia and fibula above the joint. A “high ankle sprain”.
• ATFL, CFL, PTFL — the three lateral ankle ligaments.
• Haglund deformity — a bony prominence at the back of the heel bone that rubs the Achilles.
• Retrocalcaneal bursitis — an inflamed bursa between the heel bone and the Achilles.
• Plantar fasciitis / fasciopathy — thickening and oedema of the plantar fascia at its heel origin.
• Plantar fibromatosis — benign nodules within the plantar fascia.
• Os trigonum — an accessory bone behind the talus; can cause posterior impingement.
• Accessory navicular — an extra bone on the inner arch; can become painful.
• Sinus tarsi — the space between talus and calcaneum.
• Morton’s neuroma — nerve thickening between the metatarsal heads.
• Cortical destruction / breach — loss of the outer shell of bone. In the right context, a significant sign of osteomyelitis.
• Sinus tract — a track running from an ulcer or collection down towards bone.
• Charcot neuroarthropathy — progressive joint-centred destruction and collapse in a neuropathic foot, not infection.

A caution that genuinely matters here: MRI of the foot and ankle finds incidental things constantly. Mild tendinosis, small amounts of joint fluid, tiny marrow signal changes and accessory ossicles all turn up routinely in people with no symptoms at all. A finding only counts when it matches where you hurt. This is exactly why pointing to the painful spot before the scan improves the report so much — and why the report must go back to the doctor who ordered it rather than being acted on line by line.

After the scan

There is nothing to recover from after a plain MRI. You can drive, eat and resume normal activity immediately. If contrast was given, drink water normally and report any delayed rash to your doctor.

Collect a digital copy of the images, not just the printed report — an orthopaedic surgeon or podiatrist will want to scroll through the planes and measure things themselves. And keep it: in a diabetic foot, in a monitored stress fracture, and in any tendon being treated conservatively, the comparison with the next scan is where much of the value lies.

What an MRI ankle or foot costs in Delhi

The price of an MRI ankle or foot in Delhi depends on real variables: whether the ankle or the foot is being imaged (or both), whether one side or both, whether the study is plain or needs contrast, whether additional oblique sequences are included, the scanner and protocol used, whether a radiologist’s report and a digital copy are included, and whether you need it urgently or outside normal hours.

Because of that we do not publish a fixed figure here that could be out of date by the time you read it, or that might not match what your prescription asks for. The fastest way to get an accurate, all-inclusive number is to send us a photo of your prescription on WhatsApp. You will get today’s actual price for exactly the study your doctor has specified — ankle or foot, plain or contrast, report included — along with the next available slot, before you travel.

Send your prescription on WhatsApp for today’s MRI ankle or foot price →  |  Call 9555999960

For a wider view across MRI studies see our MRI scan cost in Delhi page.

Getting an MRI ankle or foot scan in West Delhi

At Edge Imaging & Diagnostics, a NABH-accredited diagnostic centre in Paschim Vihar, West Delhi, an MRI of the ankle or foot is performed with a dedicated extremity protocol in three planes rather than as part of a general lower-limb study, and reported by a radiologist rather than returned as images alone.

Practical points worth knowing:

• Tell us if this is a diabetic foot. It changes the protocol — the forefoot and midfoot are covered, fluid-sensitive sequences are prioritised, and contrast is usually added to identify collections. It also changes how urgently the study is reported.
• Point to the painful spot. In a region this crowded, that single piece of information improves the report more than anything else.
• Easiest MRI if you are claustrophobic. Only your legs enter the bore; your head and chest stay outside. Open MRI is also available if you prefer.
• Tell us about any metalwork at the time of booking, and bring your operation notes.
• Everything under one roof — MRI, CT, digital X-ray, ultrasound, Doppler and pathology in the same building. If your doctor also wants an X-ray for alignment, a venous Doppler to exclude a clot, or blood tests for infection or inflammation, they can be done in the same visit.
• Bring your old films. Comparison matters, particularly for stress fractures and diabetic feet.
• Open on Sunday — see our Sunday diagnostic centre page.
• CGHS and DGHS empanelled — details on our empanelment page.
• Where patients travel from — Paschim Vihar, Rajouri Garden, Tagore Garden, Punjabi Bagh, Janakpuri, Tilak Nagar, Vikas Puri, Moti Nagar, Nangloi and Raghubir Nagar. See our West Delhi diagnostic centre and Rajouri Garden pages.
• Other joints — see our MRI knee and MRI hip pages.

Frequently asked questions

Is an MRI of the ankle or foot painful?

No. There is no injection for a plain study and no sensation from the magnet. The only difficulties are keeping the foot still for 20 to 40 minutes and the loud knocking noise, for which earplugs or headphones are provided. If contrast is needed there is one cannula in the arm.

My ankle X-ray was normal. Why do I need an MRI?

Because an X-ray shows bone and little else. Ligaments, tendons, cartilage, the plantar fascia, bone marrow and nerves are all invisible on it — and those are the structures that are usually injured in an ankle. A normal X-ray with persisting pain, swelling or inability to weight-bear is one of the clearest indications for an MRI.

Does an MRI ankle use radiation?

No. MRI uses a magnetic field and radio waves, with no ionising radiation at all. That makes it safe to repeat and suitable for children and young adults.

Do I need to fast before an MRI ankle or foot?

No, not for a plain study. Eat, drink and take your usual medicines normally. The centre will advise you if contrast has specifically been requested.

How long does it take?

Usually 20 to 40 minutes in the scanner, and around an hour for the whole appointment including screening and changing. Longer if both sides are imaged or contrast is given.

I am claustrophobic. Can I manage this scan?

This is usually the easiest MRI of all for claustrophobic patients, because only your legs go into the bore — your head and chest remain outside it. If you have struggled with a head or spine MRI, you will very likely be fine with this one. An open scanner is also available if you prefer.

Should I book an MRI ankle or an MRI foot?

Book exactly what your prescription says, because the coverage differs. An MRI ankle centres on the ankle joint, its ligaments, the syndesmosis and the Achilles and peroneal tendons. An MRI foot centres on the midfoot and forefoot, the plantar fascia and the intermetatarsal spaces. As a guide, pain at the back of the heel points to an ankle study and pain under the heel to a foot study. For a diabetic foot, the foot study is usually what is needed.

Will I need contrast?

Usually not. Most ankle and foot MRIs for ligaments, tendons, plantar fascia and fractures are plain. Contrast is added mainly for suspected infection — especially in the diabetic foot — for tumours, for post-operative assessment, and sometimes to quantify inflammatory arthritis. A recent kidney function report is needed if contrast is planned.

Can I have an MRI with plates and screws in my ankle?

Usually yes, but declare it when you book and bring your operation notes. Most modern implants are MRI-safe, but metal creates artefact that can obscure the small area being assessed. If the question is specifically about the hardware itself — loosening, breakage, position, or non-union at a fusion — a CT or plain radiographs will often tell your surgeon more.

I have diabetes and a foot ulcer. What will the MRI tell my doctor?

Primarily whether the infection has reached the bone, and whether what is happening is osteomyelitis or Charcot neuroarthropathy — two conditions that look similar but need opposite treatment. Osteomyelitis typically sits beneath an ulcer with a visible track to the bone and cortical destruction; Charcot typically centres on the midfoot joints with deformity but an intact cortex and no drainable collection. The two can also coexist. The scan gives your diabetologist or surgeon the map; the decision, including whether a bone biopsy is needed, remains theirs.

What is a high ankle sprain and why does it matter?

It is an injury to the syndesmosis, the fibrous binding between the tibia and fibula just above the ankle joint, usually from a twisting force. The pain is felt above the ankle rather than over the outer bump. It matters because it takes considerably longer to heal than an ordinary lateral sprain and more often needs surgical stabilisation — and because it is frequently missed and treated as a simple sprain.

My X-ray showed a heel spur. Is that what is causing my heel pain?

Usually not. Calcaneal spurs are common incidental findings and are often present in people with no heel pain at all. Pain under the heel is far more often plantar fasciitis, and sometimes a calcaneal stress fracture or tarsal tunnel syndrome. MRI distinguishes these, which is why it is useful when heel pain has not settled with months of treatment.

Can MRI show whether my Achilles tendon is completely torn?

Yes, and it also measures the gap between the torn ends, distinguishes a partial from a complete tear, and shows whether the problem is at the insertion onto the heel bone or in the mid-substance. Those details genuinely influence whether surgery is advised and what kind.

My report says bone marrow oedema. What does that mean?

Fluid within the bone marrow, which indicates that the bone is under stress, injured, inflamed or infected. On its own it is non-specific — the location and pattern, plus your symptoms, are what give it meaning. In an athlete it may be a stress reaction; in a diabetic foot it raises the question of osteomyelitis; near a joint it may reflect arthritis.

My report mentions an os trigonum or accessory navicular. Is that a problem?

Usually not. These are extra small bones present from birth and most people with them have no symptoms. They are reported because they occasionally do become symptomatic — an os trigonum can cause posterior impingement in dancers and footballers, and an accessory navicular can become painful where the tibialis posterior tendon attaches. Whether yours is the cause of your pain depends on where you hurt.

My ankle and calf are swollen and painful. Is MRI the right first test?

Not necessarily. If a deep vein thrombosis is a possibility, the first test is a venous Doppler ultrasound, not an MRI. Mention the swelling and any calf pain to your doctor so the right test is ordered first.

How soon will I get the report?

Ask when you book. At Edge Imaging & Diagnostics a routine MRI ankle or foot report is normally available the same day, with urgent studies — including diabetic feet — reported faster. Carry a digital copy of the images to your orthopaedic appointment, not just the printed report.

Should my follow-up scan be at the same centre?

Where practical, yes. For a stress fracture, a tendon being treated conservatively or a diabetic foot, the clinical decision usually rests on whether things have improved or progressed, and that comparison is most reliable when the protocol and planes are consistent and the reporting radiologist has the previous study in front of them.

---

Medically reviewed by Dr. Nishant Thapar, Consultant Radiologist and Founder, Edge Imaging & Diagnostics, West Delhi. Last reviewed: October 2026.

Disclaimer: This article is general patient information and does not replace a consultation. Imaging findings must always be interpreted together with your symptoms, examination and other tests by the doctor treating you. In the diabetic foot in particular, the distinction between osteomyelitis and Charcot neuroarthropathy, and any decision about antibiotics, offloading, debridement or surgery, belongs to your treating diabetologist and surgeon, and may require a bone biopsy and culture. Do not start, stop or change any treatment on the basis of this page. A diabetic foot that is newly red, hot, swollen or ulcerated needs medical review promptly rather than waiting for a routine appointment. MRI safety decisions about implants and devices must be made by the centre and your doctor using your actual implant documentation.