Peroneal Tendonitis vs. Peroneal Tendon Tear: How to Tell the Difference
- sarangndesai
- 15 hours ago
- 17 min read
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Peroneal Tendonitis vs. Peroneal Tendon Tear: How to Tell the Difference
By Sarang Desai, DO — Fellowship-Trained Orthopedic Foot and Ankle Surgeon
Sports Medicine | McKinney and Flower Mound, Texas
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You have pain on the outside of your ankle. Maybe it started after an ankle sprain, or maybe it crept in gradually over weeks of running, hiking, or playing pickleball. You search online and you find two terms that sound similar but mean very different things: peroneal tendonitis and peroneal tendon tear.
The natural question: which one do I have — and does it matter?
It absolutely matters. Tendonitis and a tendon tear are on the same spectrum, but they have different implications for treatment, recovery, and — most importantly — whether you need surgery. I explain this distinction to patients in my McKinney and Flower Mound offices multiple times a week. Here's the straightforward version.
For the full overview: Peroneal Tendon Injuries: Causes, Symptoms, Treatment, and Recovery · Peroneal Tendon Tears and Surgery
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THE BASICS: TWO TENDONS, ONE JOB
Two peroneal tendons run behind the bony bump on the outside of your ankle (the lateral malleolus of the fibula):
- Peroneus brevis — attaches to the base of the fifth metatarsal (the bone on the outer edge of your midfoot). Its primary job is everting the foot — turning it outward.
- Peroneus longus — runs under the foot and attaches to the first metatarsal and medial cuneiform on the inner side. It helps with eversion and also stabilizes the arch during push-off.
Together, these tendons stabilize the ankle, resist inversion (the rolling-in motion that causes ankle sprains), and power push-off during walking, running, and cutting. Every step you take engages the peroneals — and every sport that involves lateral movement, cutting, or uneven terrain pushes them harder.
When something goes wrong with these tendons, it falls somewhere on a spectrum:
Tendonitis → Tendinosis → Partial tear → Full tear
Understanding where you are on that spectrum determines what needs to happen next.
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WHAT IS PERONEAL TENDONITIS?
Tendonitis means inflammation of the tendon. The tendon structure is intact — the fibers aren't torn — but the tendon and its surrounding sheath are irritated and inflamed.
Think of it like a rope that's being rubbed the wrong way. The rope isn't frayed or broken, but the surface is irritated, swollen, and painful.
What causes it:
- Overuse — a sudden increase in running mileage, hiking volume, or training intensity
- Repetitive ankle motion — sports with constant lateral movement (tennis, pickleball, basketball, soccer)
- Tight or poorly fitting footwear — shoes that press on the peroneal tendons behind the ankle
- Running on cambered surfaces — roads that slope to one side put extra stress on the downhill foot's peroneals
- Ankle instability — a chronically unstable ankle forces the peroneals to work overtime as dynamic stabilizers
- Cavovarus foot (high arch) — tilts the heel inward, increasing the mechanical load on the peroneal tendons
- Recent ankle sprain — the peroneals can become inflamed as they compensate for damaged ligaments
What it feels like:
- Aching pain behind and below the outer ankle bone
- Pain that's worse with activity and better with rest
- Mild swelling behind the fibula
- Pain when you push off or go up on your toes
- Stiffness in the morning that loosens up after a few minutes of walking
- Tenderness when you press directly on the tendons behind the ankle
- Pain that comes and goes — good days and bad days
The key feature: Tendonitis responds to rest, ice, anti-inflammatories, and activity modification. When you stop doing the thing that irritated it, the pain improves. When you go back to it too soon, the pain returns.
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WHAT IS A PERONEAL TENDON TEAR?
A tear means the tendon fibers are actually damaged — partially or completely. The structural integrity of the tendon has been compromised.
Going back to the rope analogy: the rope is now frayed, split, or in some cases partially snapped. It can still hold some load, but it's weakened and at risk of further failure.
Types of peroneal tendon tears:
- Longitudinal (lengthwise) split tear — the most common type, especially in the peroneus brevis. The tendon splits along its length like a piece of string cheese being pulled apart. This often happens where the tendon wraps around the fibula — mechanical pressure from the bone creates a ridge that progressively splits the tendon.
- Partial-thickness tear — some fibers are torn but the tendon is still in continuity. The tendon is thinned or frayed in a section.
- Full-thickness tear — the tendon is completely ruptured. Less common with the peroneals than with the Achilles, but it happens — particularly the peroneus longus at the cuboid tunnel or the peroneus brevis at the fibular groove.
What causes tears:
- Chronic tendonitis that was never properly treated — ongoing inflammation weakens the tendon over time, eventually leading to structural failure. This is the most common pathway.
- Acute injury — a forceful ankle sprain or twisting injury can tear a tendon acutely
- Chronic ankle instability — repetitive sprains and instability create mechanical stress that wears down the tendons
- Peroneal subluxation — if the tendons are snapping over the fibula, the repetitive friction causes progressive damage and eventual tearing
- A prominent peroneal tubercle — a bony bump on the calcaneus that separates the two tendons can create a pinch point
- Cavovarus foot alignment — the same alignment issue that predisposes to tendonitis also predisposes to tears
- Low-lying peroneus brevis muscle belly — crowds the groove behind the fibula and creates pressure on the tendon
What it feels like:
- Pain behind and below the outer ankle — similar location to tendonitis, but often more persistent and more severe
- Pain that doesn't fully resolve with rest — it improves somewhat but never completely goes away
- Weakness with eversion — difficulty pushing the foot outward or resisting inversion. This is a key distinction from pure tendonitis.
- A sense of ankle instability — the ankle feels unreliable, especially on uneven ground
- Swelling that persists — not just after activity, but present much of the time
- Pain with push-off that limits walking distance
- In some cases, a palpable defect or thickening in the tendon behind the ankle
- Snapping or popping — if subluxation accompanies the tear
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HOW TO TELL THE DIFFERENCE
Here's the practical comparison:
Feature | Peroneal Tendonitis | Peroneal Tendon Tear |
Pain pattern | Activity-related, improves with rest | Persistent, doesn't fully resolve with rest |
Onset | Usually gradual (overuse) | Can be gradual or sudden (acute injury) |
Swelling | Mild, intermittent | Moderate, often persistent |
Weakness | Minimal — pain limits function but strength is intact | Measurable eversion weakness on exam |
Response to rest/NSAIDs | Good — pain improves significantly | Partial — may improve but doesn't resolve |
Instability feeling | Usually no | Often yes — ankle feels unreliable |
Snapping/popping | No (unless subluxation coexists) | Possible (if subluxation coexists) |
Duration | Weeks (with treatment) | Months — ongoing without intervention |
MRI findings | Fluid around tendon, intact fibers | Split, fraying, partial/full discontinuity |
Primary treatment | Conservative (PT, rest, activity modification) | Often surgical (depends on severity) |
The gray zone: tendinosis
Between tendonitis and a tear sits tendinosis — a condition where the tendon has undergone degenerative changes (thickening, disorganized collagen fibers, loss of normal tendon architecture) without a discrete tear. Tendinosis is what happens when tendonitis becomes chronic. The inflammation resolves, but the tendon never heals properly — it becomes thickened, weak, and prone to eventual tearing.
Tendinosis is important because it doesn't respond well to anti-inflammatories (there's no active inflammation to reduce) and it requires a different treatment approach — primarily eccentric strengthening exercises and load management. An MRI showing tendinosis is a warning sign that the tendon is on a path toward tearing if the underlying problem isn't corrected.
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HOW I EVALUATE THIS IN THE OFFICE
When a patient comes in with lateral ankle pain, my exam follows a specific sequence designed to distinguish between tendonitis and a tear — and to identify any associated problems.
1. History
- How did this start? (Sudden injury vs. gradual onset)
- How long has it been going on?
- Does it improve with rest? (Tendonitis: yes. Tear: partially or no.)
- Any snapping or popping? (Subluxation)
- Any ankle sprains? (Instability contributing to peroneal overload)
- What makes it worse? (Activity level, terrain, footwear)
- Have you tried rest, ice, bracing, PT? (Response to conservative care)
2. Physical Exam
- Palpation — tenderness along the peroneal tendons behind and below the fibula. Tenderness at the fibular groove (where they wrap around the bone) vs. further along their course helps localize the problem.
- Eversion strength testing — I ask you to push your foot outward against my hand. Pain with eversion is common in both conditions. Actual weakness (you can't generate normal force) points toward a tear.
- Resisted single-leg heel rise — stand on the affected foot and rise up on your toes. Inability to do this or significant pain suggests more than simple tendonitis.
- Subluxation test — I palpate behind the fibula while you dorsiflex and evert the foot. If the tendons snap forward, subluxation is present — and associated tears are likely.
- Ankle stability testing — anterior drawer, talar tilt. Chronic instability commonly coexists with peroneal problems.
- Foot alignment — assessing for cavovarus (high arch, heel varus). This is the root cause in many peroneal problems and must be addressed for any treatment to be durable.
3. Imaging
X-rays: Baseline for every patient. Assesses ankle alignment, arthritis, os peroneum (an accessory bone in the peroneus longus), and fifth metatarsal base. X-rays don't show the tendons directly, but they provide critical context.
MRI: The definitive study for distinguishing tendonitis from a tear. MRI shows:
- Tendonitis: Fluid within the tendon sheath (tenosynovitis), normal tendon signal and morphology
- Tendinosis: Thickened tendon with increased signal (degeneration), but no discrete tear
- Longitudinal split tear: A bright line through the tendon on axial images — like a hot dog split down the middle
- Partial tear: Thinning or irregularity of the tendon cross-section
- Full tear: Complete discontinuity with a gap between the tendon ends
- Associated findings: Subluxation, retinacular damage, groove depth, bone marrow edema, ankle ligament injury
MRI is not always necessary for straightforward tendonitis that responds to conservative care. But if symptoms persist beyond 4–6 weeks of appropriate treatment, or if a tear is suspected on exam, MRI is the next step.
Ultrasound: Can evaluate tendons dynamically (while the ankle moves) and is excellent for confirming subluxation. Useful as a quick in-office tool, but MRI provides more comprehensive information about the tendon, the groove, and associated pathology.
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TREATMENT: TENDONITIS
The good news about peroneal tendonitis: it almost always responds to conservative treatment when caught early and managed properly.
Phase 1: Calm it down (Weeks 0–2)
- Relative rest — not complete immobilization (unless severe), but stop the aggravating activity. If running caused it, stop running. If pickleball caused it, take a break. Walking for daily life is usually fine.
- Ice — 15–20 minutes behind the ankle, 2–3 times daily
- Anti-inflammatories — ibuprofen or naproxen for 7–10 days (if no contraindications). These are treating actual inflammation, so they work well in the acute phase.
- Supportive footwear — shoes with a firm heel counter and good lateral support. Avoid flats, sandals, and worn-out sneakers.
- Ankle brace — a lace-up ankle brace can reduce peroneal strain, particularly if ankle instability is contributing.
- Short-term boot — for severe cases or patients who can't reduce their walking volume (physically demanding jobs), a walking boot for 2–4 weeks can provide enough offloading for the inflammation to resolve.
Phase 2: Rebuild (Weeks 2–6)
- Physical therapy — the core of treatment. Focus on:
- Peroneal strengthening: isometric → isotonic → eccentric
- Ankle proprioception and balance training
- Calf strengthening (bilateral → single-leg)
- Hip and core strengthening (weak hips can alter gait mechanics and overload the peroneals)
- Flexibility: Achilles stretching, peroneal stretching
- Activity modification — gradual return to activity with a 10% rule (no more than 10% increase in volume per week)
- Orthotics — if cavovarus alignment or forefoot adduction is present, custom orthotics redistribute force and reduce peroneal overload. This is not optional — it's essential for long-term resolution in patients with alignment issues.
Phase 3: Return to activity (Weeks 6–12)
- Gradual return to sport-specific training
- Continue strengthening program (this becomes maintenance, not just rehab)
- Monitor for recurrence — if symptoms return at a certain activity threshold, the underlying cause (alignment, instability, footwear) hasn't been adequately addressed
When tendonitis doesn't improve:
If 4–6 weeks of structured conservative treatment doesn't produce meaningful improvement, I get an MRI. The most common findings in "tendonitis that won't get better":
1. It's actually tendinosis — chronic degeneration that needs eccentric loading, not anti-inflammatories
2. There's a tear — the tendon was damaged from the beginning and conservative treatment was treating the wrong problem
3. There's subluxation — the tendons are slipping out of position and no amount of PT will fix a mechanical problem
4. There's ankle instability — the peroneals are working overtime to compensate for torn ankle ligaments, and they'll stay inflamed until the instability is addressed
This is why seeing a specialist matters. Treating peroneal tendonitis that's actually a tendon tear wastes months. Treating it without addressing cavovarus alignment means it comes back. Treating it without recognizing ankle instability means the cause is never fixed.
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TREATMENT: PERONEAL TENDON TEAR
Treatment depends on the type and severity of the tear, and the patient's activity demands.
Conservative treatment for tears — when is it appropriate?
- Small partial tears (<50% of tendon cross-section) in low-demand patients
- Patients who cannot undergo surgery
- Initial trial in patients with small tears and minimal functional limitations
- Protocol: boot immobilization (4–6 weeks) → PT → gradual return to activity
- Success rate is lower than for tendonitis — many tears eventually require surgery if conservative care fails
Surgical treatment for tears — when is it recommended?
- Tears >50% of tendon cross-section
- Tears with associated subluxation
- Tears that have failed conservative treatment
- Active patients and athletes who need reliable ankle function
- Chronic tears with tendon degeneration
Surgical options:
- Debridement and tubularization — the damaged portion is removed and the tendon is repaired into a tube. Most common surgery. Used when >50% of the tendon is intact after debridement. Recovery: 4–5 months to full sport.
- Tenodesis — when one tendon is too damaged to repair, the stump is sewn to the healthy partner tendon. Sacrifices independent function but preserves eversion. Recovery: 5–6 months.
- Allograft reconstruction — for severe bilateral tendon damage or failed prior surgery. A donor tendon graft recreates peroneal function. Recovery: 5–7 months.
- Combined procedures — groove deepening for subluxation, Broström repair for ankle instability, calcaneal osteotomy for cavovarus alignment. These are performed simultaneously when indicated.
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THE SPECTRUM: HOW TENDONITIS BECOMES A TEAR
This is the part most patients don't hear until it's too late.
Peroneal tendonitis that's ignored, undertreated, or treated without addressing the root cause doesn't just "go away." It follows a predictable progression:
Stage 1: Tendonitis (inflammation)
The tendon is irritated and inflamed. The structure is normal. Rest and appropriate treatment resolve it completely.
Stage 2: Tendinosis (degeneration)
Repeated episodes of inflammation — or low-grade chronic overload — cause the tendon to degenerate. The organized collagen fibers become disorganized. The tendon thickens. It's weaker than a normal tendon but hasn't torn yet. Anti-inflammatories stop working because the problem is no longer inflammation — it's structural degeneration.
Stage 3: Partial tear
The weakened tendon partially fails. A longitudinal split develops, or a section of the tendon thins and frays. Pain becomes more persistent. Weakness appears. Conservative treatment may still work for small tears, but the window is narrowing.
Stage 4: Progressive tear / complete tear
The partial tear extends. More tendon fibers fail. Eversion weakness becomes obvious. The ankle feels unreliable. Surgery is now the most reliable path to restoring function.
The message: Catching peroneal problems at Stage 1 is easy and inexpensive. Fixing them at Stage 4 requires surgery and months of recovery. Don't ignore persistent lateral ankle pain — especially if it followed an ankle sprain or has been present for more than a few weeks.
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COMMON MISCONCEPTIONS
"It's just tendonitis — it'll go away on its own."
Sometimes it does. But if it doesn't improve within 4–6 weeks of appropriate rest and treatment, "just tendonitis" may be the wrong diagnosis. An MRI can clarify.
"My MRI shows a tear, so I definitely need surgery."
Not always. Small tears in low-demand patients can sometimes be managed conservatively. The decision to operate depends on the tear size, location, patient goals, associated pathology (subluxation, instability), and response to conservative care. MRI findings must be correlated with symptoms and function.
"Anti-inflammatories will fix a tendon tear."
They won't. Anti-inflammatories reduce inflammation — they don't repair torn tendon fibers. For tendonitis, they're helpful. For a tear, they may temporarily reduce pain but don't address the structural problem.
"I need to completely rest and stop all activity."
Complete rest leads to deconditioning and doesn't accelerate healing for tendinosis or tears. Relative rest — avoiding the aggravating activity while maintaining general fitness — is the right approach. Cross-training (swimming, cycling, upper body work) keeps you active while the tendon recovers.
"My ankle was sprained — the peroneal pain is just part of the sprain."
Maybe — but peroneal tendon injuries are commonly missed after ankle sprains. If your "sprain" pain is behind the fibula (not in front of it), or if it persists beyond the expected sprain recovery window (6–8 weeks), the peroneals should be evaluated specifically.
"Cortisone shots will help."
Cortisone injections around the peroneal tendons are used cautiously — and in most cases, I avoid them. Unlike a joint injection, cortisone around a tendon can weaken the tendon structure and increase tear risk. The risk-benefit ratio is poor for most peroneal tendon problems.
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THE ROLE OF FOOT ALIGNMENT
I come back to this in every peroneal article because it's the single most important and most overlooked factor.
Cavovarus foot alignment — a high arch with a heel that tilts inward — is present in a disproportionately high number of patients with peroneal tendon problems. The mechanics are simple:
- The inward-tilted heel shifts weight to the lateral (outer) side of the foot
- The peroneals must work harder with every step to stabilize the ankle
- This chronic overload leads to tendonitis → tendinosis → tears
- Fixing the tendon without correcting the alignment is like changing a tire without aligning the wheels
What this means for treatment:
- Tendonitis in a cavovarus foot → conservative treatment PLUS custom orthotics with a lateral forefoot post to correct the alignment. Without orthotics, the tendonitis will recur.
- Tendon tear in a cavovarus foot → surgical repair of the tendon PLUS orthotics postoperatively. In severe cases, a calcaneal osteotomy (surgically shifting the heel bone to correct alignment) may be needed at the same time as the tendon surgery.
If you have lateral ankle pain and your doctor hasn't looked at your foot alignment — from behind, with you standing — this is worth discussing.
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WHEN TO SEE A SPECIALIST
See a fellowship-trained foot and ankle surgeon if:
- Lateral ankle pain has persisted for more than 4–6 weeks despite rest, ice, and anti-inflammatories
- You notice weakness pushing your foot outward or going up on toes
- You feel snapping or popping behind the ankle
- Your ankle gives way or feels unstable, especially on uneven ground
- You had an ankle sprain that hasn't recovered on the expected timeline
- You've been diagnosed with tendonitis but treatments aren't working
- You want to return to a sport and aren't sure if your tendon is healthy enough
Early evaluation prevents small problems from becoming big ones. A clinical exam takes minutes. An MRI, if needed, provides definitive answers. And a clear diagnosis means a clear treatment plan.
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FREQUENTLY ASKED QUESTIONS
1. Can peroneal tendonitis turn into a tear?
Yes — this is one of the most important points in this article. Chronic or recurrent tendonitis leads to tendinosis (degeneration), which weakens the tendon and predisposes it to tearing. Early treatment of tendonitis prevents this progression.
2. How do I know if I have tendonitis or a tear without an MRI?
Clinical clues: if pain improves significantly with rest and responds to anti-inflammatories, tendonitis is more likely. If pain persists despite rest, you notice eversion weakness, or symptoms have been present for months — a tear is more likely. An MRI provides the definitive answer.
3. Do I need an MRI for peroneal tendonitis?
Not always. If symptoms are classic for tendonitis and improve with 4–6 weeks of conservative treatment, MRI may not be necessary. If symptoms persist, worsen, or include weakness or snapping — MRI is recommended.
4. Can I run with peroneal tendonitis?
Depends on severity. Mild tendonitis may allow reduced-volume running on flat surfaces with supportive shoes. If running causes pain during or after, stop and allow the tendon to calm down before gradually reintroducing running. Running through significant peroneal pain risks progressing to tendinosis or a tear.
5. Can I run with a peroneal tendon tear?
Generally no — at least not until the tear is treated and healed. Running with a torn tendon risks extending the tear, weakening the ankle, and making eventual surgical repair more complex.
6. How long does peroneal tendonitis take to heal?
Mild tendonitis: 2–4 weeks with rest and treatment. Moderate tendonitis: 4–8 weeks with structured PT. Chronic tendinosis: 3–6 months with eccentric strengthening and activity modification. If it's not improving, reconsider the diagnosis.
7. How long does a peroneal tendon tear take to heal?
Conservative management: 3–4 months (with variable success). Surgical repair: 4–5 months to full sport. Tenodesis: 5–6 months. Allograft: 5–7 months. Peroneal Tendon Tear Recovery Timeline
8. Will a cortisone shot help?
For tendonitis within the tendon sheath (tenosynovitis): a corticosteroid injection can provide short-term relief and help you engage in PT. However, cortisone near the tendon itself carries risk of tendon weakening. This decision should be individualized by a specialist who understands the specific pathology.
9. Do all peroneal tendon tears need surgery?
No. Small partial tears in low-demand patients can be managed conservatively. But tears associated with subluxation, significant weakness, failed conservative care, or high athletic demand typically do better with surgical repair.
10. Can physical therapy fix a tendon tear?
PT cannot heal a torn tendon — the fibers won't knit back together with exercise. What PT can do is strengthen the surrounding muscles, improve ankle stability, and compensate for partial tendon loss. For small tears in low-demand patients, this compensation may be sufficient. For larger tears or athletic patients, surgery provides a more reliable structural repair.
11. What exercises help peroneal tendonitis?
Resistance band eversion (isometric → concentric → eccentric), single-leg balance training, calf raises, ankle alphabet exercises, and hip strengthening. A structured PT program is more effective than a generic exercise handout. Best Exercises for Tendon Pain
12. What exercises should I avoid with peroneal tendonitis?
Running on cambered surfaces, trail running on uneven terrain, excessive lateral movement drills, and any activity that reproduces significant pain behind the ankle. These should be temporarily removed and gradually reintroduced once symptoms improve.
13. Is peroneal tendonitis the same as lateral ankle tendonitis?
"Lateral ankle tendonitis" is not a specific diagnosis — it could refer to peroneal tendonitis or other lateral ankle pathology. Peroneal tendonitis is the most common cause of tendon-related pain on the lateral ankle, but a proper exam is needed to confirm.
14. I had an ankle sprain 3 months ago and the outside of my ankle still hurts. Could it be a peroneal tear?
Yes — this is a classic presentation. Peroneal tendon injuries are commonly missed at the time of an ankle sprain. Persistent pain behind the fibula, especially with weakness or snapping, should prompt evaluation by a specialist and likely an MRI.
15. Can both tendons be torn at the same time?
Yes, though isolated peroneus brevis tears are more common than combined tears. When both tendons are significantly damaged, allograft reconstruction may be needed. This is one of the more complex peroneal surgeries.
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THE BOTTOM LINE
Peroneal tendonitis is an overuse inflammation that responds well to rest, anti-inflammatories, and physical therapy — when caught early and when the underlying cause is addressed.
A peroneal tendon tear is structural damage that often requires surgery, especially in active patients and athletes.
The distinction matters because the treatment is different, the timeline is different, and the consequences of getting it wrong are significant. Treating a tear like tendonitis wastes months. Ignoring tendonitis until it becomes a tear turns a simple problem into a surgical one.
If you have pain on the outside of your ankle — particularly if it's been there for more than a few weeks, follows an ankle sprain, or includes weakness, snapping, or instability — get it evaluated by someone who knows what to look for. The earlier the correct diagnosis is made, the simpler the treatment and the faster the recovery.
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ABOUT THE AUTHOR
Dr. Sarang Desai is a fellowship-trained orthopedic foot and ankle surgeon with particular expertise in sports medicine. With over 15 years of experience, Dr. Desai serves as a professional sports team physician and treats the full spectrum of foot and ankle conditions — including peroneal tendon disorders, chronic ankle instability, Achilles tendon injuries, Jones fractures, ankle fractures, cartilage injuries, Lisfranc injuries, bunions, foot and ankle arthritis, total ankle replacement, and complex revision surgery.
He is a published researcher, an orthopedic implant inventor, a national lecturer, and a former University of Texas All-American athlete.
Offices in McKinney and Flower Mound, Texas, serving patients throughout Plano, Frisco, Denton, Lewisville, Southlake, Dallas, Fort Worth, Arlington, and the greater Dallas–Fort Worth metroplex and beyond.
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If you're not sure whether your lateral ankle pain is tendonitis or something more — bring your imaging and come in. A focused evaluation can give you a clear diagnosis and a clear plan in one visit.
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This article is for educational purposes only and does not constitute personal medical advice. Always consult a qualified physician about your individual situation.
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