Foot & Ankle Tendon Repair Michigan 2026 | Podiatrist

Tendon	Common Injury	Surgical Option	Non-Op Alternative	Recovery
Achilles	Acute rupture, chronic tendinopathy	Primary repair, FHL transfer, allograft	CAM boot protocol (40% choose)	9–12 months to sport
Posterior Tibial	PTTD stage II–IV (adult flatfoot)	FDL transfer + calcaneal osteotomy	AFO, orthotics (stage I–II)	12–18 months full recovery
Peroneal (brevis/longus)	Longitudinal tear, subluxation	Debridement, tubularization, repair	Bracing, PT (partial tears)	4–6 months
Flexor Hallucis Longus	Rupture, trigger toe, stenosis	Repair or tenolysis	Steroid injection, PT	3–6 months
Extensor Digitorum	Laceration, trauma	Primary repair (early) or graft	Splinting (partial)	6–10 weeks
Extensor Hallucis Longus	Laceration, avulsion fracture	Primary repair, re-attachment	Splinting (partial)	8–12 weeks
Tibialis Anterior	Spontaneous rupture (elderly)	Primary repair or EHL transfer	AFO (elderly/low-demand)	6–12 months

Repair Technique	Indication	Suture Method	Strength at 6 Weeks	Key Advantage
Primary End-to-End Repair	Acute tear <4 weeks; good tissue	Kessler, modified Bunnell, Krackow	50–60% native strength	Preserves native anatomy
Debridement + Tubularization	Peroneal longitudinal split tear	Running 3-0 Vicryl	70–80% at healed	Preserves tendon mass
Tendon Transfer	Irreparable tear; chronic degeneration	Woven into residual stump or bone anchor	Transfer strength varies by donor	New mechanical unit; no degenerated tissue
Allograft Augmentation	Large defect; inadequate local tissue	Woven interposition graft	Progressive remodeling 6–18 months	Bridges gap without donor-site morbidity
Tenolysis	Adhesions limiting tendon glide	Adhesion release (no suture)	Immediate improved excursion	Restores glide without repair
Retinaculum Repair/Groove Deepening	Peroneal subluxation	Retinacular imbrication + bony procedure	Mechanical stability restored	Prevents recurrent dislocation

Related Conditions

Foot & Ankle Tendon Repair: Indications and Procedures

Tendons are the cables of the foot and ankle — transmitting muscle force to bone to produce movement and stabilize joints. When tendons tear partially or completely, the mechanical system fails: the foot cannot push off effectively, cannot resist inversion forces, or loses arch support depending on which tendon is involved. Surgical repair restores the tendon’s continuity and function when conservative management cannot.

Achilles Tendon Repair

Complete Achilles tendon rupture — the sudden pop and inability to stand on tiptoe that typically occurs during explosive athletic activity — is one of podiatric surgery’s most significant procedures. The debate between operative and non-operative management has evolved: operative repair in active adults under 60 offers lower re-rupture rates (3–5% vs. 10–15% with functional bracing) and faster return to high-demand activity. Operative repair uses either open or minimally invasive techniques to reapproximate the torn tendon ends with high-strength sutures. Recovery involves progressive weight-bearing in a boot over 8 weeks, followed by physical therapy and gradual return to sport at 6–9 months.

Peroneal Tendon Repair and Reconstruction

The peroneal tendons (peroneus brevis and peroneus longus) run behind the lateral malleolus in a fibro-osseous groove, stabilizing the ankle against inversion. Peroneal tendon tears — longitudinal splits, most commonly in the peroneus brevis — are a frequently missed cause of chronic lateral ankle pain. MRI or high-resolution ultrasound confirms the tear pattern and guides surgical decision-making. Surgical options range from simple tenorrhaphy (suture repair of the split) to tenodesis to autograft reconstruction for massive tears. Superior peroneal retinaculum repair stabilizes subluxating tendons that snap over the fibula.

Posterior Tibial Tendon Reconstruction

In Stage II adult-acquired flatfoot (PTTD), the posterior tibial tendon has elongated and lost mechanical advantage. When orthotics and bracing fail to maintain arch position and function, surgical reconstruction — flexor digitorum longus tendon transfer to augment the failed posterior tibial tendon, combined with medializing calcaneal osteotomy to realign the heel and a spring ligament repair — restores arch function. This combined procedure is one of podiatric surgery’s most impactful interventions, preventing the progression to Stage III/IV flatfoot and arthrodesis.

Flexor Hallucis Longus (FHL) Tendon Pathology

The FHL tendon runs through a fibro-osseous tunnel behind the ankle (posterior ankle impingement area) and beneath the first metatarsal (sesamoid complex). FHL tenosynovitis in dancers (triggertoe) and FHL partial tears in athletes produce posterior or plantar first ray pain. Trigger hallux — triggering of the FHL through a stenotic tunnel — is managed by tendon sheath release. FHL tears are managed by repair or FHL-to-FDL tenodesis depending on tear location and extent.

Post-Surgical Rehabilitation

Tendon repair outcomes depend as much on rehabilitation as on surgical technique. Dr. Biernacki’s post-surgical protocols are evidence-based and individualized: early protected weight-bearing where tendon repair strength allows, progressive loading through physical therapy, and sport-specific functional testing before return to activity. Serial ultrasound evaluation monitors tendon healing and confirms structural integrity before loading parameters are advanced.

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What does treatment cost?

Most diagnostic visits and conservative treatments are covered by Medicare and major insurers. Out-of-pocket costs vary by your specific plan.

How quickly can I get an appointment?

Most non-urgent cases see us within 5 business days. Urgent cases (sudden pain, possible fracture) typically same or next business day.

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