High Yield Overview

PLANTAR FASCIA RELEASE (OPEN/ENDOSCOPIC) + BAXTER'S NERVE DECOMPRESSION

Open medial approach OR endoscopic 2-portal technique (medial + lateral) | intermediate

Critical Danger Structures

Medial Calcaneal Nerve Branches

Location: Multiple branches (average 3-5) cross operative field, arising 1cm proximal to calcaneal tuberosity

Protection: Careful subcutaneous dissection, identify and retract branches, avoid cautery near nerves

Injury Consequence: Painful neuroma, heel numbness, complex regional pain syndrome

Baxter's Nerve (First Branch LPN)

Location: Runs between FDB (superficial) and quadratus plantae (deep), crosses medial calcaneal tuberosity 5-10mm from plantar fascia insertion

Protection: Stay superficial to muscle bellies during fascia release, direct visualization for decompression

Injury Consequence: Burning heel pain, failed surgery, iatrogenic nerve entrapment

Lateral Plantar Nerve Trunk

Location: Runs deep between muscle layers, 10-15mm from medial plantar fascia border

Protection: Limit lateral extent of release to medial 1/3-1/2, avoid deep dissection

Injury Consequence: Lateral foot numbness, intrinsic muscle denervation, claw toes

Medial Plantar Nerve

Location: Runs more medially beneath abductor hallucis, less at risk than lateral plantar nerve

Protection: Identify as anatomical landmark, gentle retraction if exposed

Injury Consequence: Medial forefoot numbness, motor loss to lumbricals

Plantar Lateral Column (Lateral Fascia)

Location: Lateral portion of plantar fascia extending to 5th metatarsal base

Protection: NEVER release lateral fascia - palpate to confirm intact after medial release

Injury Consequence: Arch collapse, lateral column overload, chronic lateral foot pain, disability

Mnemonic

BAXTERBAXTER Nerve Anatomy

Mnemonic

PARTIALPARTIAL Release Rationale

Indications

Primary Indication

Recalcitrant plantar fasciitis unresponsive to minimum 6-12 months conservative treatment
Significant functional impairment and quality of life impact
Failed comprehensive non-operative management

Conservative Treatment Requirements

Activity modification and rest periods
Stretching program - gastrocnemius, soleus, plantar fascia specific
NSAIDs - minimum 4-6 weeks trial
Orthotics and arch supports - proper fitting required
Night splints - maintain dorsiflexion during sleep
Corticosteroid injection - maximum 2-3 injections
PRP injection - emerging evidence
Extracorporeal shock wave therapy (ESWT) - 3 sessions typical
Physical therapy - eccentric strengthening

Baxter's Nerve Decompression Indication

Burning or radiating heel pain (not just plantar aching)
Tenderness over nerve course (medial to lateral heel)
Positive nerve percussion test (Tinel's)
Night pain or pain at rest (unlike pure plantar fasciitis)
Failed injections that temporarily relieved pain (suggests nerve component)

Contraindications

Acute plantar fasciitis less than 6 months duration
Inadequate conservative treatment trial
Active infection
Severe peripheral vascular disease
Inflammatory arthropathy (relative)
Workers' compensation with secondary gain issues (relative)
Unrealistic patient expectations

Pre-operative Assessment

Detailed pain history - first step pain characteristic of plantar fasciitis
Point tenderness at medial calcaneal tubercle
Pain with passive great toe dorsiflexion (windlass test)
Assess for Baxter's nerve entrapment - burning quality, Tinel's sign
Rule out differential diagnoses: stress fracture, tarsal tunnel syndrome, fat pad atrophy, referred S1 radiculopathy
Imaging: weight-bearing radiographs (heel spur in 50% but not causative), MRI if atypical features
Document conservative treatment failures thoroughly

Detailed Operative Technique

Step 1: Patient Assessment & Planning

Pre-operative Confirmation

Verify diagnosis clinically: inferior heel pain worst with first steps, tenderness at medial calcaneal tubercle
Differentiate plantar fasciitis from Baxter's nerve entrapment (burning vs aching pain)
Rule out stress fracture (MRI), fat pad atrophy (clinical), tarsal tunnel (nerve conduction)
Review conservative treatment timeline - document minimum 6 months
Consent discussion: partial vs complete release, arch collapse risk, nerve injury risk

Exam Pearl

Exam Answer Template: "I confirm plantar fasciitis diagnosis clinically with medial heel pain, point tenderness at calcaneal origin of fascia, and pain with first steps after rest. If patient describes burning or radiating pain, I suspect Baxter's nerve entrapment and plan open approach with nerve decompression. I ensure minimum 6 months conservative treatment has failed."

Critical Safety Points

Wrong diagnosis leads to failed surgery - differentiate nerve entrapment from pure fasciitis
Operating on acute fasciitis (less than 6 months) has poor outcomes
Missing Baxter's nerve component when present leads to persistent pain
Inadequate conservative treatment trial leads to medico-legal issues

Step 2: Positioning and Anesthesia

Patient Position

Open approach: Supine with bump under ipsilateral hip, foot at end of table for access
Endoscopic approach: Supine preferred (some surgeons prone), foot at table end
Ensure ankle can be manipulated through full dorsiflexion/plantarflexion

Anesthesia Options

Ankle block: Tibial nerve and sural nerve blocks - excellent for post-op analgesia
Popliteal block: Alternative regional option
General anesthesia: If patient preference or contraindication to regional
Consider sedation with regional for patient comfort

Tourniquet Application

Ankle tourniquet (250mmHg) or thigh tourniquet (300mmHg)
Minimize tourniquet time (typically under 30 minutes for release alone)
Exsanguinate with elastic wrap

Step 3: Incision & Superficial Dissection (OPEN)

OPEN TECHNIQUE - Medial Approach

Mark incision: 3-4cm oblique or longitudinal at junction of plantar and non-plantar skin
Start 1cm distal to medial malleolus, extend toward plantar aspect
Stay at junction to avoid direct plantar scar (painful weight bearing)
Incise skin and subcutaneous tissue carefully - IDENTIFY and PROTECT medial calcaneal nerve branches
Retract nerve branches gently with vessel loops or small retractor
Divide deep fascia overlying abductor hallucis muscle
Identify thick white glistening plantar fascia on plantar aspect

Exam Pearl

Technical Pearl: "For open approach, I make a medial oblique incision at the junction of plantar and non-plantar skin. This allows excellent access to plantar fascia origin while avoiding direct plantar scar which is painful with weight bearing. I meticulously identify and protect the multiple medial calcaneal nerve branches - average 3-5 branches in subcutaneous tissue."

Critical Safety Points

Medial calcaneal nerve branches (3-5) in subcutaneous tissue - injury causes painful neuroma
Direct plantar incision creates painful scar with weight bearing
Skin flap necrosis if dissection plane too superficial or excessive cautery
Identify deep fascia before assuming you have reached plantar fascia

Step 4: Portal Placement (ENDOSCOPIC)

ENDOSCOPIC TECHNIQUE - Two Portal

Medial portal: 1cm distal and 1cm plantar to medial malleolus
Lateral portal: Mirror image on lateral side of heel
Use mosquito clamp to develop space SUPERFICIAL to plantar fascia with blunt dissection
Stay in correct plane (superficial to fascia) - feels white and smooth
Insert obturator and cannula through medial portal
Place 4.0mm 30-degree arthroscope through medial portal
Insert blade (banana blade, hook knife, or retrograde knife) through lateral portal
Confirm visualization of plantar fascia under direct vision

Exam Pearl

Technical Pearl: "For endoscopic approach, I place medial and lateral portals at inferior heel level. I develop a plane SUPERFICIAL to the plantar fascia using careful blunt dissection with a mosquito clamp. Camera goes medial, blade lateral. Staying superficial to fascia minimizes risk to lateral plantar nerve which runs deep."

Critical Safety Points

Too deep with medial portal risks lateral plantar nerve injury
Aggressive plantar dissection risks Baxter's nerve damage
Incomplete visualization leads to inadequate or excessive release
Portal placement too anterior may miss calcaneal origin

Step 5: Plantar Fascia Identification

Identify Plantar Fascia Anatomy

Three distinct bands visible: medial (thin), central (thick 3-4mm), lateral (thin)
Central band is PRIMARY PATHOLOGY in plantar fasciitis
Appears as white, glistening, thick fibrous structure
Distinguish from deeper red muscle bellies: abductor hallucis (medial), FDB (central)
Palpate thickness of central band with instrument
Identify clear calcaneal origin at medial calcaneal tubercle

Exam Pearl

Anatomical Key: "The plantar fascia has three bands - central is thickest and the primary pathology. I clearly identify the white glistening central band at its calcaneal origin before release. Deep to fascia are the intrinsic muscle bellies which are red and soft, not white and firm like fascia."

Critical Safety Points

Misidentifying muscle belly as fascia leads to incomplete treatment
Inadequate exposure makes partial release difficult to gauge
Damaging lateral structures during identification
Not appreciating three-band anatomy leads to excessive release

Step 6: PARTIAL Plantar Fascia Release (CRITICAL STEP)

Perform PARTIAL Release Only

CRITICAL PRINCIPLE: Release ONLY medial 1/3 to 1/2 of central band
DO NOT release entire central band or any lateral fascia
Release at calcaneal origin using knife (open) or specialized blade (endoscopic)
Cut in controlled manner - feel release of tension
STOP at mid-width of central band
NEVER extend release laterally beyond midline of central band
Leave lateral half of central band INTACT
Lateral fascia MUST remain completely intact for arch support
Confirm separation of cut ends with ankle dorsiflexion

Exam Pearl

MOST CRITICAL EXAM POINT: "I perform PARTIAL release - medial one-third to one-half of central band only at the calcaneal origin. Complete release of central band or injury to lateral fascia causes devastating arch collapse and lateral column overload pain. Success depends on adequate release for pain relief while preserving lateral structures for arch stability. This is the most critical technical point."

CRITICAL SAFETY - ARCH COLLAPSE PREVENTION

Complete release of central band = 10-25% arch collapse rate
Lateral fascia injury = chronic lateral column pain and disability
Inadequate release (less than 1/3) = persistent pain, treatment failure
Optimal is medial 1/3 to 1/2 - balance between release and stability
Palpate lateral fascia at end to confirm intact

Step 7: Baxter's Nerve Identification (If Indicated)

Indications for Baxter's Decompression

Burning quality heel pain (not just aching)
Radiation of pain medial to lateral
Tenderness over nerve course
Positive Tinel's sign
Night pain or pain at rest

Identification Technique

Retract abductor hallucis superiorly
Identify flexor digitorum brevis belly (central)
Identify quadratus plantae (deeper, more lateral)
Baxter's nerve runs BETWEEN FDB (superficial) and quadratus plantae (deep)
Nerve crosses plantar aspect of medial calcaneal tuberosity
Located 5-10mm from plantar fascia insertion
Often compressed by deep fascia of abductor hallucis at its origin
May see fibrous bands crossing nerve

Exam Pearl

Anatomical Landmark: "Baxter's nerve is the first branch of lateral plantar nerve. It runs between FDB superficially and quadratus plantae deeply, crossing the medial heel. It's a MOTOR nerve to abductor digiti minimi, so injury doesn't cause sensory loss - a key exam distinction from medial calcaneal nerve injury."

Critical Safety Points

Gentle dissection to avoid iatrogenic nerve injury during identification
Confusion with medial plantar nerve (runs more medially)
Lateral plantar artery runs with nerve - hemostasis important
Incomplete identification leads to inadequate decompression

Step 8: Baxter's Nerve Decompression

Decompression Technique

Release deep fascia of abductor hallucis - most common compression site
Release fascia between FDB and quadratus plantae - bands often present
Release any fibrous bands crossing nerve - use tenotomy scissors
Trace nerve proximally and distally - ensure complete decompression along course
Remove bone spurs if compressing nerve (use rongeur)
Confirm nerve mobility - should move freely without tethering
Gentle handling - use vessel loop for retraction, not forceps

Exam Pearl

Decompression Principle: "I decompress Baxter's nerve by releasing the deep fascia of abductor hallucis where the nerve enters from the tarsal tunnel, releasing fascial bands between FDB and quadratus plantae, and ensuring the nerve is free along its entire course to abductor digiti minimi. Complete decompression requires tracing the nerve both proximally and distally."

Critical Safety Points

Iatrogenic nerve injury during release - use scissors not cautery near nerve
Incomplete decompression of all compression points = persistent symptoms
Lateral plantar artery injury - runs with nerve
Excessive traction on nerve during decompression

Step 9: Heel Spur Removal (If Present)

Indications for Spur Removal

Large spur compressing Baxter's nerve
Prominently symptomatic spur on clinical exam
NOT indicated solely based on radiographic presence

Technique

Expose calcaneal bone at fascia origin
Use rongeur or small osteotome to remove spur
Smooth bone edge with rongeur
Minimal periosteal stripping
Spur removal is ADJUNCT not primary treatment

Exam Pearl

Evidence-Based Pearl: "Heel spurs are radiographic finding in 50% of general population - they are NOT causative of plantar fasciitis. Modern evidence shows spurs are traction phenomenon, not cause of pain. I remove large spurs ONLY if they appear to compress Baxter's nerve or are prominently symptomatic on exam. Spur removal alone without fascia release has poor outcomes."

Critical Safety Points

Excessive bone removal risks calcaneal fracture (rare but devastating)
Over-emphasis on spur removal when it's not primary pathology
Periosteal stripping causes delayed healing and hematoma
Cautery near bone increases infection risk

Step 10: Fascial Release Confirmation

Confirm Adequate Release

Visualize separation of cut fascial ends
Dorsiflex ankle - cut ends should separate 5-10mm
Palpate lateral fascia - must be INTACT and taut
Check medial longitudinal arch visually - should be maintained
Ensure no inadvertent lateral extension of release
Confirm smooth muscle belly beneath (FDB) - no injury

Exam Pearl

Confirmation Technique: "I confirm adequate release by visualizing cut fascial ends separate with ankle dorsiflexion. Most critically, I palpate the lateral half of central band and the entire lateral fascia to ensure they remain intact and taut - this preserves arch stability and prevents the most serious complication."

Critical Safety Points

Incomplete release (less than 1/3) leads to treatment failure
Excessive release (more than 1/2) leads to arch instability
Lateral fascia inadvertently released - check carefully
Muscle injury from excessive dissection

Step 11: Hemostasis & Irrigation

Meticulous Hemostasis

Release tourniquet to identify bleeding
Bipolar cautery for vessels - AVOID nerves (especially medial calcaneal branches)
Direct pressure for oozing
Consider topical hemostatic agents if persistent ooze
Hematoma is common cause of prolonged pain and delayed recovery

Copious Irrigation

Normal saline irrigation to remove debris and bone particles
Inspect wound for foreign material
Final inspection of all structures

Exam Pearl

Post-op Recovery Pearl: "I achieve meticulous hemostasis because postoperative hematoma is a significant cause of prolonged pain and delayed recovery. I use bipolar cautery carefully to avoid nerve injury, particularly medial calcaneal nerve branches. Copious irrigation removes bone debris if spur was removed."

Critical Safety Points

Hematoma causes prolonged recovery (weeks to months), infection risk
Nerve injury from injudicious use of cautery
Inadequate irrigation risks infection if bone was removed
Drain rarely needed - creates portal for infection

Step 12: Closure

OPEN Approach Closure

Close deep fascia if possible with absorbable suture (3-0 Vicryl)
Provides soft tissue coverage over release site
Subcutaneous closure with 3-0 or 4-0 absorbable suture
Skin closure with 3-0 or 4-0 non-absorbable suture or staples
Avoid tension on closure
Some surgeons leave deep layers open to prevent hematoma compression

ENDOSCOPIC Approach Closure

Close each portal with single 3-0 or 4-0 nylon suture
Minimal wound to close
Steri-strips for additional skin approximation
Significantly less wound to manage compared to open

Exam Pearl

Closure Strategy: "For open approach, I close in layers to provide soft tissue coverage. Tension-free skin closure is critical to prevent dehiscence. For endoscopic approach, each portal requires only a single suture - this is a major advantage with less wound morbidity."

Critical Safety Points

Tension closure causes wound dehiscence - especially on medial heel
Excessive deep closure can compress hematoma
Painful plantar scar if incision extends too plantar
Portal site infection rare but occurs

Step 13: Dressing & Immobilization

Immediate Post-op Dressing

Bulky compressive dressing with fluff and Ace wrap
Compression minimizes hematoma and swelling
Elevate foot post-operatively

Immobilization Protocol

ENDOSCOPIC: Supportive shoe with heel cushion, immediate heel weight bearing allowed
OPEN: Short leg cast or CAM boot for 2 weeks protected weight bearing
Transition to supportive athletic shoe with cushioned heel insert
Avoid barefoot walking for 6-8 weeks

Exam Pearl

Rehabilitation Advantage: "Endoscopic approach allows immediate heel weight bearing which is a significant advantage over open technique. Open approach typically requires 2 weeks protected weight bearing in CAM boot to allow wound healing. Both techniques benefit from compression dressing to minimize hematoma which prolongs recovery."

Critical Safety Points

Excessive immobilization causes ankle/subtalar stiffness
Early unprotected weight bearing on open incision risks dehiscence
Inadequate compression leads to hematoma formation
Overly tight compression dressing can cause compartment syndrome (rare)

Step 14: Neurovascular Check & Documentation

Final Assessment

Release tourniquet and assess perfusion
Check plantar skin color and capillary refill
Test medial calcaneal nerve distribution sensation on heel
Confirm no motor deficit (wiggle toes)
Palpate pedal pulses
Check for expanding hematoma
Ensure dressing comfortable, not too tight

Documentation

Procedure performed (open vs endoscopic)
Extent of release (medial 1/3 vs 1/2)
Baxter's nerve decompression performed (yes/no)
Heel spur removed (yes/no)
Complications (nerve injury, excessive bleeding, etc.)
Tourniquet time
Estimated blood loss (typically minimal)

Exam Pearl

Medico-Legal Pearl: "I release tourniquet and check perfusion and sensation systematically. The medial calcaneal nerve supplies heel sensation - I document this is intact. I thoroughly document extent of release (medial 1/3 to 1/2), whether Baxter's decompression was performed, and any intraoperative findings or complications."

Critical Safety Points

Unrecognized medial calcaneal nerve injury causes painful neuroma
Vascular compromise from overly tight dressing
Compartment syndrome (extremely rare but possible)
Inadequate documentation creates medico-legal risk

Exam Viva Scenarios

Practice these scenarios to excel in your viva examination

VIVA SCENARIOStandard

EXAMINER

"A 45-year-old recreational runner presents with 18 months of medial heel pain unresponsive to physical therapy, orthotics, and two corticosteroid injections. Pain is worst with first steps in morning. Examination shows point tenderness at medial calcaneal tubercle and pain with passive great toe dorsiflexion. How would you manage this patient?"

EXCEPTIONAL ANSWER

This patient has classic chronic plantar fasciitis unresponsive to adequate conservative treatment. I would confirm the diagnosis, rule out alternative diagnoses, and discuss surgical options. **Assessment**: Point tenderness at medial calcaneal tubercle and positive windlass test (pain with passive hallux dorsiflexion) confirm plantar fasciitis. I would assess for Baxter's nerve entrapment - ask about burning quality or radiation (suggests nerve), perform Tinel's over nerve course. Order weight-bearing foot radiographs to assess for stress fracture and document any heel spur (present in 50% but not causative). Consider MRI if atypical features to rule out stress fracture, plantar fascia tear, or mass. **Conservative Treatment Review**: Patient has failed 18 months of treatment including physical therapy, orthotics, and injections. I would ensure comprehensive treatment included: stretching program, NSAIDs, night splints, and consider ESWT if not yet tried. If all exhausted, surgery is indicated. **Surgical Options**: I would offer plantar fascia release - either endoscopic or open approach. For isolated plantar fasciitis without burning/radiating pain suggesting nerve entrapment, I prefer endoscopic approach for less wound morbidity and faster recovery. Critical point is PARTIAL release only - medial one-third to one-half of central band. Complete release causes devastating arch collapse. **Technical Approach**: Endoscopic uses two 5mm portals at inferior heel. Camera medial, blade lateral. Stay superficial to fascia to protect lateral plantar nerve. Release medial 1/3 to 1/2 of central band only at calcaneal origin. Confirm lateral fascia intact by palpation. Allow immediate heel weight bearing in supportive shoe. **Expected Outcome**: 70-90% good to excellent results. Full recovery 2-4 months for endoscopic, 3-6 months for open. Return to running typically 8-12 weeks. Main risks: arch collapse if excessive release, nerve injury (medial calcaneal branches), persistent pain 10-30%.

VIVA SCENARIOStandard

EXAMINER

"You are 10 minutes into an endoscopic plantar fascia release when you realize you have completely released the entire central band of the plantar fascia rather than the medial half as planned. What are the consequences and how would you manage this intraoperatively and postoperatively?"

EXCEPTIONAL ANSWER

This is a serious technical error. Complete release of the central band significantly increases the risk of arch collapse and lateral column pain. I need to manage this complication immediately. **Immediate Intraoperative Assessment**: First, I would carefully palpate and visualize the lateral fascia through my portals to ensure it remains completely intact - this is critical for residual arch support. Under no circumstances should the lateral band be released. I would inspect for any inadvertent injury to lateral structures including lateral fascia, lateral plantar nerve, and abductor digiti minimi. Document the extent of release clearly in operative note. **Cannot Reverse the Release**: Unfortunately, I cannot repair or reverse the complete fascial release intraoperatively. The damage is done. However, I must ensure no additional injury occurs. **Complete the Procedure Safely**: Achieve meticulous hemostasis as hematoma worsens outcome. Copious irrigation. Close portals in standard fashion. Apply compressive dressing. **Modified Postoperative Protocol**: I would significantly modify the rehabilitation protocol: 1. **Immobilization**: Place in short leg cast or CAM boot for 4 weeks (not standard protocol for endoscopic) to allow scar tissue formation 2. **Non-weight bearing**: 2 weeks non-weight bearing, then heel touch weight bearing weeks 3-4 3. **Arch support**: Custom orthotic with aggressive medial arch support when weight bearing begins 4. **Extended protection**: CAM boot or supportive shoe for total 8-12 weeks **Patient Counseling**: I would inform the patient immediately postoperatively that more extensive release occurred than planned. Explain increased risk of arch collapse (10-25% vs 2-5%), lateral column pain, and potential need for long-term orthotic use. Discuss possibility of future reconstructive surgery if arch collapse develops (lateral column lengthening, subtalar fusion). This is a medico-legal conversation requiring documentation. **Long-term Follow-up**: Close follow-up every 2 weeks initially. Weight-bearing radiographs at 6 weeks and 3 months to assess for arch collapse. Clinical exam for arch height, lateral column pain, single heel raise test. If arch collapse develops, aggressive non-operative management with custom orthotics, possible UCBL orthosis. If failed, may require calcaneal osteotomy, lateral column lengthening, or triple arthrodesis.

VIVA SCENARIOStandard

EXAMINER

"During an open plantar fascia release with planned Baxter's nerve decompression, you identify a nerve running between flexor digitorum brevis and quadratus plantae. As you decompress this nerve, you notice the patient has numbness over the medial heel postoperatively. What has happened and how would you manage this?"

EXCEPTIONAL ANSWER

This clinical scenario describes confusion between Baxter's nerve (first branch lateral plantar nerve) and a medial calcaneal nerve branch, with likely injury to a medial calcaneal nerve causing the numbness. **Anatomical Analysis**: The nerve I identified running between FDB and quadratus plantae was correctly Baxter's nerve (first branch of lateral plantar nerve). Baxter's nerve is a MOTOR nerve to abductor digiti minimi - it provides NO sensory innervation to the heel. This is a critical anatomical point. Medial heel sensation comes from medial calcaneal nerve branches (3-5 branches arising from tibial nerve proximal to tarsal tunnel, passing through subcutaneous tissue). The numbness indicates I injured a medial calcaneal nerve branch, likely during initial dissection or with cautery. **What Went Wrong**: During superficial dissection or hemostasis, I likely transected or burned a medial calcaneal nerve branch in the subcutaneous tissue. These nerves (average 3-5) cross the operative field and must be meticulously identified and protected. Cautery near these nerves can cause thermal injury. **Immediate Recognition**: Numbness over medial heel immediately postoperatively (when block wears off) indicates medial calcaneal nerve injury. If sharp transection, may have Tinel's sign at site of injury. Patient may describe burning dysesthesia if neuroma developing. **Management Strategy**: 1. **Immediate (First Week)**: Frank discussion with patient explaining nerve injury. Document injury and discussion. Explain that medial calcaneal nerve branches are at risk in this surgery. Prognosis discussion - may improve over 6-12 months as nerve regenerates, or may develop painful neuroma. 2. **Early Management (0-3 Months)**: Observation for spontaneous recovery. Desensitization therapy - rubbing, tapping area to reduce hypersensitivity. Gabapentin or pregabalin if dysesthesias develop. Avoid repeated percussion of area (worsens neuroma if forming). 3. **Intermediate Management (3-6 Months)**: If painful neuroma developing (burning pain, positive Tinel's, allodynia), consider nerve blocks (local anesthetic ± steroid) for diagnosis and temporary relief. Continue neuropathic pain medications. Assess impact on quality of life. 4. **Late Management (6+ Months)**: If severely symptomatic painful neuroma despite conservative treatment, surgical options include: neuroma excision with nerve burial into muscle or bone, targeted muscle reinnervation, nerve conduit repair if ends can be identified. Counsel that neuroma surgery has variable success (60-70%). 5. **Long-term**: If simple numbness without pain, reassurance that most patients adapt well. Protect area from trauma. If painful neuroma resistant to treatment, may require chronic pain management including nerve blocks, spinal cord stimulation in extreme cases. **Prevention for Future Cases**: Meticulous identification and protection of medial calcaneal nerve branches during subcutaneous dissection. Use vessel loops to retract branches. Avoid cautery in subcutaneous tissue - use bipolar only for specific vessels. Sharp dissection rather than cautery in areas near nerves.

Plantar Fascia Release - Exam Day Summary

High-Yield Exam Summary

References

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Plantar Fascia Release (Open/Endoscopic) + Baxter's Nerve Decompression