Lindsey Vonn’s 2026 Olympic Crash: How a Fasciotomy Saved Her Leg and What Recovery Will Demand

Table of Contents

1. Key Highlights:
2. Introduction
3. The crash and the immediate response
4. Fasciotomy: why it was necessary and how it saves limbs
5. ACL tears, secondary injury and the mechanics of high-speed crashes
6. The emergency window: why time mattered
7. What the six-hour operation likely involved
8. The rehabilitation trajectory: stages, milestones and timelines
9. Managing pain, swelling and wound healing
10. Strength, balance and the challenge of retraining an athlete’s body
11. Psychological recovery and the identity of an elite athlete
12. Career impact: rankings, sponsorships and future competition
13. Examples of limb-saving and comeback stories in sport
14. Safety, course design and provider readiness in alpine events
15. The public conversation: transparency and athlete privacy
16. Practical considerations for athletes facing similar injuries
17. What lies ahead for Lindsey Vonn
18. The broader lesson for sport and medicine
19. FAQ

Key Highlights:

• Lindsey Vonn suffered a severe crash at the 2026 Winter Olympics that combined a torn ACL with catastrophic soft-tissue damage; surgeons performed a fasciotomy and complex reconstructive work that prevented amputation.
• The immediate emergency care and a six-hour surgery were decisive; the path ahead will include staged reconstruction, prolonged rehabilitation, and careful management of physical and psychological recovery.
• The incident spotlights the medical, athletic and safety challenges of high-speed alpine skiing and underscores how multidisciplinary trauma response can save both limbs and careers.

Introduction

Lindsey Vonn, one of alpine skiing’s most decorated competitors, experienced a crash at the 2026 Winter Olympics that took seconds to happen and has set months—likely years—of recovery in motion. Airlifted from the course with a torn anterior cruciate ligament and extensive leg damage, Vonn faced a near-amputation. A timely fasciotomy and subsequent reconstructive surgery performed by Dr. Tom Hackett halted that risk and preserved her limb. Photographs and videos posted by Vonn since the incident show a champion determined to work around immobilization and pain, yet still struggling to stand independently.

The sequence of events makes a single point starkly clear: elite-speed winter sport injuries demand not only top athletic conditioning but also immediate, high-level medical intervention. The clinical choices made in the hours after trauma often determine whether an athlete walks out of the hospital with a working leg. The weeks and months that follow will test surgical reconstruction, physiotherapy, mental resilience, and the contingency planning that governs elite athletics after catastrophic injury.

This article unpacks the crash, explains the surgical measures that saved Vonn’s leg, outlines what rehabilitation will require, and explores broader implications for skiing and athlete care.

The crash and the immediate response

Vonn’s run at the 2026 Winter Olympics ended within seconds. She entered the course already managing a compromised ACL and then crashed, producing severe trauma to her left lower limb. The collision’s mechanics—high velocity, torsional forces and abrupt deceleration—created both ligamentous injury and pronounced soft-tissue damage. Race medics and emergency personnel stabilized her on site; she was airlifted from the slope and transported for urgent surgical care.

Being transported by helicopter is a marker of the severity of an on-course injury. Air evacuation shortens time to definitive treatment, which is crucial when a limb is threatened. Vonn did not return home for several weeks, a detail that points to intensive hospital-based care, repeated interventions and monitoring for complications such as swelling, compartment syndrome, vascular compromise and infection.

Vonn’s public statements and social-media posts provide glimpses of the interval between accident and recovery. On February 23 she credited Dr. Tom Hackett with saving her leg, explaining that a fasciotomy—opening the fascial compartments on both sides of the leg—allowed the muscle compartments to “breathe” and prevented tissue death. She said a six-hour operation followed to rebuild her leg. Those hours of surgical work likely addressed both structural and vascular issues, debrided damaged tissue, and set the conditions for later reconstructive steps.

Fasciotomy: why it was necessary and how it saves limbs

A fasciotomy is an emergency surgical procedure in which the fascia—the tough connective tissue encasing muscle compartments—is cut to relieve pressure. Fasciotomies are indicated when compartment pressures rise to levels that impede blood flow and threaten irreversible muscle and nerve damage, a condition known as acute compartment syndrome. The syndrome typically follows severe blunt trauma, crush injury, reperfusion after prolonged ischemia, or significant swelling from soft-tissue injury.

When swelling within a closed fascial compartment increases, the rigid fascia does not expand. Rising pressure compresses small vessels and capillaries, preventing oxygen delivery to muscle and nerve. Within hours, ischemia leads to necrosis; muscles can die and nerves can sustain permanent damage. If untreated, the outcome can be limb loss or systemic complications from breakdown products entering the bloodstream.

Performing fasciotomies on both sides of Vonn’s leg indicates that surgeons judged compartment pressures to be dangerously high across multiple compartments. Cutting open the fascia allows the compartments to decompress, restores microvascular flow, and buys time for definitive reconstruction. The alternative—delayed decompression—would have carried a high risk of irreversible tissue death and possible amputation.

Surgically, a fasciotomy is not the end of treatment. Open wounds are often managed with temporary dressings or negative-pressure therapy and may be closed later with skin grafts, delayed primary closure, or reconstructive flaps. In Vonn’s case, the six-hour surgery “to rebuild” the leg likely addressed damaged bone, soft tissue and possibly vascular elements, setting the stage for staged reconstruction and prolonged rehabilitation.

ACL tears, secondary injury and the mechanics of high-speed crashes

A torn anterior cruciate ligament predisposes a knee to instability and alters gait mechanics. At elite speed, where forces are multiplied by velocity and abrupt direction changes, an unstable knee increases the likelihood of catastrophic falls and secondary injuries. Vonn reportedly entered the Olympic run skiing on a torn ACL; the ligament was a known vulnerability. When a fall occurs while the ACL is compromised, the knee can give way in unpredictable directions, transferring damaging torsional and bending forces into the tibia and surrounding soft tissues.

In alpine skiing, high-speed impacts and violent leg twisting are common mechanisms for compound injuries: a primary torn ligament (ACL, PCL, or collateral ligaments) coupled with meniscal damage, bone contusions, fractures and severe soft-tissue trauma. These combined injuries complicate both acute management and long-term recovery. When the joint is unstable during a high-energy crash, associated damage to vessels or large muscles becomes more likely.

Vonn’s history includes multiple prior knee surgeries and reconstructions over a long career. Recurrent surgical procedures change local anatomy and vascular supply and can affect healing after new trauma. Scar tissue, prior grafts, and hardware may influence both the risk of compartment syndrome and the surgeon’s approach to reconstruction.

The emergency window: why time mattered

Acute limb-threatening conditions operate on a tight timeline. Muscle tolerates ischemia poorly: irreversible cell death can begin within a few hours of sustained pressure or loss of blood flow. For this reason, quick recognition and immediate surgical intervention are fundamental. The interval between injury and fasciotomy is the single most important determinant of whether muscle and nerve can be preserved.

In sports medicine, that window is managed by a prepared, multidisciplinary team: on-course medics, emergency transport, trauma surgeons and orthopedic specialists. Alpine events routinely station quick-response personnel and rapid extraction protocols because high-velocity falls frequently lead to injuries requiring immediate attention. Vonn’s airlift and prompt surgery illustrate how coordinated care prevented a far worse outcome.

After fasciotomy, surgeons often face a balancing act: perform definitive reconstruction immediately or stage operations to control infection risk and allow soft tissues to settle. Severe soft-tissue damage is best managed in stages. The early goal is limb salvage and stabilization; reconstruction follows once the wound environment is optimized.

What the six-hour operation likely involved

Vonn’s mention of a six-hour operation to “rebuild” implies work beyond a simple fasciotomy. Reconstructive surgery in the acute setting can include:

• Debridement: removing devitalized tissue to prevent ongoing infection and to reveal viable structures for reconstruction.
• Vascular repair: if arteries or veins are damaged, vascular surgeons restore perfusion through repair or bypass.
• Fracture fixation: open reduction and internal fixation (ORIF) or external fixation to stabilize bone fragments and maintain alignment.
• Soft-tissue coverage planning: preparing wounds for later closure with skin grafts or flap procedures.
• Nerve repair or grafting, if nerves have been severed or crushed.

Even when surgeons restore macrovascular flow, the microcirculation within muscles and nerve fibers may remain compromised, which is why fasciotomy and ongoing monitoring are essential. The complexity of the leg—its multiple compartments, bone segments and soft-tissue planes—means a comprehensive operation easily consumes many hours.

Staged care can include temporary external fixation and negative-pressure wound therapy followed by definitive ORIF and soft-tissue coverage when swelling diminishes and infection risk lowers. The first surgery’s success does not eliminate the possibility of additional interventions.

The rehabilitation trajectory: stages, milestones and timelines

Rehabilitation after combined severe limb trauma and ligamentous injury is lengthy, structured and individualized. It unfolds in predictable stages but varies dramatically depending on patient age, damage extent, quality of reconstruction and the presence of complications.

1. Early postoperative phase (0–6 weeks)
   • Objectives: wound management, infection prevention, pain control, edema reduction, limited range-of-motion (ROM) work as permitted.
   • Weight-bearing: often restricted; many patients use crutches or a wheelchair. With fasciotomy and fresh reconstruction, strict non–weight-bearing or toe-touch weight-bearing may be required.
   • Muscle loss: disuse atrophy begins quickly; neuromuscular electrical stimulation and isometric exercises help preserve muscle tone.
   • Psychological support: addressing shock, grief, and motivation is critical.
2. Intermediate phase (6–12 weeks)
   • Objectives: progressive ROM, gradual strengthening, begin proprioceptive training.
   • Weight-bearing progression depends on imaging and wound healing; many patients transition to partial then full weight-bearing under guidance.
   • Focus shifts toward restoring gait mechanics and preventing compensatory injuries in the contralateral limb or back.
3. Advanced strengthening and sport-specific training (3–9 months)
   • Objectives: power, endurance, dynamic balance, agility, and return-to-sport drills tailored to skiing.
   • Neuromuscular retraining: athletes re-learn coordination patterns that protect repaired ligaments and soft tissues.
   • Plexus and scar mobilization to restore tissue pliability.
4. Return-to-sport decision-making (9–18+ months)
   • Objective tests: strength symmetry (typically 90% or higher of contralateral limb), hop tests, ROM and sport-specific functional testing inform readiness.
   • Psychological readiness: confidence and fear avoidance must be addressed prior to return.
   • Even with full clearance, athletes may progress in stages—training first, then controlled competition before full return to high-stress events.

Timeframes are general estimates. Combining an ACL tear, fasciotomy and complex soft-tissue work commonly lengthens recovery compared with isolated ligament reconstruction. Scar tissue and altered biomechanics can slow progress. Athletes who have had multiple surgeries on the same limb often face longer timelines and slightly lower probabilities of returning to their pre-injury performance level.

Managing pain, swelling and wound healing

Pain control after major limb trauma and surgery is multimodal. Regional anesthetic techniques (nerve blocks), systemic analgesics, and anti-inflammatory strategies reduce pain while minimizing opioid exposure. Edema management—elevation, compression when appropriate, early mobility within surgical limits—reduces compartmental pressures and supports wound healing.

Wound care after fasciotomy requires vigilance. Open fasciotomy wounds are at risk for contamination; negative-pressure wound therapy (vacuum-assisted closure) is frequently used to control exudate and encourage granulation tissue formation. Later, skin grafting or flap coverage may be necessary to close exposed muscle and tendons. Successful coverage is a prerequisite for intensive rehabilitation.

Monitoring for infection, deep venous thrombosis (DVT) and heterotopic ossification (abnormal bone growth in soft tissue) is part of postoperative protocols. Athletes require coordinated care between orthopedic surgery, plastic surgery, vascular surgery, physiotherapy and sports medicine.

Strength, balance and the challenge of retraining an athlete’s body

Elite athletes rely on finely tuned neuromuscular systems—rapid reflexes, precise proprioception and coordinated power. Trauma disrupts these systems. Rehabilitation thus focuses not only on strength but on neuromuscular control, sensory feedback and movement economy.

Exercises progress from simple isometrics to dynamic closed-chain movements and then to sport-specific drills that replicate skiing demands: eccentric control during deceleration, rapid edge changes, single-leg stability and high-force absorption during landings. Plyometric training, agility ladders and perturbation-based balance work rebuild the ability to respond to unpredictable forces.

Addressing the whole kinetic chain is essential. Knee stability depends on hip and ankle mechanics, core strength and even upper-body positioning for balance. Therapists work to correct compensatory strategies that emerge during recovery and that, if uncorrected, increase injury risk elsewhere.

Return-to-sport protocols increasingly include objective performance metrics—force plate measures, isokinetic strength testing and validated hop tests—rather than relying solely on time since surgery. Those data-informed steps reduce re-injury risk and help align athlete expectations with physical reality.

Psychological recovery and the identity of an elite athlete

Physical healing is only one component of recovery. Elite athletes confront psychological hurdles: fear of re-injury, loss of identity, concern over performance decline, and the isolation of long rehab regimens. Vonn’s public updates—short videos showing workouts while still in a cast, candid notes about difficulty standing—serve more than informational purposes. They create accountability, maintain fan support, and express agency during an otherwise disempowering period.

Sports psychologists play a key role. Techniques include graded exposure to sport-like demands, visualization exercises to rebuild confidence, cognitive behavioral strategies to manage anxiety, and goal-setting to measure progress. Peer support from other athletes who have returned from serious injury can be powerful; shared narratives help normalize slow progress and setbacks.

Media attention can be a double-edged sword. It keeps sponsors and the public engaged but increases pressure to accelerate recovery. Managing that external voice while prioritizing long-term health is a core task for athletes and their teams.

Career impact: rankings, sponsorships and future competition

Vonn publicly acknowledged that she likely would lose her top spot on the World Cup leaderboard, reflecting immediate competitive consequences. Rankings and season standings operate on narrow margins in elite skiing; months away from competition almost always result in lost positions. For some athletes, that is a temporary setback; for others nearing the end of a career, the competitive and financial implications are profound.

Sponsorship contracts typically include performance clauses and force majeure provisions. High-profile athletes often negotiate continued support during injury; public goodwill can reinforce sponsor commitments, especially when recovery narratives resonate. Vonn’s openness—thanking her surgical team and sharing her rehab videos—reinforces her brand as resilient and engaged, which may help preserve commercial relationships.

Long-term career decisions hinge on recovery trajectory. Some athletes return to competition at a high level; others transition to coaching, media, advocacy or business ventures related to their sport. Vonn’s legacy includes Olympic gold and a record number of World Cup victories, credentials that provide leeway for a public career beyond racing.

Examples of limb-saving and comeback stories in sport

High-profile athletes have previously faced severe limb-threatening injuries and navigated complex recoveries. The specifics vary—mechanisms, tissues involved, and outcomes—but a few common threads emerge: timely, multidisciplinary intervention; patient, staged rehabilitation; and psychological resilience.

One well-known example is former NFL quarterback Alex Smith, who suffered a catastrophic leg injury in 2018 that led to life-threatening infection and multiple reconstructive surgeries. Intensive medical care and staged operations ultimately allowed his return to professional play—a reminder that limb salvage and return to high-level sport, though rare, are possible with coordinated care and exceptional commitment.

In alpine skiing, come-back stories are familiar. Athletes have returned from ACL tears, fractures and severe soft-tissue damage to compete again at the highest level. Each case depends on the individual, the quality of surgical repair, and a mixture of favorable healing and diligent rehabilitation.

Vonn herself has a history of comebacks. Throughout her career she overcame multiple knee injuries and surgeries, returning repeatedly to World Cup competition. Those past experiences provide both physiological and psychological templates for her current recovery—but the combination of a fasciotomy and complex leg reconstruction is a different clinical challenge and will likely extend the timeline beyond previous comebacks.

Safety, course design and provider readiness in alpine events

Vonn’s injury refocuses attention on safety in ski racing. Courses at the highest level push athletes to the limits of speed and control; however, rules, course design and protective measures evolve in response to incidents. Race organizers, governing bodies and medical teams continually assess run profiles, gate spacing, netting and landing zones to minimize risk.

Medical preparedness is another critical factor. Events that station trauma-equipped teams, rapid extraction protocols, and nearby surgical facilities reduce the time to intervention—time that often determines limb viability. The presence of a capable surgical team in the region who can perform fasciotomy and complex reconstructions enhances survival of both the athlete’s life and limb.

Equipment design also matters. Bindings, boots and skis influence how forces are transmitted during a fall. While safety technologies have improved, no equipment fully eliminates risk at elite speeds. Continuing research into binding release thresholds, protective padding and course-specific mitigation strategies is essential.

The public conversation: transparency and athlete privacy

Vonn’s public posts—video clips showing her bandaged leg, captions acknowledging the difficulty of standing and gratitude toward her surgeon—illustrate a modern tension: athletes willingly share recovery details, but medical privacy and the limits of online narratives remain crucial. Detailed clinical decision-making and complication reporting typically happen behind closed doors, but public statements color perceptions of progress and prognosis.

For fans, transparency can humanize elite athletes and foster empathy. For clinicians and sports organizations, public narratives must be balanced with accurate information to avoid unrealistic expectations. Keeping updates factual, avoiding speculation about outcomes and communicating the staged nature of recovery helps maintain a responsible public conversation.

Practical considerations for athletes facing similar injuries

Athletes and teams who encounter severe lower-limb trauma should prioritize the following actions:

• Rapid evacuation to a facility capable of managing vascular and soft-tissue injuries.
• Early surgical assessment for compartment syndrome with low threshold for fasciotomy when indicated.
• Multidisciplinary planning (orthopedics, vascular, plastic surgery) for staged reconstruction.
• Aggressive infection control and wound management, including negative-pressure therapy when appropriate.
• Objective rehabilitation planning that incorporates strength, neuromuscular control and psychological preparation.
• Gradual, test-based return-to-sport progression rather than time-based benchmarks.
• Communication plans with sponsors, media and governing bodies that protect the athlete’s interests and mental health.

These elements represent best practices that reduce the likelihood of catastrophic outcomes and increase the probability of functional recovery.

What lies ahead for Lindsey Vonn

Vonn’s immediate priority is healing and avoiding infection or other postoperative complications. Over the coming weeks she will likely undergo additional procedures as wounds close and reconstructive needs evolve. Her rehabilitation will start conservatively and ramp up depending on tissue viability and surgical findings. Early video posts show her adapting workouts to her current restrictions—seated resistance training and controlled movements that maintain upper-body and contralateral limb conditioning while the left leg heals.

Returning to elite World Cup or Olympic-level competition after the injuries described is a formidable challenge. Even with optimal surgical results and exceptional rehabilitation, the combination of a torn ACL, fasciotomy and reconstructive needs makes a same-season return implausible. A long-term comeback is not impossible, particularly for an athlete with Vonn’s experience and resilience, but it will depend on several factors: the integrity of the reconstructed structures, the absence of chronic pain or instability, restoration of full proprioception and the psychological readiness to compete at speed.

Beyond competition, Vonn’s standing in the sport positions her to influence safety protocols, serve as an ambassador for athlete health and rehabilitation, and continue to engage audiences through media and advocacy. Athletes who endure high-profile injuries frequently leverage their experiences to improve pathways for others—whether by promoting safety innovations, supporting research, or mentoring younger competitors.

The broader lesson for sport and medicine

Vonn’s case demonstrates a simple yet powerful truth: the margin between limb salvage and loss can be measured in minutes and in the availability of appropriate surgical expertise. Alpine ski racing will always carry risk, but the combination of rapid medical response, surgical decisiveness, and meticulous rehabilitation can preserve an athlete’s mobility and quality of life. For medical teams, the case reinforces the need for preparedness at major sporting events. For athletes, it highlights the value of early reporting of pain or instability and the importance of measured, evidence-based approaches to returning to sport.

The public will follow Vonn’s recovery closely. Her updates offer a window into the realities of modern trauma care and elite athlete rehabilitation. The path ahead is arduous but navigable with the right clinical, physical and psychological supports. Her prognosis will evolve with time; the early surgical success—preventing amputation—has already rewritten the worst-case scenario into a challenging but hopeful recovery trajectory.

FAQ

Q: What is a fasciotomy and why was it used in Lindsey Vonn’s case? A: A fasciotomy is a surgical incision through the fascia to release pressure within muscle compartments. It’s used when swelling or bleeding increases compartment pressures to a level that impairs blood flow, a condition called acute compartment syndrome. In Vonn’s case, the surgery relieved dangerous pressure after a high-energy crash, restoring circulation to muscle and nerve and preventing tissue death and possible amputation.

Q: How urgent is a fasciotomy after an injury? A: Extremely urgent. Compartment syndrome can cause irreversible muscle and nerve damage within hours. The quicker the decompression, the better the chance of preserving limb function. That urgency explains the rapid evacuation and immediate surgical response in Vonn’s situation.

Q: What does a six-hour reconstructive surgery typically address? A: In complex limb trauma, a prolonged operation can include debridement of dead tissue, repair of injured blood vessels, stabilization of fractures (internal or external fixation), and preparation of wounds for later coverage. The aim is to restore structural integrity, re-establish perfusion and create conditions for successful healing and subsequent reconstructive procedures.

Q: How long will rehabilitation take? A: Recovery timelines vary. For a combined ACL tear, fasciotomy and reconstructive work, expect many months to more than a year of progressive rehabilitation. Early phases prioritize wound healing and protection; later phases focus on strength, neuromuscular control and sport-specific training. Return-to-competition typically involves objective testing and staged exposure rather than a fixed timetable.

Q: Can athletes return to high-level competition after this kind of injury? A: Some athletes do return to elite competition after severe limb trauma and multiple surgeries, but outcomes depend on many variables: the extent of tissue loss, quality of reconstruction, absence of chronic pain or infection, and the athlete’s response to rehabilitation. Past comebacks demonstrate possibility but not certainty; each case is unique.

Q: What complications do surgeons watch for after fasciotomy and reconstructive surgery? A: Key concerns include infection, wound dehiscence, delayed or failed graft or flap coverage, persistent edema, nerve injury, heterotopic ossification (abnormal bone growth), and deep venous thrombosis. Surgeons and therapists monitor healing closely and intervene early if problems arise.

Q: How does a torn ACL affect crash severity and subsequent injury? A: An ACL-deficient knee is less stable and can give way during sudden forces, increasing the chance of uncontrolled rotations and higher-energy impacts to bones and soft tissues. That instability contributes to more complex injury patterns in high-speed falls.

Q: What role does psychological care play in recovery? A: Psychological support is essential. Athletes face grief over lost function, fear of re-injury, loss of competitive identity and the mental strain of prolonged rehab. Sports psychologists use cognitive behavioral strategies, graded exposure, visualization and goal-setting to support recovery and readiness.

Q: Were any measures on course design or safety implicated by this incident? A: Severe crashes prompt reviews of course layout, netting, gate placement and emergency response protocols. While risk cannot be eliminated in elite skiing, ongoing assessment and modifications aim to reduce the frequency and severity of catastrophic injuries.

Q: How can fans and the public best support an athlete during recovery? A: Respecting privacy, offering measured encouragement, and avoiding speculative prognoses supports an athlete’s recovery. Public sympathy translates into sustained sponsorship and media opportunities that can aid financial stability and motivation during long rehabilitation periods.

Q: Will Lindsey Vonn be able to talk about her recovery publicly? A: Yes; athletes often choose to share updates as part of personal coping, fundraising, or to maintain sponsor relationships. Vonn’s initial posts have documented parts of her recovery, and she may continue to post selective updates while preserving clinical and private details for her medical team.

Q: What advances in medicine make limb salvage more likely today than in the past? A: Advances include improved trauma protocols, rapid evacuation and imaging, microsurgical vascular repair, negative-pressure wound therapy, refined reconstructive flaps and grafts, and enhanced infection control. Combined, these developments have increased the rate of successful limb salvage and functional recovery after severe trauma.

Q: What are the immediate priorities for Vonn’s care team now? A: Immediate priorities include ensuring wound health and infection control, monitoring for complications, planning staged reconstructive procedures as needed, initiating safe early rehabilitation for non-affected systems, managing pain and edema, and coordinating psychological support.

Q: How will decisions about returning to competition be made? A: Return-to-sport decisions are multidisciplinary and data-driven. They rely on objective physical tests (strength, functional performance), imaging to assess reconstruction integrity, absence of pain and swelling with sport-specific demands, and psychological readiness. Governing bodies and medical teams often require staged approvals rather than unilateral athlete decisions.

Q: Where can readers follow reliable updates on Vonn’s recovery? A: Official athlete posts, verified social media accounts, and statements from her medical team or management provide direct updates. Reputable sports news organizations will synthesize verified information; readers should avoid speculation and unverified reports.

Lindsey Vonn’s injury is a stark reminder of the stakes that accompany elite winter sport. The medical team’s swift actions preserved the possibility of mobility and recovery. The months ahead will test surgical outcomes, rehabilitation science and human resilience. The story is not yet finished; recovery trajectories can change with each surgical decision and rehab milestone. For now, the critical early intervention prevented the worst outcome and opened a path toward healing.