Tendon rupture / Tendinitis

Tendon rupture and tendinitis are conditions affecting the strong fibrous tissues that connect muscles to bones in cats. Tendons are essential for normal movement, transmitting the force generated by muscles to create motion at joints. A tendon rupture occurs when these tissues partially or completely tear, while tendinitis refers to inflammation of the tendon without complete structural failure. These conditions can significantly impair a cat's mobility and cause considerable pain. While any tendon in the body can be affected, the Achilles tendon, digital flexor tendons, and biceps tendon are among the most commonly injured in cats.

Tendon injuries in cats typically result from trauma, such as falls, car accidents, animal attacks, or getting limbs caught in fences or other objects. Acute traumatic ruptures involve sudden, forceful stretching beyond the tendon's capacity. Tendinitis may develop from repetitive strain, overuse, or as a consequence of aging and degenerative changes in tendon structure. Some tendon injuries occur secondary to lacerations that directly cut through the tendon tissue. The mechanism of injury significantly influences treatment approach and prognosis. Understanding how tendon damage occurs helps owners recognize risk factors and potentially prevent injuries.

The impact of tendon injuries on affected cats varies based on which tendon is damaged and the severity of the injury. Complete rupture of weight-bearing tendons like the Achilles can render a cat unable to properly support weight on the affected limb, leading to characteristic plantigrade stance where the cat walks on the hock rather than the paw. Partial tears may cause lameness and pain without complete loss of function. Tendinitis produces swelling, pain, and reduced mobility that typically worsens with activity. Left untreated, tendon injuries can lead to permanent disability, chronic pain, and compensatory injuries to other limbs as the cat alters its gait.

Tendon injuries in cats are treatable with appropriate veterinary intervention, though the treatment approach and prognosis depend heavily on injury severity and location. Complete tendon ruptures typically require surgical repair to restore normal function, while tendinitis and partial tears may respond to conservative management with rest and anti-inflammatory medication. Early diagnosis and treatment produce the best outcomes, as delayed treatment can lead to tendon retraction, scar tissue formation, and reduced surgical success. Veterinary evaluation is essential whenever a cat shows signs of limb injury, as prompt diagnosis allows timely intervention. With proper treatment and rehabilitation, many cats with tendon injuries can return to normal or near-normal function.

The primary causes of tendon rupture in cats are traumatic events that place excessive stress on tendon structures. Falls from significant heights, a common occurrence in cats known as high-rise syndrome, can result in tendon ruptures when the impact force exceeds what the tissues can withstand. Motor vehicle accidents cause direct trauma and extreme forces that tear tendons along with other soft tissue injuries. Animal attacks, particularly dog bites, may lacerate tendons directly or cause avulsion injuries where the tendon is torn from its attachment point. Sharp objects such as broken glass, wire fencing, or other environmental hazards can sever tendons through direct laceration. These acute traumatic causes are the most common origin of complete tendon ruptures in cats.

While genetic factors do not directly cause tendon injuries, certain inherited characteristics may influence susceptibility. Connective tissue disorders, though rare in cats, can affect tendon strength and elasticity. Individual variation in tendon structure and collagen composition may make some cats more prone to injury under similar stress conditions. Body conformation characteristics, including limb length and joint angles, can alter how forces are distributed through tendons during movement. Although no specific cat breeds are known to have genetic predisposition to tendon injuries, understanding these potential factors helps explain why identical accidents may produce different outcomes in different cats.

Environmental and lifestyle factors significantly influence tendon injury risk in cats. Outdoor cats face higher exposure to traumatic events including falls, vehicle encounters, and animal attacks. High-rise apartment cats are at particular risk for fall-related injuries when accessing balconies or open windows. Indoor cats may injure tendons when jumping from furniture or becoming tangled in household items. Slippery floor surfaces can cause awkward landings and tendon strain. Obese cats place greater stress on tendons during normal activities, potentially increasing injury risk. Environmental modifications to reduce hazards can help prevent tendon injuries.

Risk factors for tendon injuries and tendinitis include age, activity level, body condition, and previous injuries. Senior cats may develop degenerative changes in tendon structure that reduce strength and flexibility, making them more susceptible to both rupture and tendinitis. Highly active cats that jump frequently or engage in vigorous play experience more repetitive stress on tendons. Overweight cats stress tendons with every movement, accelerating wear and increasing rupture risk. Previous tendon injuries or surgeries may weaken the tissue, predisposing to re-injury. Cats recovering from other musculoskeletal problems may overload healthy tendons by compensating for painful areas.

The mechanism of tendon injury involves exceeding the tissue's tensile strength through either acute overload or cumulative damage. When a tendon is stretched beyond its capacity, collagen fibers that make up the tendon structure begin to tear. In acute ruptures, this happens suddenly with catastrophic failure. In tendinitis, repetitive microtrauma causes cumulative fiber damage faster than the body can repair it, leading to inflammation and progressive weakening. Degenerative changes associated with aging reduce the tendon's ability to withstand normal stresses, lowering the threshold for injury. Tendon healing is inherently slow due to limited blood supply to these tissues, which also contributes to the development of chronic tendinitis when healing cannot keep pace with ongoing damage.

Early warning signs of tendon problems in cats may be subtle, particularly for tendinitis or partial tears. Cats may show mild lameness that seems to improve with rest but returns with activity. Slight changes in gait, such as favoring one limb or hesitating before jumping, can indicate developing tendon issues. Owners may notice their cat is less willing to climb, jump, or engage in normal play activities. Mild swelling around joints or along the limb may be present but easily overlooked. Sensitivity when a particular area is touched during petting can suggest underlying tendon inflammation. Because cats instinctively hide pain and weakness, recognizing these early signs requires attentive observation of normal behavior patterns.

Common symptoms of tendon rupture are typically more dramatic and obvious than tendinitis symptoms. Complete Achilles tendon rupture causes a characteristic plantigrade stance where the cat's hock drops to the ground, creating a flat-footed appearance on the affected leg. The cat may be unable to properly extend the paw and walks with an abnormal gait. Severe lameness with reluctance or inability to bear weight on the affected limb is common with major tendon injuries. Swelling, bruising, and heat may be visible at the injury site. In cases of laceration injuries, external wounds are present along with the tendon damage. The cat may vocalize in pain, especially when the injured area is manipulated.

Behavioral changes accompanying tendon injuries reflect the cat's response to pain and limited mobility. Affected cats typically become less active, avoiding jumping, running, and climbing activities. They may hide more frequently or seek out quiet, protected resting spots. Appetite may decrease due to pain and stress. Cats often become irritable when handled, particularly if touch approaches the injured area. Grooming may decrease if the cat cannot comfortably reach all body areas. Litter box accidents may occur if the cat has difficulty entering or positioning in the box. Sleep patterns may change, with cats seeming restless or unable to find a comfortable position.

Physical signs observable by cat owners include visible deformity in the limb's position or joint angles. Swelling along the tendon or at the injury site creates palpable enlargement. The affected area often feels warmer than surrounding tissue due to inflammation. In Achilles tendon ruptures, a gap may be palpable where the tendon should be continuous. Muscle wasting may develop in the affected limb over time if the injury prevents normal use. The paw on the injured limb may appear different, with abnormal toe positioning in some flexor tendon injuries. Observing your cat from behind while walking can reveal asymmetry in how the hind limbs move and position.

Symptom progression in tendon injuries depends on injury type and whether treatment is obtained. Untreated complete ruptures do not heal properly on their own, and cats develop compensatory gait abnormalities as they adapt to impaired function. Scar tissue may fill the gap but does not restore normal tendon function. Tendinitis without treatment tends to worsen, with increasing inflammation, pain, and potential progression to partial or complete rupture. The affected limb may develop muscle atrophy from disuse. Secondary problems in other limbs can develop from bearing extra weight. With appropriate treatment, symptoms gradually improve, though the timeline varies based on injury severity.

Emergency symptoms requiring immediate veterinary attention include sudden complete inability to bear weight accompanied by visible deformity or abnormal limb positioning. Obvious wounds with bleeding, especially near joints or along tendons, warrant urgent care to assess tendon integrity. Severe swelling that develops rapidly after an injury or accident needs prompt evaluation. Extreme pain evidenced by vocalization, aggression when the limb is touched, or refusal to move requires immediate attention. Any limb injury sustained in a major traumatic event such as a fall or car accident should receive emergency veterinary evaluation, as tendon injuries often accompany other serious injuries that need concurrent treatment.

Initial veterinary examination for suspected tendon injury begins with gathering a thorough history of the injury circumstances and symptom development. Your veterinarian will ask when symptoms first appeared, whether there was a known traumatic event, how the lameness has progressed, and what treatments have been attempted at home. A complete physical examination assesses the cat's overall condition, as tendon injuries from trauma often accompany other injuries. Careful orthopedic examination evaluates the affected limb, checking range of motion at each joint, palpating for swelling, heat, and pain response, and assessing specific tendon function through specialized maneuvers. For Achilles tendon injuries, the veterinarian performs the tibial compression test and evaluates hock flexion to assess tendon integrity.

Diagnostic imaging plays a crucial role in evaluating tendon injuries. Radiographs are often the first imaging study performed to rule out bone fractures or avulsion injuries where the tendon has pulled away with a fragment of bone. X-rays can also reveal joint abnormalities and help assess chronic changes. Ultrasound examination provides excellent visualization of soft tissue structures including tendons, showing ruptures, partial tears, inflammation, and surrounding tissue damage. Ultrasonography is non-invasive and can be performed without sedation in cooperative patients. Advanced imaging such as MRI may be recommended for complex cases where detailed soft tissue visualization is needed, though this requires general anesthesia and is typically performed at specialty facilities.

Differential diagnosis involves distinguishing tendon injuries from other conditions causing similar symptoms. Bone fractures can produce lameness and deformity that resembles tendon rupture. Joint sprains and ligament injuries cause lameness and swelling in similar locations. Muscle strains produce pain and reduced function that may mimic tendinitis. Neurological conditions affecting limb function must be differentiated from mechanical tendon problems. Joint infections or immune-mediated joint disease can cause lameness requiring different treatments. Your veterinarian uses physical examination findings combined with imaging results to accurately identify the specific problem affecting your cat.

Diagnosis confirmation for tendon injuries typically comes from combining physical examination findings with imaging results. Complete ruptures are usually identifiable on physical exam through functional testing and palpation, with ultrasound confirming the diagnosis and characterizing the injury extent. Partial tears may be more subtle on examination but are visible on ultrasound imaging. Tendinitis diagnosis is based on clinical signs of inflammation combined with imaging evidence of tendon changes without complete rupture. Once the specific injury is characterized, your veterinarian discusses the severity, treatment options, and expected prognosis. The diagnostic workup also identifies any concurrent injuries that need treatment, particularly important in trauma cases where multiple structures may be damaged.

Emergency and immediate treatment for acute tendon injuries focuses on stabilization, pain control, and preventing further damage. If an external wound is present, controlling bleeding and protecting the wound from contamination are priorities. Splinting or bandaging the affected limb helps stabilize the injury and reduce pain during transport and evaluation. Intravenous fluid therapy and shock treatment may be necessary for cats injured in major trauma. Pain management with appropriate analgesics provides comfort and reduces stress. Initial stabilization is followed by thorough assessment to determine the injury extent and plan definitive treatment. Cats with compound injuries from falls or accidents may require treatment for multiple problems simultaneously.

Medical management is appropriate for tendinitis and some partial tendon tears, focusing on reducing inflammation and allowing healing. Non-steroidal anti-inflammatory drugs reduce pain and inflammation, though their use must be carefully monitored in cats due to species-specific sensitivities. Rest and activity restriction are fundamental, often requiring cage confinement for several weeks to prevent further injury. Cold compressing initially helps reduce swelling, followed by warm compressing in later stages to promote blood flow. Bandaging or splinting may support healing in specific injuries. Some veterinarians recommend platelet-rich plasma injections to promote tendon healing, though evidence in cats is limited. Medical management typically spans several weeks with gradual return to activity.

Surgical repair is the treatment of choice for complete tendon ruptures, particularly of the Achilles tendon and other major weight-bearing structures. Surgery involves reattaching severed tendon ends using specialized suture techniques designed to withstand the forces placed on healing tendons. The specific surgical technique varies based on rupture location and tissue quality. Locking loop sutures and modified tendon repair patterns provide strength while healing occurs. In chronic cases where tendon ends have retracted and developed scar tissue, more complex reconstruction may be necessary. Post-operative external support through splinting or casting protects the repair during initial healing. Surgical repair has good success rates when performed promptly by experienced surgeons.

Supportive care complements primary treatment and promotes optimal healing. Strict activity restriction prevents stress on healing tendons, typically requiring cage rest for four to eight weeks following surgery. Elizabethan collars prevent interference with bandages and surgical sites. Nutritional support with adequate protein helps tissue repair. Comfortable bedding reduces pressure on surgical sites. Pain management continues throughout the healing period, adjusted based on the cat's comfort level. Owners must monitor bandages for slipping, excessive moisture, or signs of complications. Regular bandage changes and wound checks ensure proper healing progression.

Physical therapy and rehabilitation play important roles in recovery from tendon injuries, particularly after surgical repair. Passive range of motion exercises, started during the immobilization period, help prevent joint stiffness and adhesion formation. As healing progresses, controlled active exercises gradually restore strength and flexibility. Hydrotherapy, where available, provides low-impact exercise that builds muscle without stressing healing tendons. Therapeutic ultrasound and laser therapy may promote tissue healing. Rehabilitation protocols are tailored to the specific injury and surgical technique, with exercises progressing through phases as healing allows. Professional rehabilitation therapy from certified veterinary rehabilitation practitioners optimizes recovery outcomes.

Treatment decisions depend on injury severity, location, chronicity, and individual patient factors. Complete ruptures of major tendons typically require surgery for functional recovery. Partial tears and tendinitis may respond to conservative management if the cat can be adequately confined. Cost considerations include surgical fees, hospitalization, rehabilitation, and follow-up care, which can be substantial for tendon repairs. The cat's age and overall health influence treatment decisions, as older cats may face higher anesthetic risks but still benefit from surgery. Owner ability to maintain strict confinement and follow aftercare instructions significantly impacts treatment success regardless of the approach chosen.

Recovery timeline for tendon injuries extends over several weeks to months, with the specific duration depending on injury severity and treatment approach. Tendon tissue heals slowly due to limited blood supply, requiring patience during the recovery process. Following surgical repair of complete ruptures, initial healing takes approximately two to four weeks before the repair gains enough strength to allow gradual mobilization. Splints or casts are typically maintained for four to eight weeks. Tendinitis managed conservatively may show improvement within two to four weeks, but complete resolution often takes six to twelve weeks. Most cats require three to six months before returning to unrestricted activity. Individual variation exists, with some cats healing faster or slower than average.

Post-treatment care requirements are extensive and critical to successful outcomes. Strict activity restriction, often cage confinement, prevents stress on healing tendons during the vulnerable early healing phase. Owners must administer medications as prescribed, including pain relievers and any antibiotics if surgery was performed. Bandage and splint management requires vigilance to detect slipping, moisture accumulation, or pressure sores. Regular veterinary rechecks assess healing progress and allow adjustment of supportive devices. As healing progresses, controlled exercise is gradually introduced according to a structured rehabilitation protocol. Returning to activity too quickly is one of the most common causes of treatment failure or re-injury.

Prognosis factors for tendon injuries include the specific tendon involved, completeness of rupture, time elapsed before treatment, and quality of surgical repair and aftercare. Complete Achilles tendon ruptures treated promptly with appropriate surgical repair have good prognoses, with many cats returning to normal or near-normal function. Chronic injuries with tendon retraction and scar tissue formation carry less favorable prognoses. Concurrent injuries, particularly nerve damage, negatively impact outcomes. Patient factors including age, overall health, and body condition influence healing capacity. Owner compliance with activity restriction and rehabilitation protocols significantly affects final outcomes.

Long-term outlook for cats recovering from tendon injuries is generally favorable with appropriate treatment and care. Many cats regain excellent limb function after successful surgical repair and rehabilitation. Some permanent changes may persist, including mild gait abnormalities or reduced athletic performance compared to pre-injury baseline. Tendinitis may become a chronic condition requiring ongoing management in some cases. Recurrence risk exists, particularly at the site of previous injury where tissue may not achieve original strength. Preventive measures including weight management, environmental modification, and avoiding excessive stress on the previously injured limb help reduce recurrence risk. Regular veterinary monitoring in the months and years following injury helps detect any problems early.

Primary prevention of tendon injuries focuses on reducing exposure to traumatic events that cause the majority of ruptures in cats. Keeping cats indoors eliminates risks from motor vehicle accidents, animal attacks, and falls from heights outside the home. Indoor cats still require precautions, including securing windows and balconies to prevent falls and removing hazards where cats could catch and injure their limbs. Providing appropriate climbing structures and landing surfaces reduces strain from jumping activities. Maintaining cats at healthy body weight reduces chronic stress on tendons during normal activity. While accidents cannot be entirely prevented, minimizing risk exposure significantly reduces tendon injury incidence.

Environmental modifications create safer living spaces for cats. Window screens and balcony enclosures prevent falls, addressing a major cause of tendon injuries in urban cats. Providing stable furniture and cat trees for climbing reduces awkward landings and slips. Non-slip mats on smooth flooring surfaces improve traction during jumping and running. Removing or securing items where cats could become tangled helps prevent avulsion injuries. Keeping sharp objects and hazardous materials inaccessible prevents laceration injuries. Regular home safety assessments identify and address potential hazards before injuries occur.

Nutritional factors support tendon health and resilience. High-quality commercial cat food provides essential nutrients for connective tissue maintenance. Adequate protein intake supports collagen production for tendon strength. Omega-3 fatty acids may provide anti-inflammatory benefits that support tendon health. Maintaining appropriate caloric intake prevents obesity, one of the most significant modifiable risk factors for tendon problems. Fresh water availability supports tissue hydration and overall health. Specific supplements for joint and connective tissue health are available, though evidence for preventing tendon injuries specifically is limited. Discuss any supplements with your veterinarian before adding them to your cat's diet.

Regular veterinary care contributes to overall musculoskeletal health and early problem detection. Wellness examinations include assessment of gait, posture, and musculoskeletal function that may detect developing problems. Weight monitoring with guidance on appropriate body condition helps prevent obesity-related stress on tendons. Early treatment of lameness or joint problems may prevent compensatory overuse of other tendons. Senior cats benefit from more frequent monitoring as age-related degenerative changes increase injury susceptibility. Discussing your cat's specific risk factors with your veterinarian allows development of individualized prevention strategies.

Early intervention when signs of tendon strain or tendinitis appear can prevent progression to more serious injury. Any persistent lameness warrants veterinary evaluation rather than assuming it will resolve on its own. Rest and activity modification at the first sign of problems allows minor inflammation to resolve before damage accumulates. Owners should be particularly vigilant after falls or accidents, seeking evaluation even if initial symptoms seem mild. Cats that have recovered from previous tendon injuries require extra attention to prevent re-injury of the weakened tissue. Prompt attention to early symptoms typically results in better outcomes and less invasive treatment than waiting until problems become severe.

Daily management of cats recovering from tendon injuries centers on maintaining appropriate activity restriction while meeting the cat's physical and emotional needs. During the initial healing period, cage confinement prevents re-injury but requires creative approaches to meet the cat's needs within limited space. Comfortable bedding, food, water, and a small litter box must fit within the confinement area. Daily medication administration follows prescribed schedules, using techniques appropriate for your cat's temperament. Gentle handling and interaction maintain the human-animal bond during restricted activity. As rehabilitation progresses, controlled exercise sessions replace cage rest, following veterinary guidance on appropriate activities and duration.

Home environment modifications support cats with current injuries and help prevent future problems. Ramps or steps allow access to favorite elevated spots without jumping. Food and water stations positioned at accessible heights reduce strain on healing limbs. Low-sided litter boxes allow easy entry without climbing. Non-slip surfaces throughout the home improve stability and confidence during movement. Confinement areas during recovery should be in quiet locations where the cat can rest without stimulation that encourages activity. These modifications often remain beneficial long-term, particularly for aging cats or those with permanent changes in function.

Maintaining quality of life during extended recovery periods requires attention to mental stimulation and social needs. Puzzle feeders and interactive toys provide mental engagement without physical exertion. Window perches allow environmental enrichment through observation. Gentle play sessions with wand toys can be adapted to the cat's current abilities. Regular grooming sessions provide bonding time and help maintain coat condition. Human interaction and affection remain important even when physical play is restricted. The goal is keeping the cat content and mentally healthy while protecting the healing injury.

Ongoing monitoring throughout recovery and beyond allows early detection of complications or recurrence. Watch for changes in lameness, weight bearing, or willingness to use the affected limb. Swelling, heat, or pain at the injury site warrants veterinary attention. Changes in overall demeanor or appetite may indicate pain or complications. Follow-up veterinary appointments allow professional assessment of healing progress. After completing rehabilitation, periodic check-ups monitor for long-term effects or developing problems. Keeping a log of observations helps track progress and identify concerning patterns.

Caregiver support resources help owners manage the demands of nursing a cat through tendon injury recovery. The extended recovery period requires significant commitment to activity restriction, medication administration, and rehabilitation exercises. Online communities and forums connect owners experiencing similar challenges. Your veterinary team can provide guidance on managing specific difficulties. Financial resources including pet insurance and veterinary payment plans help manage treatment costs. Taking breaks and sharing care responsibilities with family members prevents caregiver burnout. Remember that your dedication to proper aftercare significantly influences your cat's recovery success and long-term quality of life.

Tendon injuries in cats do not show strong breed predilections, as the primary risk factors relate to lifestyle, environment, and individual circumstances rather than genetics. All cat breeds, including domestic shorthairs and longhairs, face similar risks of traumatic tendon injuries from falls, accidents, and lacerations. No specific breeds are known to have inherited connective tissue weaknesses that significantly increase tendon rupture susceptibility. The lack of breed association reflects the predominantly traumatic nature of tendon injuries in cats, where external events rather than internal factors determine injury occurrence. Any cat with exposure to relevant risk factors can develop tendon problems regardless of breed.

Certain cat categories may face modified risk based on behavioral tendencies rather than genetic tendon weakness. Active, athletic cats that engage in frequent jumping and running experience more cumulative tendon stress. Outdoor cats have dramatically higher exposure to traumatic events including falls, vehicle encounters, and animal attacks. Overweight cats of any breed place greater chronic stress on tendons during normal activities. Senior cats may have age-related degenerative tendon changes that increase susceptibility to injury under lesser stress. These risk factors apply across breeds and are more relevant to injury prevention than breed identification.

Screening recommendations for tendon problems are based on clinical presentation rather than breed. There are no recommended genetic tests or routine screening protocols for tendon injury susceptibility. Veterinary wellness examinations include gait and musculoskeletal assessment that may detect early tendon problems before they become severe. Cats with previous tendon injuries should receive increased monitoring of the affected and compensatory limbs. Senior cat wellness protocols should include attention to mobility changes that might indicate developing tendon issues. Rather than breed-based screening, prevention efforts should focus on environmental safety, weight management, and prompt attention to any lameness or gait abnormalities regardless of the cat's breed background.

Conditions commonly co-occurring with tendon injuries relate to the traumatic events that cause many tendon ruptures. Cats sustaining falls frequently have concurrent bone fractures, joint injuries, and thoracic trauma alongside tendon damage. Bite wound injuries that lacerate tendons often involve concurrent muscle damage, infection, and potentially fractures. Joint sprains and ligament injuries may accompany tendon damage when traumatic forces affect multiple structures. Nerve damage occasionally occurs alongside tendon injuries, particularly with deep lacerations, complicating recovery and function. Cats with chronic tendon problems may develop secondary osteoarthritis in affected joints. Comprehensive evaluation after trauma ensures all injuries are identified and treated appropriately.

Conditions with symptoms similar to tendon injuries require differentiation for appropriate treatment. Bone fractures cause lameness and deformity that may resemble tendon rupture, distinguished through radiography. Ligament injuries, including cruciate ligament rupture in the stifle, produce instability and lameness in similar limb regions. Muscle strains cause pain and functional impairment without the specific deficits of tendon rupture. Joint infections or immune-mediated polyarthritis cause swelling and lameness affecting multiple joints. Neurological conditions affecting limb function produce weakness that may mimic mechanical tendon problems. Accurate diagnosis through physical examination and imaging ensures appropriate treatment selection.

Potential complications of tendon injuries include surgical site infections in cats undergoing repair, requiring prompt antibiotic treatment. Incomplete healing or re-rupture can occur, particularly if activity restriction is inadequate during recovery. Adhesion formation may limit range of motion even after successful healing. Chronic pain syndromes occasionally develop following tendon injuries. Muscle atrophy in the affected limb from disuse requires rehabilitation to address. Compensatory injuries in other limbs may develop from abnormal weight bearing. Joint stiffness or arthritis may develop in joints affected by prolonged immobilization or altered mechanics. Proper surgical technique, adequate immobilization, appropriate rehabilitation, and long-term monitoring help minimize complication risk and optimize functional outcomes.