Arthritis

Arthritis, also known as degenerative joint disease or osteoarthritis, is a progressive condition affecting dogs in which joint cartilage deteriorates and associated structures undergo degenerative changes, leading to pain, inflammation, and reduced mobility. This condition represents one of the most common chronic health problems in dogs, affecting an estimated twenty percent of adult dogs and significantly higher percentages of senior dogs. While arthritis cannot be cured, modern veterinary medicine offers numerous management strategies that can substantially improve quality of life and maintain mobility for affected dogs when implemented appropriately.

The development of arthritis involves progressive breakdown of articular cartilage, the smooth protective tissue covering bone surfaces within joints that normally allows frictionless movement. As cartilage degenerates, bones may begin contacting each other during movement, causing pain and stimulating inflammatory responses. The body attempts to stabilize affected joints by producing bone spurs, called osteophytes, around joint margins, which may further restrict movement and cause discomfort. Synovial fluid within the joint may become less viscous and less effective as a lubricant, while the joint capsule and surrounding soft tissues become thickened and less flexible.

The impact of arthritis on a dog's quality of life ranges from mild limitation during vigorous activity to severe chronic pain affecting all daily movements. Early stages may manifest only as subtle reluctance during certain activities, while advanced disease can result in significant disability and constant discomfort. Arthritis affects not only physical capabilities but also emotional wellbeing, as dogs experiencing chronic pain may become withdrawn, irritable, or depressed. Understanding arthritis as a chronic pain condition requiring ongoing management rather than a simple mobility problem helps owners provide more comprehensive and compassionate care.

While cartilage damage cannot be reversed with current treatments, early detection and multimodal management can significantly slow disease progression and maintain quality of life for years beyond what untreated arthritis would allow. Treatment approaches combine pain management, inflammation control, joint support, weight management, and physical therapy to address multiple aspects of the disease process simultaneously. Working closely with a veterinarian to develop an individualized management plan ensures that affected dogs receive optimal care tailored to their specific needs, with adjustments over time as the condition evolves.

The primary causes of arthritis in dogs involve progressive wear and degeneration of joint structures resulting from cumulative mechanical stress, inflammatory processes, and aging-related changes. Normal daily movement creates mechanical forces within joints that healthy cartilage and synovial fluid absorb and distribute effectively. Over time, the regenerative capacity of cartilage cells diminishes while cumulative microtrauma accumulates, eventually resulting in net cartilage loss. Once cartilage damage reaches threshold levels, altered joint mechanics accelerate further degeneration in a progressive cycle that characterizes degenerative joint disease.

Genetic and hereditary factors strongly influence which dogs develop arthritis, particularly regarding developmental joint conditions that predispose to secondary osteoarthritis. Hip dysplasia and elbow dysplasia represent heritable developmental abnormalities causing joint incongruity that dramatically accelerates arthritic degeneration in affected joints. Certain breeds carry genetic predisposition to cartilage abnormalities or joint laxity that increases osteoarthritis risk. The heritability of osteoarthritis risk has been demonstrated in studies showing dramatically increased prevalence in certain family lines regardless of environmental factors. Responsible breeding programs utilizing radiographic screening help reduce hereditary joint disease prevalence.

Environmental and lifestyle factors significantly influence arthritis development and progression independent of genetic factors. Obesity places chronic excessive mechanical stress on joints, dramatically accelerating cartilage degeneration and increasing inflammation throughout the body. High-impact activities including jumping, rough play, and repetitive athletic movements during developmental periods may damage immature joint structures, predisposing to earlier osteoarthritis. Conversely, appropriate regular exercise helps maintain joint health by promoting cartilage nutrition, muscle strength, and healthy body weight. Nutritional factors including inadequate or unbalanced diets during growth may affect skeletal development and long-term joint health.

Various risk factors increase the likelihood and severity of arthritis development throughout a dog's life. Previous joint injuries including cruciate ligament tears, fractures involving joint surfaces, and joint infections can trigger or accelerate degenerative changes even after initial healing. Large and giant breeds face dramatically higher arthritis prevalence due to increased mechanical stresses and developmental joint disease rates. Working and athletic dogs may develop arthritis earlier due to cumulative occupational joint stress. Dogs with conformation abnormalities affecting limb alignment or gait patterns experience uneven joint loading that accelerates degeneration in overloaded areas.

The mechanism of arthritis development involves interconnected degenerative and inflammatory processes that become self-perpetuating once established. Chondrocyte cells within cartilage normally maintain tissue through balanced synthesis and degradation of cartilage matrix, but this balance shifts toward net degradation as cells age or experience excessive stress. Degraded cartilage fragments trigger inflammatory responses in the joint lining, producing cytokines and enzymes that further accelerate cartilage breakdown. Subchondral bone beneath damaged cartilage undergoes remodeling and sclerosis, reducing shock absorption. Joint capsule fibrosis limits range of motion while muscle atrophy from reduced use further destabilizes affected joints, creating multiple reinforcing pathways driving disease progression.

Early warning signs of arthritis frequently present subtly and may be attributed to normal aging before owners recognize them as indicators of joint disease. Dogs may display mild reluctance to climb stairs, jump onto furniture, or enter vehicles that they previously navigated confidently. Brief stiffness upon rising from rest, particularly after sleeping or extended periods of inactivity, often represents one of the earliest noticeable signs. Some owners observe slight changes in gait, with affected dogs taking shorter strides or showing subtle asymmetry in leg movement. Reduced enthusiasm for walks, play, or physical activities that dogs previously enjoyed may indicate developing joint discomfort before more obvious signs appear.

Common symptoms of established arthritis become progressively more apparent as joint degeneration advances and pain increases. Stiffness upon rising becomes more pronounced and longer-lasting, with some dogs requiring several minutes of walking before moving more fluidly. Difficulty with stairs, jumping, or position changes becomes consistent rather than occasional. Dogs may begin favoring affected limbs, shifting weight away from painful joints during standing or walking. Muscle wasting over hindquarters or affected limbs develops as dogs use painful areas less, creating visible asymmetry in muscle mass. Some dogs begin vocalizing when rising, lying down, or during certain movements.

Behavioral changes accompanying arthritis pain provide important diagnostic clues and significantly impact quality of life. Dogs may become less interactive, declining invitations to play or withdrawing from family activities they previously enjoyed. Irritability or aggression when touched near affected joints may develop, with previously tolerant dogs snapping or growling when handled in certain ways. Sleep disturbances including difficulty settling, frequent position changes, or restless panting through the night suggest discomfort affecting rest quality. Some dogs become clingy or attention-seeking, perhaps seeking comfort or warmth for painful joints. Changes in appetite, either decreased from pain-related depression or increased from reduced activity, may occur.

Physical signs observable during examination or daily interaction help confirm arthritic changes in affected joints. Joint swelling from inflammation and effusion may be visible or palpable, particularly in more superficial joints like elbows, wrists, and hocks. Reduced range of motion in affected joints becomes apparent when joints are moved through their normal arc. Crepitus, a grinding or crackling sensation felt when moving affected joints, indicates cartilage loss and bone contact. Joint thickening from fibrosis and osteophyte formation may make arthritic joints feel enlarged compared to normal contralateral joints. Muscle atrophy affecting limbs with arthritic joints creates visible and palpable loss of muscle mass.

Symptom progression in arthritis follows characteristic patterns of gradually worsening pain and mobility limitation, though individual variation exists in progression rate. Initial stages typically affect only high-demand activities while dogs remain comfortable during normal daily movements. Intermediate stages see discomfort extending into routine activities with more consistent stiffness and reluctance to exercise. Advanced arthritis may result in constant discomfort affecting all activities, difficulty rising from lying positions, and significant mobility impairment. Acute flares superimposed on chronic disease may cause sudden worsening after overexertion, weather changes, or minor trauma to already compromised joints. Disease progression in untreated or undertreated arthritis generally continues relentlessly, while appropriate management can significantly slow deterioration.

Emergency symptoms in the context of arthritis relate primarily to acute complications or concurrent conditions rather than the chronic disease itself. Sudden inability to bear weight on a limb may indicate pathological fracture through bone weakened by remodeling, acute ligament rupture, or other acute injury. Severe worsening without obvious precipitant warrants evaluation for concurrent disease. Signs of systemic illness including fever, complete loss of appetite, or lethargy beyond that attributable to chronic pain require prompt assessment. Any sudden neurological changes including weakness, ataxia, or paralysis suggest possible spinal involvement rather than simple appendicular arthritis. Severe pain unresponsive to prescribed medications needs veterinary reevaluation.

Initial veterinary examination for suspected arthritis involves comprehensive musculoskeletal assessment alongside evaluation of overall health status. The veterinarian will obtain detailed history including onset and progression of symptoms, which activities are most affected, response to rest or exercise, and any previous joint problems or injuries. Physical examination includes observing gait for lameness patterns, asymmetry, or stiffness, followed by systematic palpation of all major joints checking for swelling, heat, pain responses, range of motion limitation, crepitus, and muscle atrophy. Manipulation through normal range of motion while watching for pain responses helps identify which joints are affected and severity of involvement.

Diagnostic tests for arthritis primarily involve radiographic imaging that reveals characteristic bony changes of degenerative joint disease. X-rays show osteophyte formation at joint margins, joint space narrowing indicating cartilage loss, subchondral bone sclerosis, and periarticular soft tissue swelling. Multiple radiographic views may be needed to fully evaluate affected joints. In cases where soft tissue evaluation is needed or early cartilage changes must be assessed before radiographic bony changes develop, advanced imaging including CT or MRI may be utilized. Synovial fluid analysis from affected joints can help rule out infectious or immune-mediated causes of joint disease. Blood tests may be recommended to rule out systemic inflammatory conditions and establish baseline organ function before starting medications.

Differential diagnosis considers various conditions that may cause similar symptoms or coexist with degenerative arthritis. Immune-mediated polyarthritis causes joint inflammation that may initially appear similar but requires different treatment. Infectious arthritis from bacterial, fungal, or tick-borne organisms needs specific antimicrobial therapy. Neoplasia affecting joints or bones may mimic or complicate arthritic disease. Cruciate ligament disease, while often leading to secondary arthritis, requires specific diagnosis and may warrant surgical intervention. Spinal cord compression may cause hindlimb weakness or gait abnormalities without primary joint involvement. Distinguishing between these conditions ensures appropriate treatment while identifying concurrent problems requiring additional intervention.

Diagnosis confirmation of osteoarthritis typically involves correlating clinical examination findings with radiographic evidence of degenerative changes. Characteristic radiographic findings in appropriate joints combined with clinical signs of pain and mobility limitation establish the diagnosis in most cases. Grading systems assess severity based on radiographic changes and clinical disability to guide treatment intensity and establish prognosis. For dogs with developmental joint disease underlying their osteoarthritis, the primary condition should be identified to inform management. Once diagnosis is established, the veterinarian will discuss the chronic nature of the condition and outline multimodal management strategies tailored to the individual dog's disease severity, age, concurrent conditions, and owner capabilities.

Emergency and immediate treatment for arthritis primarily applies to acute flares causing severe pain or immobility rather than the chronic baseline condition. Dogs experiencing acute severe worsening may benefit from short-term strict rest, anti-inflammatory medication, and potentially stronger analgesics to control acute pain while the flare settles. Cold therapy may help reduce acute inflammation in the immediate period after overexertion, while warmth often provides more comfort for chronic arthritic joints. Identifying and addressing triggering factors such as excessive exercise, trauma, or weather changes helps prevent future acute episodes. Once acute flares stabilize, focus returns to optimizing chronic management strategies.

Medical management of chronic arthritis typically employs multiple medication classes addressing different aspects of the disease process simultaneously. Non-steroidal anti-inflammatory drugs represent the cornerstone of arthritis pharmacotherapy, reducing pain and inflammation while improving mobility in most dogs. Various NSAIDs are licensed for canine use, with selection based on individual response, tolerability, and cost considerations. Additional pain medications including gabapentin for neuropathic pain components, tramadol, or other analgesics may supplement NSAID therapy in dogs with inadequate pain control. Disease-modifying osteoarthritis agents including polysulfated glycosaminoglycans and pentosan polysulfate may help protect remaining cartilage and improve joint fluid quality. Injectable monoclonal antibody therapies targeting nerve growth factor have recently provided new options for dogs unable to tolerate NSAIDs.

Surgical options for arthritis depend on underlying cause and affected joints but may provide significant benefit in selected cases. Joint replacement surgery, most commonly total hip replacement, can eliminate pain and restore function when performed appropriately in dogs with severe hip arthritis. Arthroscopic surgery allows minimally invasive removal of damaged tissue, osteophytes, and inflammatory debris from affected joints. Procedures addressing underlying developmental conditions including tibial plateau leveling osteotomy for cruciate-deficient stifles may slow progression of secondary arthritis when performed before severe changes develop. Joint fusion or amputation may occasionally be considered for end-stage disease in single joints when other options have failed. Surgical candidacy depends on many factors including which joints are affected, overall health, age, and owner considerations.

Supportive care and rehabilitation play essential roles in comprehensive arthritis management alongside medical and potential surgical interventions. Weight management to achieve and maintain ideal body condition dramatically reduces joint stress and is considered one of the most important interventions for overweight arthritic dogs. Physical therapy including controlled exercise programs, range of motion exercises, and strengthening activities helps maintain muscle mass and joint function. Hydrotherapy using underwater treadmills or swimming provides low-impact exercise that builds strength while minimizing joint stress. Cold laser therapy, therapeutic ultrasound, and other physical modalities may reduce pain and promote tissue healing. Acupuncture provides pain relief for many arthritic dogs through both traditional and scientifically understood mechanisms.

Alternative and complementary treatments offer additional options that may be used alongside conventional therapies. Joint supplements containing glucosamine, chondroitin, and omega-3 fatty acids are widely used, with evidence supporting modest benefits for some dogs though results vary considerably. Adequan injections provide polysulfated glycosaminoglycans that may support cartilage health and reduce inflammation. Stem cell therapy and platelet-rich plasma injections represent emerging regenerative medicine approaches with promising but still developing evidence bases. Environmental modifications including orthopedic bedding, ramps replacing stairs, raised food and water bowls, and non-slip flooring improve comfort and safety. Massage and gentle stretching may improve comfort and maintain flexibility when performed appropriately.

Treatment decisions involve balancing multiple factors to develop individualized management plans for each arthritic dog. Disease severity guides treatment intensity, with mild cases potentially managed with supplements and lifestyle modifications alone while severe disease requires aggressive multimodal intervention. Patient factors including age, concurrent diseases, and temperament influence medication choices and therapy options. Owner factors including ability to administer medications, commitment to rehabilitation, and financial resources affect what approaches are practical. Regular reassessment allows treatment adjustment as the condition evolves, with the goal of maintaining best possible quality of life throughout the disease course.

Recovery timeline concepts in arthritis differ from acute conditions because this represents chronic progressive disease rather than illness from which complete recovery occurs. Initial response to treatment typically becomes apparent within two to four weeks of starting appropriate therapy, with many dogs showing noticeable improvement in comfort and mobility. Optimal benefit from multimodal management may require two to three months to fully manifest as weight loss progresses, muscle strength improves, and medications reach steady-state effectiveness. However, the underlying joint damage remains, and ongoing management rather than cure represents the realistic goal for most arthritic dogs.

Post-treatment care for arthritis constitutes ongoing lifetime management rather than time-limited recovery support. Consistent daily medication administration as prescribed maintains pain control and slows disease progression. Regular controlled exercise appropriate to the individual dog's capability preserves muscle strength and joint function without excessive stress. Ongoing weight monitoring and dietary management prevents weight regain that would increase joint stress. Rehabilitation exercises learned during physical therapy should be continued at home to maintain benefits. Environmental modifications remain in place to support comfort and safety throughout the dog's life.

Prognosis factors influencing outcomes in arthritic dogs include disease severity at diagnosis, which joints are affected, underlying cause, and response to treatment. Dogs diagnosed early before severe joint damage has occurred and managed appropriately often maintain good quality of life for years. Large and giant breeds generally face more guarded prognoses due to the impossibility of completely offloading heavy joints. Dogs whose arthritis stems from developmental joint disease may experience faster progression than those with simple age-related degeneration. Response to initial treatment provides important prognostic information, with dogs showing substantial improvement on appropriate therapy expected to do better long-term than those with minimal response.

Long-term outlook for arthritic dogs depends heavily on commitment to ongoing comprehensive management. With appropriate care, many arthritic dogs enjoy comfortable, active lives for years beyond what natural disease progression would allow. Quality of life should be regularly assessed using objective criteria, with management adjusted as needed to maintain comfort. Progression eventually occurs despite optimal treatment in most cases, requiring escalating intervention over time. End-of-life planning should be discussed proactively with the veterinary team, with focus on maintaining quality of life and recognizing when humane euthanasia becomes the kindest option.

Primary prevention of arthritis focuses on minimizing modifiable risk factors and supporting healthy joint development throughout life. Maintaining healthy body weight from puppyhood through old age represents perhaps the single most important preventive measure, dramatically reducing mechanical stress on joints over the lifetime. Appropriate exercise providing regular low-impact activity builds muscle strength and maintains joint health without excessive wear from high-impact activities. Avoiding excessive jumping, rough play, and stair climbing during skeletal development protects immature joints from damage that may predispose to later degeneration. Balanced nutrition supporting proper skeletal development reduces risk of developmental abnormalities that lead to secondary arthritis.

Breeding and genetic prevention strategies help reduce hereditary conditions that underlie much secondary arthritis in dogs. Responsible breeders utilize radiographic screening for hip and elbow dysplasia through organizations like the Orthopedic Foundation for Animals, excluding affected dogs from breeding programs. Genetic testing for specific mutations affecting joint development is available for some breeds. Prospective owners of predisposed breeds should request documentation of hip and elbow scores in both parents before purchasing puppies. Selection toward more moderate conformation in breeds with extreme body types may reduce arthritis prevalence over time.

Nutritional prevention involves appropriate feeding supporting joint health throughout life stages. Growth-phase nutrition for large and giant breed puppies should use formulations designed to control growth rate, reducing developmental orthopedic disease risk. Diets rich in omega-3 fatty acids support joint health and provide anti-inflammatory effects. Joint supplements including glucosamine and chondroitin, while having modest evidence for treatment, may provide some protective benefit when used preventively in at-risk dogs. Avoiding overfeeding and maintaining lean body condition throughout life reduces lifetime mechanical stress on joints.

Health maintenance through regular veterinary care allows early detection of joint problems and intervention before severe damage occurs. Puppies should be evaluated for developmental joint disease, with screening radiographs performed for high-risk breeds. Annual or semi-annual wellness examinations including gait assessment and joint palpation detect early arthritis when intervention is most effective. Prompt attention to lameness or gait changes allows treatment of injuries before secondary arthritis develops. Addressing concurrent conditions affecting mobility or weight helps protect joint health.

Early intervention when joint problems are identified maximizes opportunities to slow disease progression. Treatment of developmental joint disease before severe secondary arthritis develops may dramatically improve long-term outcomes. Beginning joint support and anti-inflammatory therapy at early signs of arthritis slows cartilage loss. Weight loss in overweight dogs with early arthritis may halt or reverse progression in some cases. Starting physical therapy and rehabilitation before significant muscle loss occurs maintains strength that protects joints. Working proactively with veterinarians transforms arthritis from an inevitable consequence of aging into a manageable chronic condition.

Daily management of a dog with arthritis requires consistent attention to medications, activity levels, and environmental factors that influence comfort and mobility. Medication administration according to prescribed schedules maintains therapeutic drug levels and consistent pain control. Daily exercise should be calibrated to the individual dog's capability, providing enough activity to maintain muscle strength and joint flexibility without causing post-exercise worsening. Multiple short walks typically work better than single long outings for arthritic dogs. Monitoring for signs of pain or discomfort throughout the day helps identify activities or conditions that trigger worsening, allowing adjustments to daily routines.

Home environment modifications significantly impact comfort and safety for arthritic dogs navigating their living spaces. Orthopedic beds with adequate cushioning protect joints during rest, particularly important given the large proportion of time dogs spend sleeping. Non-slip surfaces on floors prevent painful falls and provide secure footing during movement. Ramps or steps provide access to furniture or vehicles without jumping. Raised food and water bowls reduce neck strain during eating and drinking. Gate barriers may protect arthritic dogs from attempting stairs that have become difficult or dangerous.

Quality of life maintenance for arthritic dogs involves creative adaptation of activities rather than simply accepting increasing limitation. Gentle exercise appropriate to capability keeps dogs engaged and maintains conditioning. Mental enrichment through puzzle feeders, training games, and social interaction provides stimulation when physical activity must be limited. Regular massage and gentle range of motion exercises provide comfort and bonding time. Maintaining normal routines and inclusion in family activities supports emotional wellbeing. Many arthritic dogs continue enjoying modified versions of lifelong favorite activities with appropriate accommodation.

Monitoring and ongoing care requirements help optimize treatment and identify complications early. Quality of life scoring systems provide objective frameworks for tracking changes over time, with periodic reassessment guiding treatment adjustments. Watching for signs of medication side effects including appetite changes, vomiting, diarrhea, or increased drinking allows early intervention if problems develop. Regular veterinary rechecks typically every three to six months assess response to treatment and disease progression. Blood monitoring may be recommended periodically for dogs on long-term NSAID therapy. Weight should be tracked regularly to ensure maintenance of healthy body condition.

Caregiver support resources help owners manage the challenges of caring for an arthritic dog. Veterinary rehabilitation therapists can teach home exercises and provide guidance on activity modification. Online communities connect owners of arthritic dogs to share experiences and tips. Resources addressing chronic pain management in dogs help owners understand and address their pet's experience. Discussing quality of life assessments and end-of-life planning with the veterinary team proactively reduces crisis decision-making later. Recognizing caregiver stress as normal allows owners to seek support while maintaining perspective on the good quality of life most well-managed arthritic dogs enjoy.

High-risk breeds for arthritis include those with documented predisposition to developmental joint conditions that lead to secondary osteoarthritis. German Shepherds face extremely high hip dysplasia prevalence, with many developing significant hip arthritis by middle age. Labrador Retrievers carry elevated risk for both hip and elbow dysplasia, leading to arthritis in multiple joints. Golden Retrievers share similar risks and are additionally prone to immune-mediated joint conditions. Rottweilers demonstrate high elbow dysplasia rates causing early-onset elbow arthritis. Great Danes and other giant breeds experience accelerated joint wear simply from the massive forces their size places on joint structures.

Moderate-risk breeds and categories include numerous additional populations with somewhat elevated arthritis prevalence. Large breeds generally face higher risk than small breeds due to increased joint loading. Breeds with extreme conformation including Dachshunds, Bulldogs, and Basset Hounds develop arthritis related to abnormal joint biomechanics. Highly athletic breeds including Border Collies and Belgian Malinois may develop arthritis from repetitive occupational or sporting joint stress. Mixed breed dogs may inherit risk factors from affected breed ancestry. Any dog with history of joint injury, surgery, or obesity faces elevated risk regardless of breed.

Screening recommendations for high-risk breeds emphasize early detection and proactive management. Radiographic hip and elbow evaluation at one to two years of age provides baseline assessment and identifies developmental disease before severe arthritis develops. Annual physical examinations including gait assessment and joint palpation detect early arthritis signs in high-risk breeds. Prospective owners of predisposed breeds should request OFA or PennHIP evaluation results for both parents before purchasing puppies. Early detection allows implementation of preventive measures including weight management, appropriate exercise, and joint support before significant damage accumulates.

Commonly co-occurring conditions with arthritis reflect both shared risk factors and complications of chronic pain and reduced mobility. Hip dysplasia and elbow dysplasia represent developmental conditions that directly cause secondary osteoarthritis in affected joints. Cruciate ligament disease, one of the most common orthopedic conditions in dogs, leads to stifle arthritis even after surgical repair. Obesity both causes and results from arthritis in a bidirectional relationship requiring targeted intervention. Muscle atrophy develops secondary to reduced use of painful limbs, further destabilizing affected joints. Intervertebral disc disease may coexist with appendicular arthritis, particularly in breeds predisposed to both conditions.

Conditions with similar symptoms that may be confused with or coexist alongside arthritis require differentiation for optimal management. Immune-mediated polyarthritis causes inflammatory joint disease requiring immunosuppressive therapy rather than simple pain management. Infectious arthritis from bacterial or tick-borne organisms needs specific antimicrobial treatment. Neoplasia affecting bones or joints may present similarly to arthritis initially. Degenerative myelopathy causes progressive hindlimb weakness that may be mistaken for painful arthritis. Lumbosacral disease causes hindlimb dysfunction from nerve compression rather than joint pain. Accurate diagnosis ensures appropriate treatment and avoids missing serious concurrent conditions.

Potential complications of arthritis include secondary problems arising from chronic pain and mobility limitation. Pressure sores may develop from prolonged lying in dogs too painful or weak to reposition frequently. Urinary and fecal incontinence can occur when dogs struggle to posture appropriately. Depression and reduced quality of life may develop with chronic uncontrolled pain. Weight gain from reduced activity creates a worsening cycle of increased joint stress. Muscle contracture and severe joint stiffness may develop without appropriate rehabilitation. Medication side effects including gastrointestinal ulceration from NSAIDs require monitoring. Proactive multimodal management minimizes complication development while maintaining optimal quality of life.