Fractures (leg, foot, toe)

Fractures in rabbits involve a complete or partial break in bone tissue affecting the limbs, feet, or toes. These injuries can range from minor hairline cracks to severe, displaced breaks that require surgical intervention. Leg fractures most commonly affect the tibia (shin bone), femur (thigh bone), and the long bones of the foreleg, while foot fractures typically involve the metatarsal and metacarpal bones or the small bones of the toes (phalanges). Fractures represent significant orthopedic emergencies in rabbits that require prompt veterinary attention to achieve optimal healing and prevent permanent disability.

Rabbits are particularly susceptible to fractures due to their unique skeletal anatomy. Their bones are relatively delicate, comprising only about 7-8% of total body weight compared to approximately 13% in cats. Despite this lightweight skeleton, rabbits possess extremely powerful hind leg muscles capable of generating tremendous force. This combination of fragile bones and strong muscles means that fractures can occur not only from external trauma such as falls and crushing injuries but also from the rabbit's own muscular force when kicking or struggling. The tibial bone of the hind leg is especially vulnerable and represents the most common fracture site in rabbits.

The impact of a fracture on a rabbit's health extends beyond the immediate bone injury. Rabbits experience significant pain from fractures, which compromises their ability to move, eat, and perform normal activities. Pain and immobility frequently trigger GI stasis, a potentially life-threatening condition in rabbits that requires concurrent management. Open or compound fractures, where bone has broken through the skin, carry risk of serious infection. The stress of injury and handling can cause shock in prey animals like rabbits. Additionally, improper healing can result in permanent deformity, chronic pain, and disability affecting quality of life.

With appropriate and timely treatment by a rabbit-savvy veterinarian experienced in orthopedic surgery, many fractures can heal successfully with good functional outcomes. Treatment options include external stabilization using splints and casts for some fracture types, internal fixation using surgical implants for others, and in some cases amputation when other options are not feasible. The prognosis depends heavily on fracture location, type, and the speed of intervention. Rabbit owners should be aware that any suspected fracture requires emergency veterinary evaluation, as early treatment significantly improves outcomes. Because rabbits instinctively hide pain and weakness, a rabbit showing obvious signs of distress from a fracture is likely experiencing severe trauma.

The primary cause of fractures in rabbits is trauma, which occurs in various forms including falls, being dropped during handling, crushing injuries, and impacts with objects. Falls from height are particularly dangerous for rabbits due to their fragile bones, and even falls from what may seem like modest heights (such as from a table or bed) can result in fractures. Being dropped by a handler, especially if the rabbit was struggling, commonly causes fractures of the tibial region. Rabbits can be injured if stepped on, sat upon, caught in closing doors, or attacked by predators. Car accidents and outdoor hazards affect rabbits with access to unsupervised outdoor areas. The combination of relatively weak bones and powerful muscles means that traumatic forces are particularly likely to cause fractures in rabbits compared to other small mammals.

A unique and important cause of fractures in rabbits involves their own muscular force applied during kicking or struggling. The powerful hind leg muscles can generate enough force to fracture the spine or tibial bones, particularly when the rabbit kicks against resistance while being restrained. This most commonly occurs during improper handling when the rabbit's hindquarters are not adequately supported, allowing violent kicking that can fracture the lumbar spine. Tibial fractures can occur when a rabbit's leg becomes caught and the rabbit struggles to free itself. Wire-bottomed cages are particularly hazardous, as rabbit feet can become entrapped in the mesh. Panicked kicking during veterinary procedures or nail trimming can also cause self-inflicted fractures.

Metabolic bone disease significantly increases fracture risk by weakening the skeletal structure. This condition develops due to nutritional deficiencies, particularly inadequate calcium, improper calcium-to-phosphorus ratios, or insufficient vitamin D. Rabbits fed diets high in seeds, grains, or inappropriate pellets without adequate hay and greens are at risk. Young, growing rabbits are especially vulnerable because their rapidly developing skeletons have high nutritional demands. Rabbits with metabolic bone disease may sustain pathological fractures from forces that would not injure healthy bone. Affected rabbits may have multiple fractures and bones that appear abnormally thin or have reduced density on radiographs.

Age-related factors influence fracture susceptibility at both ends of the lifespan. Young rabbits, particularly those between weaning and sexual maturity, have bones that are still developing and may be more prone to certain types of fractures, especially if nutritional support is inadequate. Their active, energetic behavior also increases exposure to traumatic situations. Senior rabbits may develop age-related bone loss, making their skeleton more vulnerable. Additionally, older rabbits may have arthritis or other conditions affecting mobility and coordination, increasing fall risk. Concurrent diseases that affect overall health can also impact bone quality and healing capacity.

The mechanism of fracture development depends on the type and direction of force applied. Simple fractures involve a single break line and may be stable if the bone ends remain aligned. Comminuted fractures involve multiple fragments when crushing forces cause the bone to shatter. Spiral fractures result from rotational forces and are common in the tibia. Transverse fractures cross perpendicular to the bone's long axis and typically result from direct impact. Greenstick fractures, where the bone bends and cracks on one side only, may occur in young rabbits with more flexible bones. The location and pattern of the fracture significantly influence treatment options and prognosis. Understanding how fractures occur helps guide prevention strategies.

Early warning signs of a fracture are typically observed immediately following a traumatic event. If an owner witnesses a fall, drop, or other incident, they should immediately assess for injury even if the rabbit initially appears normal. Rabbits often show a brief period of shock or stillness immediately after trauma before symptoms become apparent. Early signs include reluctance to move from where they landed, holding the affected limb in an abnormal position, or attempting to move with obvious difficulty. Some rabbits may vocalize at the time of injury, though many do not. A rabbit that was previously active and suddenly refuses to move should be evaluated promptly. Because rabbits instinctively hide weakness as prey animals, any obvious signs of distress indicate significant injury.

The most common symptoms of limb fractures include sudden, severe lameness with complete inability or extreme reluctance to bear weight on the affected leg. The rabbit may hold the limb elevated, refuse to put it down, or drag it when attempting to move. Visible deformity of the limb may be apparent, with the affected leg appearing bent at an abnormal angle, shortened compared to the opposite limb, or twisted in an unusual direction. Swelling develops around the fracture site, sometimes becoming dramatic within hours of injury. The affected area may be painful to gentle touch, with the rabbit flinching, attempting to escape, or showing other pain responses. Crepitus, a grinding or clicking sensation, may be detected if the fracture site is gently palpated.

Behavioral changes accompanying fractures reflect pain and stress. Affected rabbits typically become very quiet and reluctant to move, preferring to remain in one position. They may adopt a hunched posture with eyes partially closed, indicating pain. Teeth grinding (bruxism) is a reliable indicator of pain in rabbits and may be audible. Most critically, rabbits with fractures often stop eating due to pain and stress, and appetite loss for more than 12 hours in a rabbit is always an emergency. Reduced or absent fecal output follows decreased food intake, signaling developing GI stasis. The rabbit may be unusually aggressive or defensive if approached, or conversely may be abnormally subdued and unresponsive. Changes in breathing pattern, including rapid shallow breathing, may indicate pain or shock.

Physical signs beyond limb abnormalities may be apparent on examination. Bruising may develop over the fracture site or surrounding areas within hours to days after injury. Open or compound fractures, where bone has broken through the skin, are visible as wounds with exposed bone or bone fragments. Bleeding may be present with open fractures or from associated soft tissue injuries. The rabbit may be in shock, with pale mucous membranes (check the gums), cold extremities, rapid weak pulse, and depressed responsiveness. Muscle spasms may be palpable around the injury site. Comparison of the affected limb to the normal opposite limb reveals asymmetry in length, angle, or contour.

Symptom progression depends on whether treatment is obtained and the fracture type. Without treatment, initial swelling and pain typically worsen over the first few days. The rabbit's overall condition deteriorates as GI stasis develops and stress continues. Open fractures become infected, with increasing swelling, discharge, heat, and odor. Broken bone ends may cause ongoing damage to surrounding soft tissues. With appropriate treatment, symptoms should gradually improve as pain is controlled and the fracture is stabilized. Signs of concern during or after treatment include worsening rather than improving lameness, increasing swelling, signs of infection, declining appetite, and changes suggesting complication development.

Emergency symptoms requiring immediate veterinary care include any visible deformity of a limb, open wounds with exposed bone, obvious inability to bear weight, signs of shock, and severe pain responses. Any rabbit that may have experienced trauma should be evaluated even without obvious symptoms. Complete loss of use of both hind limbs suggests potential spinal fracture, which is also an emergency. Not eating for 12 or more hours is always an emergency in rabbits. Absent or dramatically reduced fecal output requires urgent attention. Open-mouth breathing is a dire emergency indicating severe respiratory distress, which may occur with pain, shock, or internal injuries. Do not delay seeking veterinary care for suspected fractures, as early intervention dramatically improves outcomes.

Initial examination begins with assessment of the rabbit's overall condition and stabilization if needed. A rabbit-savvy veterinarian will evaluate for signs of shock and begin supportive care including warmth, fluids, and pain medication. Careful physical examination assesses the extent of injuries beyond the obvious fracture, as internal injuries, concurrent fractures, and dislocations may not be immediately apparent. The affected limb is gently examined to assess swelling, deformity, instability, and pain response. The spine is carefully palpated, as spinal fractures may accompany limb trauma. Once the rabbit is stabilized, more detailed diagnostic procedures can proceed. Finding a veterinarian with specific experience in rabbit orthopedics is ideal, as treatment approaches differ from those used in dogs and cats.

Radiographic imaging (X-rays) is essential for definitive diagnosis and treatment planning. Multiple views of the affected area are obtained, requiring the rabbit to be positioned appropriately, which typically necessitates sedation or anesthesia to achieve proper positioning without causing additional injury. For limb fractures, at least two views perpendicular to each other are needed to fully characterize the fracture. The entire affected bone should be imaged, including the joints above and below the fracture. Radiographs reveal the fracture location, pattern (transverse, oblique, spiral, comminuted), degree of displacement, and involvement of adjacent joints. Comparison radiographs of the opposite normal limb may assist in assessing anatomy and planning repair. Survey radiographs of the spine may be obtained if spinal injury is suspected.

Differential diagnosis for sudden lameness includes conditions other than fracture that may present similarly. Dislocations cause acute lameness and limb deformity but involve joint displacement rather than bone breakage, and may occur concurrently with fractures. Soft tissue injuries including muscle tears, ligament ruptures, and severe sprains cause lameness without bone involvement. Spinal injuries cause hind limb weakness or paralysis that must be distinguished from bilateral limb fractures. Abscesses can develop within or adjacent to bone, causing pain and lameness. Neurological conditions may cause sudden changes in limb function. Radiographic imaging allows the veterinarian to distinguish between these possibilities and identify the specific nature and location of injury.

Diagnosis confirmation relies on radiographic demonstration of the fracture line or lines, along with clinical findings consistent with fracture. The veterinarian classifies the fracture by location (which bone and where along the bone), pattern, whether it is open or closed, stable or unstable, and any complicating factors. This classification guides treatment selection and prognosis discussion. Additional diagnostics may include blood work to assess overall health and organ function before anesthesia, especially in older rabbits or those with concurrent conditions. If open fractures are present, culture of any wound discharge helps guide antibiotic selection. The veterinarian discusses findings, treatment options, expected outcomes, and costs with the owner to guide decision-making.

Emergency treatment focuses on stabilization, pain management, and preventing further injury while preparing for definitive treatment. The rabbit is confined to a small, padded space to limit movement and prevent additional trauma to the fracture site. Temporary immobilization using padded bandaging may protect the injury during transport and evaluation but should not replace proper treatment. Pain management is initiated immediately with rabbit-safe medications such as meloxicam and opioids like buprenorphine. Intravenous or subcutaneous fluid therapy addresses dehydration and shock. If the rabbit is not eating, syringe feeding with critical care formula begins immediately to maintain gut motility. Open fractures are gently covered with clean bandaging, and antibiotics are started. Shock treatment may be necessary for severe injuries.

External coaptation using splints, casts, or bandages may be appropriate for certain stable, minimally displaced fractures in locations that can be effectively immobilized externally. This approach is most successful for some metacarpal, metatarsal, and toe fractures, as well as simple, stable fractures of the radius/ulna or tibia in young rabbits with good healing potential. The limb is carefully aligned and padded, then immobilized in an appropriate position. Regular bandage changes and radiographic monitoring are essential to ensure proper alignment is maintained as healing progresses. External coaptation requires less anesthesia than surgery but demands diligent monitoring and may have higher rates of complications in some cases.

Surgical fixation is often required for unstable, displaced, or comminuted fractures, particularly those affecting the femur, tibia, or humerus. Several surgical techniques are available depending on fracture type and location. Intramedullary pinning involves placing a pin down the center of the bone. External skeletal fixation uses pins placed through the bone and connected by an external frame. Bone plating involves securing a metal plate to the bone surface with screws. Each technique has advantages and limitations based on fracture characteristics. Surgical repair requires general anesthesia, administered by a veterinarian experienced in rabbit anesthesia. Importantly, rabbits should not be fasted before surgery, unlike dogs and cats. Post-surgical monitoring and care are essential for successful outcomes.

Amputation may be the best option when fractures cannot be repaired, when severe infection or bone damage precludes healing, or when the cost of repair is prohibitive. Rabbits typically adapt well to life as amputees, particularly with hind limb amputation. The remaining three legs provide adequate mobility for normal pet rabbit activities, and many three-legged rabbits enjoy good quality of life. This option should not be viewed as a failure but as a practical solution that may provide better outcomes than prolonged, painful attempts at repair in difficult cases. The decision between repair and amputation should consider prognosis for functional recovery, anticipated pain and recovery time, cost, and quality of life expectations.

Supportive care throughout treatment is critical for rabbit-specific needs. Pain management continues throughout recovery, with regular assessment of comfort. Maintaining nutrition through syringe feeding if necessary prevents GI stasis, which commonly complicates fracture recovery in rabbits. Subcutaneous fluids may be administered to maintain hydration. The rabbit must be housed on soft, clean bedding with easy access to food, water, and litter box. Preventing pressure sores on the hocks is important for rabbits with reduced mobility. Physical therapy including gentle passive range of motion may be recommended once initial healing occurs. Regular bandage checks for external coaptation and monitoring for surgical site complications are essential.

Treatment decisions should be made based on complete information about the fracture, the rabbit's overall health, treatment options, expected outcomes, costs, and owner ability to provide required aftercare. Simple fractures in young, healthy rabbits generally have good prognosis with appropriate treatment. Comminuted fractures, open fractures, fractures in older or debilitated rabbits, and fractures complicated by infection carry more guarded prognoses. The veterinarian provides guidance, but the owner makes the final decision about how to proceed based on their individual circumstances. In cases with poor prognosis and significant suffering, humane euthanasia may be the most compassionate option and should be discussed openly.

Recovery timeline following fracture treatment varies based on fracture severity, treatment method, and individual healing capacity. Bone healing in rabbits typically requires 4-8 weeks, though this varies with age, fracture type, and overall health. Young rabbits may heal in as little as 3-4 weeks, while older rabbits or complex fractures may require 8-12 weeks or longer. External coaptation is typically maintained for 4-6 weeks with regular monitoring. Surgical implants may require several months before full activity is safe. Return to normal function depends on successful bone healing, resolution of soft tissue injury, and rehabilitation of strength and mobility. The first 2 weeks are typically the most critical for managing pain, preventing GI stasis, and ensuring stable fixation.

Post-treatment care requires consistent attention to multiple aspects of the rabbit's wellbeing. Activity restriction is essential during the healing period, with the rabbit confined to a small, padded enclosure without opportunities for jumping, running, or rough play. All medications must be administered as prescribed, particularly pain medication which maintains comfort and supports appetite. If external bandaging or splints are used, these must be checked at least daily for slippage, moisture, or signs of skin problems underneath. Syringe feeding continues if appetite is not fully recovered. Monitor fecal output carefully as a key indicator of gut health. Keep the environment clean to prevent infection, particularly with open wounds or surgical sites. Follow-up veterinary visits for radiographs and examination assess healing progress.

Prognostic factors influencing recovery outcomes include fracture characteristics, with simple, stable fractures generally healing better than comminuted or severely displaced fractures. Location matters, as some bones have better blood supply and heal more readily. Open fractures carry infection risk that affects prognosis. Age influences healing, with young rabbits typically recovering more quickly and completely than seniors. Nutritional status and overall health affect healing capacity. Treatment timing is significant, as fractures treated promptly before significant soft tissue damage develops have better outcomes. Owner compliance with aftercare requirements impacts success. The presence of complications such as infection, implant failure, or delayed union affects final outcomes.

Long-term outlook for rabbits that have recovered from fractures depends on how well healing progressed. Many fractures heal completely with return to normal or near-normal function. Some residual stiffness or minor gait abnormalities may persist but do not significantly affect quality of life. Arthritis may develop over time in bones or joints affected by fracture, particularly if joint surfaces were involved. Rabbits that have undergone amputation typically adapt well and maintain good quality of life. Rare complications include nonunion (failure to heal), malunion (healing in abnormal position), osteomyelitis (bone infection), and implant-related problems requiring additional surgery. Ongoing monitoring helps detect and address any long-term complications.

Primary prevention of fractures focuses on eliminating traumatic events through safe handling and housing. Proper handling is fundamental, as improper handling is a leading cause of fractures in pet rabbits. Always support both the chest and hindquarters when lifting a rabbit, keeping the rabbit securely against your body. Never pick up rabbits by their ears or scruff. Be prepared for sudden movement, and if a rabbit begins to struggle, kneel down and lower them to the ground rather than risking a drop. Teach children proper handling techniques before allowing them to interact with rabbits, and supervise all child-rabbit interactions. Some rabbits may be safely handled only while seated on the ground. Training rabbits to accept handling reduces struggling that can cause self-inflicted injuries.

Environmental safety eliminates housing hazards that contribute to fractures. Never use wire-bottomed cages, as rabbits' feet can become trapped in the mesh, and struggles to escape cause fractures. Ensure flooring provides good traction to prevent slipping. Remove platforms and ramps that are too high or too steep, and ensure any elevated areas have secure footing. Keep cage furnishings secure so they cannot fall on the rabbit. Provide adequate space for normal movement without awkward positioning. Rabbit-proof exercise areas by removing hazards including gaps where rabbits could fall, unstable objects that could topple, and access to dangerous heights. Supervise outdoor time and protect from predators. Avoid situations where rabbits could be stepped on, sat upon, or caught in closing doors.

Nutritional support maintains strong, healthy bones resistant to fracture. Unlimited grass hay should comprise at least 80% of the diet, providing appropriate fiber and calcium. Feed appropriate amounts of quality pellets formulated for rabbits, avoiding seed mixes or pellets with high grain content. Fresh leafy greens daily provide additional nutrients including vitamin D precursors. Ensure appropriate calcium intake without excess, as both deficiency and excess cause problems. Avoid excessive treats, especially high-sugar foods. Young growing rabbits have particularly high nutritional demands for skeletal development. Consult a rabbit-savvy veterinarian about diet if you have concerns about bone health.

Health maintenance supports overall bone health and identifies risk factors early. Establish care with a rabbit-savvy veterinarian for regular wellness examinations. Maintain healthy body weight, as obesity increases injury risk while extreme underweight may indicate nutritional problems. Provide regular exercise on safe surfaces to maintain bone density and muscle strength. Address any health conditions that might affect mobility or bone quality. Senior rabbits may develop conditions affecting coordination, requiring environmental modifications to prevent falls. Keep nails trimmed appropriately, as overgrown nails can catch on surfaces and cause injury.

Early intervention if injury occurs optimizes outcomes. Learn to recognize signs of injury including sudden lameness, reluctance to move, and abnormal posture. Keep contact information for your rabbit-savvy veterinarian and an emergency exotic animal clinic readily available. If you suspect a fracture has occurred, confine the rabbit in a small padded carrier and seek immediate veterinary care. Do not attempt to splint or manipulate the limb yourself, as improper handling can cause additional damage. Early treatment of fractures achieves significantly better outcomes than delayed intervention, so do not wait to see if the rabbit improves on its own.

Daily management during fracture recovery requires consistent attention to promote healing while maintaining overall health. Strict activity restriction is typically required for several weeks, with the rabbit confined to a small, well-padded enclosure. Check all medications are given as prescribed, with pain medication being particularly important for maintaining comfort and appetite. Monitor food and water intake daily, as any decrease may indicate inadequate pain control, developing GI stasis, or other complications. Check fecal output for normal size, quantity, and consistency. Weigh the rabbit regularly to ensure body weight remains stable. If bandaging or splints are present, check at least daily for slippage, moisture, soiling, or signs of problems including swelling, odor, or discharge.

Home environment modifications support safe recovery. The recovery enclosure should be small enough to prevent running and jumping but large enough for the rabbit to turn around and access food, water, and litter box comfortably. Use several layers of soft, clean bedding that provides cushioning without bunching up. Keep food, water, and litter box at the same level without requiring the rabbit to hop over barriers. Choose a low-sided litter box for easy access. Maintain comfortable temperature in a quiet, low-stress location. Keep the enclosure scrupulously clean to prevent infection. After the healing period, gradually increase space and reintroduce normal activities based on veterinary guidance, watching for any signs of problems.

Quality of life during recovery requires attention to the rabbit's mental and social needs despite physical restrictions. Provide mental stimulation through appropriate toys and foraging opportunities that do not require physical activity. Maintain social contact with bonded partners if possible, though monitor to prevent rough interaction. Spend time with your rabbit daily, providing gentle petting and calm companionship. Watch for signs of good quality of life including interest in food and surroundings, willingness to interact, and normal grooming. Signs of poor quality of life include persistent depression, complete loss of interest in surroundings, and inability to perform basic functions. Most rabbits tolerate recovery restrictions well with adequate attention to their needs.

Monitoring for complications allows early detection and intervention. Watch for signs that the fracture is not healing properly, including persistent or worsening lameness after the initial improvement, recurrence of swelling, or changes suggesting instability. Monitor for signs of infection including increased swelling, discharge, heat, or odor, particularly around surgical sites or under bandages. Watch for signs of GI stasis including reduced appetite, decreased or absent fecal output, and lethargy. Contact your veterinarian if pain seems inadequately controlled, if there are changes suggesting complications, or if you have concerns about progress. Keep all follow-up appointments for radiographic assessment of healing.

Long-term management after recovery focuses on maintaining the rabbit's safety and monitoring for late complications. Continue to provide safe housing that minimizes fall and injury risk. Be aware of any residual limitations and accommodate them in the environment. Monitor for signs of arthritis developing in the healed limb, which may manifest as stiffness, reluctance to jump, or changes in activity level over months to years. Maintain regular veterinary checkups that include assessment of healed fracture sites. For amputees, ensure the remaining limbs remain healthy with appropriate flooring and weight management. Most rabbits that recover from fractures go on to enjoy good quality of life with appropriate ongoing care.

While fractures can occur in any rabbit following sufficient trauma, certain breeds and types may face elevated risk due to conformational or management factors. Giant breeds including Flemish Giants, Continental Giants, and French Lops carry significantly more body mass, making falls and handling accidents more dangerous due to the greater forces involved. Despite their larger bones, the momentum generated when a giant breed rabbit falls or struggles can exceed bone strength thresholds. These breeds also present handling challenges due to their size and weight, potentially increasing opportunities for drops or improper restraint. Owners of giant breeds should ensure safe handling with adequate support.

Small and dwarf breeds including Netherland Dwarfs, Holland Lops, and Mini Rex have delicate skeletal structures that may be more easily damaged by trauma. While they generate less force due to their smaller mass, their bones are proportionally fragile. These breeds are often handled more frequently and may be picked up by children, increasing exposure to potential drops. Their small size may lead to underestimation of the consequences of falls from what seem like modest heights. Additionally, dwarfing genes may affect skeletal development in ways that influence bone quality. Very young rabbits of any breed have developing skeletons that may be more vulnerable to certain injuries.

Rabbits with metabolic bone disease from any cause face dramatically increased fracture risk regardless of breed. This includes rabbits fed inappropriate diets lacking adequate calcium and vitamin D, young rabbits with high nutritional demands that were not met, and rabbits with other metabolic conditions affecting bone health. These rabbits may sustain pathological fractures from minimal trauma that would not injure healthy animals. Screening recommendations emphasize proper nutrition for all rabbits, with particular attention during growth phases and for senior rabbits. Radiographs can identify reduced bone density in at-risk individuals. Rescue rabbits may have unknown dietary histories, so assess body condition and consider nutritional evaluation. Prevention through proper diet and safe handling remains the cornerstone of fracture avoidance in all breeds.

Fractures commonly occur alongside or lead to other conditions requiring attention. Dislocations frequently accompany fractures, particularly when significant force is applied to a limb, and both must be identified and addressed for complete treatment. Soft tissue injuries including muscle tears, ligament damage, and nerve injury occur with fractures and affect healing and functional recovery. Spinal fractures may occur concurrently with limb trauma or as a result of violent kicking during struggles. GI stasis is an extremely common secondary complication in rabbits with fractures due to pain and reduced mobility, and preventing and treating gut slowdown is a critical component of fracture management. Hepatic lipidosis can develop if the rabbit stops eating for a prolonged period.

Conditions with similar presentations must be distinguished through appropriate diagnostics. Dislocations cause acute lameness and limb deformity without bone breakage. Soft tissue injuries cause lameness without radiographic abnormalities in the bones. Bone tumors can weaken bone, leading to pathological fractures, and may present as lameness before fracture occurs. Osteomyelitis, bone infection, causes pain and sometimes visible swelling that may suggest trauma. Arthritis causes chronic progressive lameness rather than the sudden onset seen with fracture. Neurological conditions affecting the limbs may cause sudden changes in function. Accurate diagnosis through radiographic imaging identifies the specific problem and guides appropriate treatment.

Potential complications of fractures include delayed union or nonunion when bone fails to heal properly, potentially requiring additional intervention. Malunion, where bone heals in an abnormal position, may cause permanent functional impairment. Osteomyelitis, infection of bone, is a serious complication particularly associated with open fractures. Implant failure may occur with surgical repairs, necessitating revision surgery. Muscle atrophy from disuse affects the healing limb and requires rehabilitation to address. Chronic pain may persist after healing, requiring ongoing management. Joint stiffness from prolonged immobilization may limit range of motion. Understanding these potential complications emphasizes the importance of appropriate treatment selection, careful monitoring during recovery, and prompt attention to any signs of problems.