Broken Back (handling, fright)

Broken back, also known as spinal fracture or vertebral fracture, is one of the most devastating and unfortunately common traumatic injuries in domestic rabbits. This catastrophic injury typically occurs when a rabbit kicks out powerfully with its hind legs while being improperly restrained or when startled by a sudden fright. The rabbit's uniquely powerful hindquarters, combined with a relatively fragile skeletal structure, create a dangerous combination that can result in the spine snapping, most commonly in the lumbar region. This injury is particularly tragic because it is almost entirely preventable through proper handling techniques and stress reduction.

The mechanism of injury relates directly to rabbit anatomy and natural behavior. Rabbits possess extraordinarily powerful hind leg muscles designed for explosive escape responses from predators. These muscles attach to a skeleton that is surprisingly delicate, comprising only about 7-8% of body weight compared to 12-13% in cats. When a frightened rabbit attempts to flee or kicks out while being held incorrectly, the force generated by the hind legs can exceed what the lumbar vertebrae can withstand. The resulting fracture typically occurs between the fourth and seventh lumbar vertebrae, often causing immediate and irreversible damage to the spinal cord.

The impact of a broken back on a rabbit's health is immediate and severe. Spinal cord damage at the lumbar level results in complete or partial paralysis of the hindquarters, loss of bladder and bowel control, and significant pain. Unlike some other species, rabbits have very limited capacity for spinal cord healing, and the prognosis for rabbits with complete spinal cord transection is grave. Even with intensive supportive care, quality of life considerations often lead veterinarians and owners to the difficult decision of euthanasia. Secondary complications including urine scald, pressure sores, GI stasis from stress and immobility, and infection further complicate any attempt at management.

While treatment options exist for some cases of spinal injury, prevention remains the cornerstone of addressing this condition. Every rabbit owner must learn proper handling techniques, and every household member or visitor who interacts with rabbits must understand the critical importance of supporting the hindquarters and never allowing a rabbit to kick freely while being held. Rabbit-savvy veterinary care is essential for any suspected spinal injury, as proper assessment requires expertise in rabbit medicine and honest discussion of prognosis and quality of life. The emotional toll of this injury on rabbit owners is significant, making education and prevention all the more important.

The primary cause of broken back in rabbits is improper handling that allows the rabbit to kick forcefully while unsupported. When a rabbit is held without adequate support of the hindquarters, any attempt to kick or struggle can generate enough force to fracture the lumbar spine. This commonly occurs when inexperienced handlers pick up a rabbit by grasping only the scruff or chest, when rabbits are held too loosely and allowed to kick, when rabbits are passed between people, or when handlers attempt to restrain a struggling rabbit without proper technique. Children are particularly likely to handle rabbits incorrectly, making supervision essential during any child-rabbit interaction.

Fright responses represent the second major cause of spinal fractures in rabbits. As prey animals, rabbits are hardwired to respond to perceived threats with explosive escape attempts. A sudden loud noise, the appearance of a predator such as a dog or cat, unexpected handling, or any startling stimulus can trigger a panic response. If the rabbit is being held when this occurs, or if the rabbit is in an enclosure where it can throw itself against walls or barriers during the panic, spinal fracture may result. Some rabbits are more prone to startle responses than others, with nervous or poorly socialized individuals at higher risk.

Environmental factors contribute to the risk of this injury. Slippery flooring can cause rabbits to lose traction during normal movement or escape attempts, potentially resulting in awkward landings and spinal trauma. Housing rabbits in areas with high stress levels, such as near barking dogs, busy household traffic areas, or sources of sudden noise, increases the frequency of startle responses. Inadequate enclosure design that allows rabbits to build up speed before hitting barriers, or enclosures with gaps where legs can become trapped, also increases injury risk.

Certain risk factors make individual rabbits more susceptible to spinal fractures. Rabbits with pre-existing spinal conditions such as spondylosis or vertebral fusion have compromised spinal integrity. Obese rabbits place additional stress on their spines and may be more difficult to handle safely. Very young rabbits may be handled roughly by inexperienced owners who underestimate their fragility, while elderly rabbits may have decreased bone density. Large breed rabbits generate more force with their kicks, while dwarf breeds may have proportionally more fragile spines.

The mechanism of spinal fracture involves the tremendous leverage created by the rabbit's body plan. The powerful muscles of the hindquarters can generate forces several times the rabbit's body weight during a kick. When these forces are applied to an unsupported or twisted spine, the vertebrae, particularly in the lumbar region, experience stress beyond their structural capacity. The fracture typically occurs at the junction between the relatively rigid thoracic spine and the more mobile lumbar region, or within the lumbar spine itself. The spinal cord, which runs through the vertebral canal, is frequently damaged by bone fragments, displacement of vertebrae, or the initial trauma itself, resulting in immediate neurological deficits.

The early warning signs of spinal injury often appear immediately following the traumatic event, though in some cases, owners may not witness the incident. If present during the injury, owners typically hear or feel a crack or pop, followed immediately by the rabbit's hind legs going limp. The rabbit may vocalize, which is significant as rabbits typically only scream when in severe pain or terror. In cases where the injury is not witnessed, the rabbit may be found unable to move normally, dragging its hind legs, or lying in an unusual position. Any sudden onset of hind leg weakness or paralysis should be treated as a spinal emergency until proven otherwise.

The most common and immediately apparent symptom of broken back is paralysis or paresis of the hindquarters. Complete paralysis manifests as total inability to move the hind legs, with the limbs typically extended or dragging limply behind the rabbit. Partial paralysis or paresis may present as weakness, incoordination, or the ability to move the legs but not support weight. The rabbit will be unable to hop normally and may attempt to drag itself using the front legs only. The tail typically hangs limply and the rabbit cannot lift or move it voluntarily.

Behavioral changes following spinal injury are profound and immediate. The rabbit will show obvious signs of distress, including rapid breathing, wide eyes, and attempts to move despite the paralysis. Many rabbits go into shock, becoming very still with cold extremities and pale mucous membranes. Pain responses vary, with some rabbits appearing stoic due to their prey animal instincts while others may grind their teeth loudly, a clear indicator of severe pain in rabbits. The rabbit will typically refuse food and water due to pain and shock, which can quickly lead to secondary GI stasis.

Physical signs beyond paralysis provide important diagnostic information. Loss of bladder control results in urine dribbling or complete inability to urinate, depending on the level and completeness of the injury. Some rabbits retain urine and develop a distended bladder that requires manual expression. Loss of bowel control manifests as inability to produce normal fecal pellets, fecal incontinence, or complete cessation of gut motility. When the hindquarters are touched or manipulated, the rabbit may show no response, diminished response, or pain response depending on the extent of spinal cord damage. Deep pain sensation, tested by pinching the toes, is a critical prognostic indicator.

Symptom progression in spinal injury depends on the severity of the initial trauma and whether secondary complications develop. In complete spinal cord transection, no improvement in neurological function will occur. In cases of spinal cord contusion or compression without complete transection, some improvement may be possible over days to weeks, though this is relatively uncommon. Without treatment, secondary complications develop rapidly. GI stasis typically begins within hours due to stress, pain, and immobility. Urine scald develops on the hindquarters and perineum within 24-48 hours if the rabbit is incontinent. Pressure sores begin forming on bony prominences. Muscle atrophy in the paralyzed limbs becomes apparent within days.

Emergency symptoms requiring immediate veterinary attention include the obvious presentation of acute paralysis, but owners should also watch for signs of deterioration in a rabbit already diagnosed with spinal injury. These include complete absence of fecal output for more than 12 hours, indicating life-threatening GI stasis. A distended, painful abdomen suggests urinary retention or severe GI complications. Signs of shock including cold ears, pale gums, and extreme lethargy indicate cardiovascular compromise. Respiratory distress, open-mouth breathing, or blue-tinged mucous membranes represent dire emergencies. Any rabbit with sudden hind leg paralysis should be transported immediately to a rabbit-savvy emergency veterinarian, keeping the rabbit immobilized on a flat surface to prevent further spinal damage during transport.

Initial examination of a rabbit with suspected spinal injury begins with careful observation before handling. The veterinarian will note the rabbit's posture, any obvious deformities, respiratory effort, and level of alertness. Handling must be extremely careful to avoid exacerbating any spinal injury. The rabbit should be transported and examined on a flat, padded surface, avoiding any flexion or twisting of the spine. A thorough history is essential, including exactly what happened before the symptoms appeared, whether the incident was witnessed, the timeline of symptom development, and any previous history of back problems or trauma. Finding a rabbit-savvy veterinarian is crucial, as proper assessment of rabbit spinal injuries requires specialized knowledge.

Diagnostic testing begins with a complete neurological examination. The veterinarian will assess motor function in all four limbs, testing the ability to move voluntarily and bear weight. Spinal reflexes in the hind limbs are evaluated, including the withdrawal reflex when toes are pinched and the patellar reflex. Importantly, the presence of spinal reflexes below the level of injury indicates an upper motor neuron lesion, while their absence suggests lower motor neuron damage. The critical test for prognosis is deep pain sensation, assessed by applying strong pressure to the toes and watching for a conscious behavioral response, not just limb withdrawal. Presence of deep pain sensation indicates the spinal cord is not completely severed and offers a slightly more favorable prognosis. Bladder function is assessed by palpation and observing for voluntary urination.

Radiographs are the primary imaging modality for confirming spinal fractures in rabbits. X-rays will reveal fractures, dislocations, or subluxations of the vertebrae. Multiple views including lateral and ventrodorsal projections are typically needed. The veterinarian will assess the alignment of the vertebral column, look for bone fragments that may be impinging on the spinal canal, and evaluate the degree of displacement. It is important to note that the severity of bone injury visible on radiographs does not always correlate with the severity of spinal cord damage. Advanced imaging such as CT scan or MRI, while not widely available for rabbits, can provide more detailed information about spinal cord compression and soft tissue injury when available.

Differential diagnosis for sudden hind limb paralysis in rabbits includes several conditions that must be ruled out. Encephalitozoon cuniculi infection can cause progressive hind limb weakness and paralysis, though onset is typically more gradual. Spondylosis, while common in older rabbits, rarely causes acute paralysis but can predispose to fractures. Intervertebral disc disease is uncommon in rabbits but possible. Spinal tumors or abscesses can cause compression of the spinal cord. Stroke or other vascular events affecting the spinal cord are rare but reported. Severe systemic illness causing weakness may initially appear similar to paralysis. The history of trauma or potential trauma, combined with radiographic findings, typically allows definitive diagnosis of spinal fracture.

Diagnosis confirmation involves synthesizing the history, physical examination findings, neurological assessment, and imaging results. The veterinarian will classify the injury by location, typically noting the specific vertebrae involved, and by severity, ranging from stable fractures with minimal displacement to complete vertebral dislocation. The completeness of spinal cord injury is assessed based on neurological findings, particularly the presence or absence of deep pain sensation. This comprehensive assessment allows the veterinarian to provide an accurate prognosis and discuss treatment options or the difficult decision of euthanasia with the owner. Honest communication about the typically grave prognosis for complete spinal cord injuries is essential at this stage.

Emergency treatment for a rabbit with suspected spinal fracture begins before reaching the veterinary clinic. The rabbit should be placed on a flat, rigid surface such as a cutting board or book covered with a towel, keeping the spine as immobilized as possible. The rabbit should be kept warm, as shock causes hypothermia, but not overheated. Transport should be as smooth as possible, avoiding bumpy roads when feasible. Do not attempt to straighten the spine or manipulate the rabbit's position. Upon arrival at the veterinary clinic, immediate stabilization includes treatment for shock with warm fluids, oxygen supplementation if needed, and pain management with rabbit-safe analgesics such as meloxicam or buprenorphine.

Medical management of spinal fractures in rabbits is largely supportive, as there is no medication that can repair a severed spinal cord. Pain management is essential and should be aggressive, as rabbits experience significant pain from spinal injuries even when paralyzed below the injury level. Anti-inflammatory medications may help reduce swelling around the spinal cord, potentially preserving some function in incomplete injuries. Gut motility support with medications such as metoclopramide or cisapride is critical, as GI stasis develops rapidly in immobilized, stressed, painful rabbits. Syringe feeding with critical care formula must begin if the rabbit is not eating voluntarily, as rabbits cannot safely fast even for short periods.

Surgical options for rabbit spinal fractures are limited and rarely pursued. Spinal stabilization surgery, while technically possible, requires specialized surgical expertise and equipment not widely available for rabbit patients. The prognosis even with surgical intervention for complete spinal cord injuries remains poor, and the stress of surgery and anesthesia carries significant risks for an already compromised rabbit. Surgery may be considered in cases of incomplete spinal cord injury with evidence of ongoing compression, where stabilization and decompression might preserve or restore some function. However, the cost of such surgery is substantial, and owners must understand that even successful surgery rarely results in return to normal function.

Supportive care for rabbits being managed with spinal injuries is intensive and demanding. The rabbit must be kept on soft, clean bedding changed frequently to prevent urine scald and pressure sores. The bladder must be manually expressed multiple times daily if the rabbit cannot urinate voluntarily, a technique that must be taught by the veterinarian. Physical therapy including passive range of motion exercises for the paralyzed limbs helps prevent contracture and maintain joint health. The rabbit must be turned regularly to prevent pressure sores on bony prominences. Hygiene of the perineal area requires constant attention, with gentle cleaning and barrier cream application to prevent urine scald.

Alternative and complementary treatments have been explored for rabbit spinal injuries with varying and generally limited success. Acupuncture has been used in some cases and may provide pain relief and potentially support any natural healing processes. Laser therapy and other modalities may reduce inflammation. Cart or wheelchair devices can be constructed to allow mobility for paralyzed rabbits, though adaptation varies among individuals. Hydrotherapy is challenging in rabbits due to their aversion to water and the stress this causes. Any complementary treatments should be discussed with the veterinarian and used in conjunction with, not instead of, conventional supportive care.

Treatment decisions for spinal fractures must be guided by honest assessment of prognosis and quality of life. For complete spinal cord injuries with absence of deep pain sensation, the prognosis for meaningful recovery is essentially zero. In these cases, humane euthanasia is often the most compassionate option, sparing the rabbit from a life of paralysis, incontinence, and the complications thereof. For incomplete injuries with preserved deep pain sensation, a trial period of intensive supportive care may be reasonable, with reassessment of function at regular intervals. The decision must consider the rabbit's quality of life, the owner's ability to provide the intensive nursing care required, the financial costs of ongoing treatment, and the rabbit's individual response to management. Some owners successfully manage paralyzed rabbits for extended periods, while others find that quality of life cannot be maintained. There is no single right answer, and veterinarians should support owners through this difficult decision-making process.

Recovery timeline for rabbits with spinal fractures depends entirely on the severity and completeness of the spinal cord injury. For complete spinal cord transection, there is no recovery of function possible, and management becomes focused on quality of life for however long the rabbit survives or until euthanasia is elected. For incomplete injuries, any recovery that will occur typically becomes apparent within the first two to four weeks. Improvement after this period is possible but increasingly unlikely. Some rabbits with incomplete injuries may regain partial function, such as the ability to bear some weight on the hind limbs or improved bladder control, while never returning to normal. Full recovery from documented spinal fractures with neurological deficits is rare in rabbits.

Post-treatment care for a rabbit surviving a spinal injury is a long-term commitment requiring significant dedication. Daily or twice-daily bladder expression may be necessary indefinitely if voluntary urination does not return. Constant attention to hygiene prevents the urine scald and skin infections that can make life miserable for an incontinent rabbit. Physical therapy should continue, with passive range of motion exercises performed several times daily. The rabbit's bedding and living area must be maintained scrupulously clean, with bedding changes as often as needed to keep the rabbit dry. Monitoring food intake and fecal output is critical, as GI stasis remains a constant threat in immobile, stressed rabbits.

Prognosis factors for any degree of recovery center on the initial neurological findings. The presence of deep pain sensation at initial examination is the most important positive prognostic indicator. Rabbits that retain deep pain have incomplete spinal cord injuries and have some chance of improvement. The absence of deep pain sensation indicates complete or near-complete spinal cord damage and carries a grave prognosis. The location of the fracture matters somewhat, with more caudal injuries potentially sparing more function. The degree of vertebral displacement visible on radiographs provides some information about the severity of cord trauma. Young, otherwise healthy rabbits may have slightly better healing capacity than elderly or debilitated individuals.

Long-term outlook for rabbits with spinal injuries is generally guarded to poor. Rabbits with complete paralysis and incontinence that survive the initial injury face a lifetime of nursing care and are at constant risk of complications including urinary tract infections, urine scald, pressure sores, GI stasis, and muscle atrophy. Quality of life in these rabbits is a subject of ongoing debate among rabbit veterinarians and welfare advocates. Some rabbits adapt well to carts and seem to maintain good quality of life with dedicated owner care. Others suffer despite best efforts. For rabbits with incomplete injuries that regain some function, long-term outlook may be better, though most will have permanent deficits. Recurrence of injury is possible if the underlying cause, such as improper handling, is not addressed. Owners must be prepared for the possibility that quality of life may deteriorate over time, necessitating the eventual decision for euthanasia even if the rabbit initially survives.

Primary prevention of broken back in rabbits centers entirely on proper handling techniques, which every person who interacts with rabbits must learn and practice. The fundamental rule is to always support the hindquarters. When picking up a rabbit, one hand should scoop under the chest while the other hand fully supports the rear end and hind legs. The rabbit should be held securely against the handler's body, preventing any opportunity to kick out. Never pick up a rabbit by the ears or scruff alone. Never allow a rabbit's hind legs to dangle unsupported. When setting a rabbit down, lower the entire body to the ground before releasing, never allowing the rabbit to jump from height. Anyone who will handle the rabbit, including children, visitors, and pet sitters, must be taught these techniques.

Environmental prevention focuses on reducing startle triggers and creating a safe physical environment. House rabbits should be kept away from areas with sudden loud noises, such as near televisions, stereos, or rooms where children play boisterously. Introduce new stimuli, including other pets, gradually and carefully. Ensure enclosures have solid walls rather than wire on all sides, which can feel exposed and frightening to prey animals. Provide hiding spots where rabbits can retreat when startled. Use non-slip flooring in rabbit areas, as smooth surfaces like hardwood or tile can cause rabbits to slip and injure themselves during normal activity or escape attempts. Avoid enclosure designs that allow rabbits to build up speed before hitting barriers.

Dietary prevention relates to overall bone health. While diet cannot prevent traumatic fractures from occurring, adequate calcium and vitamin D in the diet support bone density. The primary dietary requirement for rabbits, unlimited grass hay, provides appropriate calcium levels for most adult rabbits. Excessive calcium should be avoided as it can cause urinary problems, but deficiency weakens bones. Appropriate exposure to natural light or UVB lighting supports vitamin D synthesis. A balanced diet also prevents obesity, which increases stress on the spine and makes safe handling more difficult.

Health maintenance that supports spinal health includes regular veterinary checkups where spinal palpation can identify early spondylosis or other abnormalities. Senior rabbits should be screened for degenerative spinal conditions that increase fracture risk. Maintaining appropriate weight reduces spinal stress. Providing adequate exercise space allows rabbits to maintain muscle tone that helps protect the spine. For rabbits with known spondylosis or other spinal vulnerabilities, extra care in handling and environmental safety measures are essential.

Early intervention and education represent the final pillar of prevention. All new rabbit owners should receive thorough instruction in proper handling before or immediately after acquiring their rabbit. Children must be supervised during all interactions with rabbits and taught that rabbits are not toys and must be treated gently. Warning signs of a stressed or frightened rabbit, including thumping, hiding, or freeze responses, should prompt handlers to place the rabbit in a secure location before a panic response occurs. If a rabbit is known to be particularly nervous or prone to startle, extra precautions including minimizing handling should be implemented. Education of the general public about proper rabbit handling can be lifesaving, as many broken backs occur when well-meaning but uninformed individuals handle rabbits at petting zoos, shelters, or social situations.

Daily management of a rabbit with spinal injury and resultant paralysis requires substantial time commitment and dedication. Bladder management is often the most demanding task, requiring manual expression every eight to twelve hours to prevent overdistension and urine retention. The veterinarian must demonstrate proper technique, which involves gentle, consistent pressure on the bladder until it empties. Monitoring urine for signs of infection, including cloudiness, strong odor, or blood, should be part of the daily routine. Fecal output must also be monitored, as the rabbit may need assistance with cecotrope consumption if it cannot reach its anus. Syringe feeding may be necessary if the rabbit's condition or positioning makes normal eating difficult.

Home environment modifications are essential for a paralyzed rabbit's comfort and safety. The rabbit should be housed on thick, soft bedding such as fleece or soft towels over absorbent pads. Hard surfaces cause pressure sores rapidly. The enclosure should be on a single level with no ramps or platforms the rabbit could fall from. Food, water, and hay must be positioned within easy reach of the rabbit's front end. Many owners create a donut-shaped support to keep the rabbit in sternal recumbency, preventing the rabbit from rolling onto its side. The environment should be kept clean and dry, with bedding checks and changes multiple times daily.

Quality of life for a paralyzed rabbit depends on many factors and requires ongoing honest assessment. Signs of good quality of life include interest in food and surroundings, willingness to interact with owners, comfortable resting positions without apparent pain, and maintenance of normal grooming behaviors where physically possible. Signs of poor quality of life include persistent pain despite medication, refusing food or requiring force feeding, skin breakdown that cannot be controlled, recurrent infections, and behavioral signs of depression such as complete withdrawal from interaction. Some paralyzed rabbits adapt well and appear content, while others clearly suffer. Regular reassessment with the veterinarian helps guide decisions about continuing care.

Monitoring and ongoing care focus on preventing and detecting complications early. Daily skin checks of the hindquarters, perineum, and hocks identify urine scald or pressure sores before they become severe. Weight monitoring detects loss that might indicate inadequate nutrition or illness. Watching for signs of urinary tract infection, including straining, blood in urine, or fever, allows early treatment. Respiratory rate and effort should be observed, as aspiration pneumonia can occur in recumbent rabbits. Signs of GI stasis, including reduced appetite and decreased fecal output, require immediate attention. Regular veterinary rechecks, initially weekly then monthly if stable, allow professional assessment of the rabbit's condition and adjustment of the care plan.

Caregiver support is a crucial and often overlooked aspect of managing a paralyzed rabbit. The physical and emotional demands of caring for a special needs rabbit are significant. Caregivers should connect with support resources including the House Rabbit Society, online communities for disabled rabbit care, and local rabbit rescue organizations. These groups can provide practical advice, emotional support, and sometimes respite care. Honest self-assessment of caregiver capacity is important, as burnout helps neither the rabbit nor the owner. The financial costs of ongoing veterinary care, supplies, and potential complications should be realistically assessed. Finally, caregivers should have support for the difficult decision if quality of life deteriorates to the point where euthanasia becomes the most compassionate choice. There is no shame in deciding that the burden of care is unsustainable or that the rabbit's quality of life cannot be maintained.

While broken back can occur in any rabbit, certain categories face elevated risk based on physical characteristics and temperament. Large and giant breeds including Flemish Giants, French Lops, and Continental Giants generate tremendous force with their powerful hind legs. When these rabbits kick during handling, the force transmitted through their spine is proportionally greater than in smaller rabbits. Additionally, the size of these rabbits makes them more challenging to handle safely, and handlers may struggle to properly support their substantial hindquarters. Giant breed owners must be particularly vigilant about handling technique and should ensure all handlers are physically capable of managing these large animals safely.

Dwarf and small breeds face different but equally significant risks. Netherland Dwarfs, Polish, Holland Lops, and other small breeds have delicate skeletal structures that may be more susceptible to fracture under stress. These breeds are often perceived as easier to handle due to their size, leading to more casual handling practices. Children are more likely to be allowed to handle small rabbits independently, increasing the risk of improper technique. Small rabbits can also generate surprising kick force relative to their size, and their small vertebrae may be less able to withstand even moderate trauma. Nervous temperaments common in some dwarf breeds increase startle responses and handling accidents.

Lop breeds including Holland Lops, Mini Lops, English Lops, and French Lops deserve special mention due to their popularity and potential handling vulnerabilities. Lops are often chosen as family pets due to their perceived docile nature, but they are not immune to fright responses. Their often easygoing temperament can lead to handler complacency. English Lops, with their extremely long ears, may be more easily startled by sounds due to their ear structure. The popularity of lop breeds means they represent a significant proportion of spinal injury cases seen in veterinary practice simply due to their numbers. All lop owners should receive thorough handling instruction.

Mixed breed and rescue rabbits may have unknown histories that affect their risk profile. Rabbits from rescue situations may be poorly socialized and more prone to startle responses. Previous trauma or abuse may make some rabbits more reactive and difficult to handle safely. Without breed history, owners cannot assess genetic predispositions, and mixed breed rabbits may have combinations of traits that affect risk. Rescue organizations should provide handling training to all adopters and flag any known behavioral issues. Despite unknown histories, mixed breed rabbits can become excellent, handleable pets with patient socialization and proper technique. For any rabbit showing nervous behavior, extra environmental precautions and minimal handling may help prevent injury.

Several conditions commonly co-occur with or complicate spinal fractures in rabbits. GI stasis develops in virtually every rabbit with acute spinal injury due to pain, stress, and immobility. The gut slows or stops, gas accumulates, appetite decreases, and a dangerous cycle begins. GI stasis in a paralyzed rabbit is particularly dangerous because the rabbit cannot assume normal positions that facilitate gut movement and may have difficulty reaching food. Any rabbit with spinal injury must be monitored constantly for GI stasis and treated aggressively at the first signs. Syringe feeding, gut motility drugs, and pain management are all essential to prevent fatal GI stasis.

Conditions that may be confused with acute spinal fracture include several differential diagnoses the veterinarian must consider. Encephalitozoon cuniculi infection commonly causes hind limb weakness and paralysis in rabbits, but onset is typically gradual over days to weeks rather than sudden. Head tilt often accompanies E. cuniculi whereas spinal fracture does not affect the head. Spondylosis is a degenerative spinal condition extremely common in older rabbits that can occasionally cause acute symptoms, though it usually does not cause complete paralysis. Intervertebral disc disease is rare in rabbits but possible. Blood clot to the spine, sometimes called fibrocartilaginous embolism, causes sudden paralysis without trauma. Detailed history taking and imaging help distinguish these conditions.

Potential complications of spinal fracture extend beyond the immediate neurological damage. Urinary tract infections develop commonly in rabbits with impaired bladder function, whether from retention or incontinence. These infections can ascend to the kidneys, causing life-threatening pyelonephritis. Urine scald and secondary skin infections develop rapidly on the hindquarters of incontinent rabbits, causing pain and potential systemic infection. Pressure sores form on bony prominences in immobile rabbits, creating painful wounds prone to infection. Muscle atrophy in paralyzed limbs leads to contractures if range of motion is not maintained. Hepatic lipidosis can develop if the rabbit does not eat adequately. Psychological effects including depression and withdrawal may occur in previously active, social rabbits confined to immobility. Each of these complications requires specific management and adds to the burden of care for affected rabbits and their owners.