Floppy Rabbit Syndrome

Floppy Rabbit Syndrome, sometimes called Floppy Bunny Syndrome, is an acute neurological condition that causes sudden and often alarming muscle weakness or flaccid paralysis in rabbits. This condition is characterized by the rabbit's sudden inability to hop, stand, or support their own body weight, with the muscles of the legs and sometimes the neck becoming limp and unresponsive. The condition has been documented in rabbits across the United Kingdom, United States, Australia, and other countries, though its exact prevalence remains unknown because many cases may go unreported or be misdiagnosed as other conditions.

The precise cause of Floppy Rabbit Syndrome has not been definitively established, making it somewhat of a medical mystery in rabbit medicine. Current veterinary research suggests it may be an autoimmune disorder similar to Guillain-Barré syndrome in humans or Coonhound paralysis in dogs. The neurological findings indicate a lower motor neuron condition, with polyradiculoneuritis, which is inflammation of the nerve roots, being the suspected underlying mechanism. Various contributing factors have been theorized, including nutritional deficiencies, metabolic imbalances, infectious agents, and environmental triggers, though none have been conclusively proven as the definitive cause.

Floppy Rabbit Syndrome represents a significant health emergency that requires immediate veterinary attention. The sudden onset of paralysis is extremely distressing for both rabbits and their owners, and the condition can rapidly lead to life-threatening complications if not promptly addressed. Secondary problems such as gastrointestinal stasis, dehydration, hypothermia, and in severe cases respiratory failure can develop quickly in affected rabbits. Because rabbits are prey animals that instinctively hide signs of illness, the dramatic presentation of this syndrome often means the rabbit is already in a critical state by the time symptoms become obvious to owners.

The encouraging news is that with prompt veterinary intervention and intensive supportive care, the majority of rabbits affected by Floppy Rabbit Syndrome make a full recovery, typically within two to seven days. Early recognition of symptoms and immediate treatment are absolutely essential for the best outcomes. Treatment focuses on supportive care including maintaining hydration, providing nutritional support through syringe feeding, keeping the rabbit warm and comfortable, and preventing secondary complications. Finding a rabbit-savvy veterinarian who is familiar with this condition and understands the unique needs of rabbit patients is critical for successful management and recovery.

The exact cause of Floppy Rabbit Syndrome remains undetermined despite ongoing research and clinical investigation, which makes this condition particularly challenging for veterinarians and researchers to fully understand and prevent. The leading theory suggests that Floppy Rabbit Syndrome is an autoimmune disorder in which the rabbit's immune system mistakenly attacks the peripheral nerves, specifically the nerve roots where they exit the spinal cord. This mechanism is strikingly similar to Guillain-Barré syndrome in humans and polyradiculoneuritis or Coonhound paralysis in dogs, both of which cause acute flaccid paralysis through immune-mediated nerve damage.

While no genetic predisposition has been identified, there are several metabolic and nutritional factors that may contribute to the development of this syndrome or produce similar clinical signs. Hypocalcemia, which is low blood calcium, is a recognized cause of muscle weakness and is particularly seen in lactating does whose calcium reserves become depleted during milk production. Hypoglycemia, or low blood sugar, is commonly observed in young rabbits that have recently been rehomed and experienced dietary changes combined with the stress of a new environment. Hypokalemia, low potassium levels in the blood, has also been associated with muscle weakness that mimics Floppy Rabbit Syndrome and may be an underlying factor in some cases.

Selenium deficiency represents another theorized cause that has gained attention in the rabbit community. Nutritional muscular dystrophy can occur when rabbits either consume a diet lacking in selenium or do not have adequate Vitamin E to properly process and utilize selenium. Some individual rabbits may have bodies that are inefficient at selenium metabolism, making them more susceptible to this deficiency even on an otherwise adequate diet. Vitamin E supplementation has anecdotally helped some affected rabbits, supporting this theory, though scientific confirmation is still lacking.

Infectious agents have also been implicated as potential triggers for Floppy Rabbit Syndrome. Many rabbits presenting with symptoms of this condition also test positive for Encephalitozoon cuniculi, a protozoan parasite that commonly affects rabbits and can cause various neurological problems including head tilt, kidney disease, and cataracts. While the relationship between E. cuniculi and Floppy Rabbit Syndrome is not fully understood, the frequent co-occurrence suggests the parasite may play a role in triggering or contributing to the condition in some rabbits. Plant toxicity and mycotoxins have also been theorized as potential causes, as exposure to certain toxic substances could damage the nervous system and produce similar symptoms.

Stress appears to be a significant triggering factor in many cases of Floppy Rabbit Syndrome. Clinical observations have noted that some rabbits experience repeated episodes of the syndrome, often following periods of stress such as changes in environment, introduction of new animals, veterinary visits, or other disruptions to their routine. This stress connection supports the autoimmune theory, as stress is known to affect immune function and can trigger autoimmune flares in both humans and animals. The sudden onset of symptoms, often discovered when owners find their rabbit paralyzed in the morning or after returning home, suggests that the condition may develop during periods of rest or lower activity when the rabbit's stress response may be transitioning.

The hallmark symptom of Floppy Rabbit Syndrome is the sudden onset of muscle weakness progressing to flaccid paralysis, which can be extremely alarming for rabbit owners who may find their previously healthy pet suddenly unable to move. Unlike gradual conditions that develop over time, Floppy Rabbit Syndrome typically appears acutely, often seemingly overnight. Many owners discover their rabbit in a collapsed state in the morning or when returning home from work, with no prior warning signs that anything was amiss. This sudden presentation reflects the acute nature of the nerve inflammation and the rabbit's natural tendency to hide subtle signs of developing illness.

In mild to moderate cases, affected rabbits may still be able to sit upright and maintain some postural control but cannot hop or move around normally. They may be able to shuffle or drag themselves short distances but lack the strength and coordination to perform their normal activities. The muscles feel soft and limp rather than tense, which is an important distinction from conditions causing pain or spasm where muscles might feel rigid or contracted. Some rabbits maintain their appetite and can eat and drink if food and water are brought within reach, while others may be too weak or stressed to eat voluntarily.

Severely affected rabbits may be completely unable to support any of their body weight and lie flat on their sides, able only to weakly wiggle their bodies without purposeful movement of the limbs. The legs may splay out in unnatural positions because the muscles cannot hold them in proper alignment. In some cases, the weakness extends to the neck muscles, causing the rabbit to be unable to hold their head up normally. This complete flaccid paralysis represents the most serious presentation and requires immediate intensive care to prevent life-threatening complications.

Behavioral changes accompanying the physical symptoms can include lethargy, decreased interest in surroundings, and reduced or absent grooming activity. Affected rabbits may appear anxious or stressed due to their inability to move and their vulnerability in a prey animal whose survival instinct depends on the ability to flee from danger. Appetite changes are common and concerning, as any rabbit that stops eating is at immediate risk for developing gastrointestinal stasis, which is a life-threatening condition in its own right. Decreased water intake compounds this problem by leading to dehydration, which can worsen the neurological symptoms and overall condition.

Litter box habits will inevitably be affected because the rabbit cannot physically access their litter box or position themselves properly to eliminate. Some rabbits may become incontinent, producing urine and fecal pellets where they lie, while others may have decreased output due to reduced food and water intake. Fecal pellets may become smaller or absent, which is always a warning sign of gastrointestinal slowdown. The inability to consume cecotropes, the nutrient-rich droppings that rabbits normally eat directly from their anus, leads to nutritional deficits and can be observed as soft cecal pellets accumulating in the bedding area.

Emergency symptoms that require immediate veterinary attention include any rabbit showing sudden paralysis or severe weakness, regardless of whether they can still eat or drink. A rabbit that has not eaten for twelve hours or more is experiencing a medical emergency due to the risk of GI stasis. Complete absence of fecal output indicates the gastrointestinal system has stopped functioning and is life-threatening. Difficulty breathing, labored respiration, or any sign of open-mouth breathing represents a dire emergency, as Floppy Rabbit Syndrome can in severe cases progress to affect the respiratory muscles, leading to respiratory failure. Extreme lethargy, cold ears indicating hypothermia, or a rabbit that is unresponsive to handling are all signs that the condition is becoming critical and the rabbit needs emergency care without delay.

Diagnosing Floppy Rabbit Syndrome requires a thorough veterinary examination by a rabbit-savvy veterinarian who is familiar with this condition and can distinguish it from other causes of paralysis or weakness in rabbits. The initial examination will include a complete physical assessment, evaluation of neurological function, and careful questioning about the onset of symptoms, the rabbit's environment, diet, recent stressors, and any potential exposure to toxins or other rabbits. The veterinarian will assess muscle tone, reflexes, pain response, and the pattern of weakness to determine whether the presentation is consistent with Floppy Rabbit Syndrome or suggests an alternative diagnosis.

Blood tests are an essential component of the diagnostic workup and can help identify or rule out metabolic causes of muscle weakness that may mimic Floppy Rabbit Syndrome. A complete blood panel including blood glucose levels can detect hypoglycemia, which is particularly common in young rabbits experiencing diet changes or stress. Calcium levels identify hypocalcemia, especially important in lactating does or rabbits with inadequate dietary calcium. Potassium testing can reveal hypokalemia, which causes muscle weakness. Packed cell volume and total protein measurements help assess hydration status and identify dehydration as a contributing factor. It is important to note that rabbit blood values differ from those of cats and dogs, so the veterinarian must use appropriate rabbit reference ranges when interpreting results.

Radiographs of the spine and pelvis are important to rule out traumatic causes of paralysis, particularly spinal fractures or dislocations that could result from falls or improper handling. Rabbits are often curious climbers and may fall without their owners witnessing the accident. X-rays can also identify other spinal abnormalities such as spondylosis or congenital malformations that might contribute to neurological symptoms. Careful palpation of the spine during physical examination combined with imaging helps differentiate Floppy Rabbit Syndrome from traumatic injury, which has a vastly different prognosis and treatment approach.

Additional diagnostic tests may be recommended depending on the clinical presentation and initial findings. Serological testing for Encephalitozoon cuniculi can identify this common parasitic infection that causes neurological symptoms and frequently co-occurs with or mimics Floppy Rabbit Syndrome. Fecal testing for coccidia may be recommended, especially in young rabbits, as heavy parasitic burdens can cause weakness and debilitation. In cases where more definitive diagnosis is sought or other conditions need to be ruled out, advanced diagnostics including CT or MRI scanning of the brain and spinal cord, cerebrospinal fluid analysis, and electromyography can be considered, though these tests are expensive and may not be readily available at all veterinary facilities. For most cases of Floppy Rabbit Syndrome, a diagnosis is made based on the characteristic clinical presentation, exclusion of other identifiable causes through basic diagnostics, and the response to supportive treatment over the following days.

Treatment for Floppy Rabbit Syndrome focuses primarily on intensive supportive care, as there is no specific cure or targeted therapy for the suspected autoimmune nerve inflammation underlying the condition. The immediate priorities when a rabbit presents with symptoms are stabilization, prevention of secondary complications, and creating optimal conditions for natural recovery. Because rabbits can deteriorate rapidly when ill, treatment should begin immediately upon veterinary examination rather than waiting for all diagnostic results. The good news is that most rabbits respond well to supportive care, with the majority recovering within two to seven days when appropriate treatment is initiated promptly.

Fluid therapy is a cornerstone of treatment for affected rabbits, as many are dehydrated from reduced water intake and need fluid support to maintain organ function and prevent further decline. Subcutaneous fluids are commonly administered to provide hydration while avoiding the stress of intravenous catheter placement when possible. Severely affected rabbits or those with significant dehydration may require more aggressive fluid therapy. Maintaining proper hydration is essential not only for overall health but specifically for keeping the gastrointestinal tract functioning, as dehydration contributes significantly to the development of GI stasis.

Nutritional support through syringe feeding is absolutely critical for any rabbit that is not eating voluntarily. Rabbits must maintain continuous food intake to keep their gastrointestinal system moving, and even short periods without food can trigger life-threatening GI stasis. Critical care formula such as Oxbow Critical Care should be offered every few hours, with amounts calculated based on the rabbit's body weight and adjusted according to response. Rabbits that can eat on their own should be offered their favorite foods within easy reach, along with fresh hay and water, to encourage voluntary intake alongside syringe feeding as needed.

Anti-inflammatory medications are commonly prescribed to address the presumed inflammation of the nerve roots, and pain management ensures the rabbit remains comfortable during recovery. Meloxicam is the most frequently used non-steroidal anti-inflammatory drug for rabbits and is safe when dosed appropriately. Importantly, corticosteroids are contraindicated in Floppy Rabbit Syndrome despite their anti-inflammatory effects in other conditions, as they can worsen outcomes and impair the rabbit's ability to fight infection. If E. cuniculi infection is suspected or confirmed, a 28-day course of fenbendazole may be prescribed alongside anti-inflammatory treatment.

Gastrointestinal support medications including prokinetics such as metoclopramide or cisapride help maintain gut motility and prevent the development of GI stasis, which is one of the most common and dangerous complications of Floppy Rabbit Syndrome. Simethicone may be given if there are concerns about gas accumulation in the intestines. The veterinarian may also prescribe gut-protective medications and probiotics to support healthy digestive function during the recovery period.

Environmental and nursing care during recovery is just as important as medical treatment. Affected rabbits should be kept warm, as hypothermia is a significant risk when rabbits cannot move around to generate body heat. A comfortable, padded enclosure prevents pressure sores that can develop quickly in immobile rabbits. The rabbit should be positioned propped up on their chest using rolled towels rather than lying flat on their side, as this helps with breathing and is a more natural resting position. Gentle range-of-motion exercises and massage may help maintain circulation and muscle condition during the paralytic phase. Bedding should be kept clean and dry, with frequent changes to prevent urine scald and skin irritation. Throughout treatment, the rabbit should be kept in a quiet, low-stress environment to support recovery and prevent stress-triggered setbacks.

The recovery timeline for Floppy Rabbit Syndrome is generally favorable, with the majority of affected rabbits showing significant improvement within the first week of intensive supportive care. Most rabbits begin to regain muscle strength and coordination within two to seven days of treatment onset, regardless of the specific treatments administered beyond supportive care. The severity of the initial presentation does appear to affect recovery time, with mildly affected rabbits that maintained some mobility recovering faster than those with complete flaccid paralysis. However, even severely affected rabbits can make full recoveries with appropriate care and patience.

During the recovery phase, owners should expect to see gradual improvement rather than sudden restoration of normal function. The rabbit may first show small movements of the legs, then progress to being able to hold themselves upright with support, followed by independent sitting and eventually the return of hopping ability. Some rabbits may have residual weakness or coordination problems for a period after the acute phase resolves, but most eventually return to completely normal function. Appetite should improve as the rabbit regains strength, and fecal output should normalize once eating resumes. These improvements in eating and elimination are important positive indicators that the rabbit is on the path to recovery.

Post-treatment care requires continued monitoring even after the rabbit begins to improve. Medication schedules must be followed precisely, with syringe feeding continued until the rabbit is eating sufficient quantities independently to maintain their weight and produce normal fecal output. Follow-up veterinary appointments allow the veterinarian to assess recovery progress, adjust treatments as needed, and ensure no complications are developing. Weight monitoring helps track whether nutritional intake is adequate, and any sudden decline or stall in recovery should prompt immediate veterinary reassessment.

The long-term prognosis for rabbits that survive an episode of Floppy Rabbit Syndrome is generally good, though some individuals may experience recurrent episodes. Repeated episodes have been observed in some rabbits, often following periods of stress such as environmental changes, veterinary visits, or other disruptions. Owners of rabbits that have experienced Floppy Rabbit Syndrome should be vigilant for signs of recurrence and take steps to minimize stress in their rabbit's environment. Some rabbits experience only a single episode and never have problems again, while others may be prone to periodic recurrences throughout their lives. Understanding this possibility allows owners to prepare and respond quickly if symptoms reappear. With appropriate management and a low-stress lifestyle, most recovered rabbits go on to enjoy good quality of life with normal activity levels and longevity.

Preventing Floppy Rabbit Syndrome is challenging because the exact cause of the condition remains unknown, making it difficult to identify specific preventive measures with certainty. However, supporting overall rabbit health through proper husbandry, nutrition, and stress management creates the best foundation for a resilient rabbit that may be better equipped to resist or recover from this and other health challenges. Since stress appears to be a triggering factor in many cases, minimizing stress exposure is one of the most practical preventive strategies available to rabbit owners.

Environmental management plays an important role in keeping rabbits healthy and reducing stress. Rabbits should be housed in appropriately sized enclosures that allow room for movement, stretching, and normal behaviors. Indoor housing is generally recommended as it protects rabbits from temperature extremes, predators, and outdoor parasites and diseases. The living area should be kept clean with appropriate bedding that is changed regularly to prevent ammonia buildup and maintain hygiene. Temperature should be maintained in a comfortable range, as rabbits are very sensitive to heat and can also become chilled when ill or inactive. Quiet, calm surroundings away from loud noises, barking dogs, or other stressors help maintain a low-stress environment.

Nutrition is fundamental to rabbit health and may play a role in preventing conditions like Floppy Rabbit Syndrome. Unlimited grass hay should form at least eighty percent of the rabbit's diet, providing essential fiber for gastrointestinal health and dental wear. High-quality pellets should be offered in limited quantities appropriate for the rabbit's size and age. Fresh leafy greens should be provided daily, offering variety and additional nutrients. Some owners of rabbits that have experienced Floppy Rabbit Syndrome choose to supplement with Vitamin E, theorizing that improved selenium utilization may be protective, though this has not been scientifically proven. Any dietary changes should be made gradually to avoid digestive upset, and foods high in sugar or starch should be avoided.

Regular veterinary care with a rabbit-savvy veterinarian helps catch health problems early and ensures the rabbit maintains good overall condition. Annual wellness examinations allow for detection of developing issues before they become serious. Dental checks are important as dental disease is extremely common in rabbits and can lead to secondary problems including reduced food intake. Vaccinations against rabbit hemorrhagic disease virus should be administered in areas where this disease is present. Parasite prevention and treatment, including regular fecal testing and treatment for E. cuniculi when indicated, may reduce the risk of infections that could trigger or worsen Floppy Rabbit Syndrome.

Owners should become familiar with their individual rabbit's normal behavior, eating habits, and fecal output so they can quickly recognize when something is wrong. Daily health checks including observation of appetite, activity level, and litter box output allow for early detection of problems. Because rabbits hide illness, even subtle changes should be taken seriously and prompt veterinary consultation. Maintaining a relationship with a rabbit-experienced emergency veterinarian ensures that help is available around the clock if symptoms of Floppy Rabbit Syndrome or any other emergency develop. Quick action at the first sign of weakness or paralysis dramatically improves the chances of full recovery.

Managing a rabbit during and after an episode of Floppy Rabbit Syndrome requires dedication, patience, and careful attention to the rabbit's changing needs throughout the recovery process. During the acute phase when the rabbit is paralyzed or severely weakened, daily care becomes intensive and time-consuming. The rabbit will need assistance with all basic functions including eating, drinking, elimination hygiene, and positioning. Creating a supportive care routine and maintaining it consistently gives the rabbit the best chance of recovery while preventing secondary complications that could prolong illness or cause additional harm.

The home environment must be modified to meet the needs of an immobile or weakened rabbit. A small, padded enclosure prevents the rabbit from attempting to move and injuring themselves while ensuring they remain in a safe, contained space. Soft bedding that is highly absorbent helps manage urine and protects against pressure sores that can develop within hours on bony prominences when a rabbit cannot shift positions. Bedding should be checked and changed multiple times daily to keep the rabbit clean and dry. Urine scald on the hindquarters and hocks is a common complication of immobility and can be prevented through diligent hygiene. The rabbit should be gently repositioned every few hours to prevent prolonged pressure on any single area and to provide mental stimulation through slight environmental change.

Quality of life considerations are important throughout the management of Floppy Rabbit Syndrome. Despite their paralysis, affected rabbits remain alert and aware, and attention to their emotional wellbeing supports recovery. Gentle handling, quiet conversation, and maintaining contact with bonded partners when safe to do so can reduce stress and provide comfort. Signs of good quality of life include interest in surroundings, willingness to accept food, responsive behavior to handling, and gradual improvement in physical function. Signs of poor quality of life or suffering include complete withdrawal, refusing all food despite syringe feeding attempts, apparent pain despite medication, or declining condition despite treatment. These signs warrant immediate veterinary consultation to reassess the treatment plan and discuss prognosis.

Ongoing monitoring after recovery is essential for rabbits that have experienced Floppy Rabbit Syndrome. Owners should watch for any recurrence of symptoms, particularly during or after stressful events. Weight should be checked regularly to ensure the rabbit maintains healthy body condition. Food intake and fecal output monitoring should continue as part of routine daily observation. Regular veterinary checkups allow for professional assessment of recovery status and early detection of any developing problems. Keeping detailed records of the rabbit's health, including any symptoms, treatments, and responses, provides valuable information for managing future episodes if they occur.

Support resources are available for owners of rabbits with Floppy Rabbit Syndrome or other challenging health conditions. The House Rabbit Society and local rabbit rescue organizations often have experienced volunteers who can provide advice and encouragement. Online communities dedicated to rabbit care offer peer support and shared experiences that can help owners feel less alone in managing a difficult situation. Financial considerations are real, as exotic veterinary care and intensive supportive treatment can be costly. Some areas have low-cost veterinary clinics or payment plans available. Recognizing the emotional toll of caring for a seriously ill rabbit is important, and owners should not hesitate to seek support for themselves as well as their pets during this challenging time.

Current veterinary literature and clinical observations suggest that Floppy Rabbit Syndrome does not appear to be linked to any specific breed, age, or gender of rabbit. This condition has been documented in rabbits of various breeds and mixed breed rabbits alike, occurring in both young rabbits and seniors, males and females equally. The lack of breed predisposition distinguishes Floppy Rabbit Syndrome from many other rabbit health conditions that do show clear breed associations, such as dental malocclusion in dwarf breeds or ear infections in lops. However, it should be noted that comprehensive epidemiological studies on Floppy Rabbit Syndrome have not been conducted, so subtle breed associations may exist that have not yet been identified.

While no specific breeds appear to be at higher risk, certain individual risk factors may increase a rabbit's susceptibility to developing Floppy Rabbit Syndrome or conditions that mimic it. Lactating does are at increased risk for hypocalcemia, which can cause similar muscle weakness symptoms. Young rabbits that have recently been rehomed are more susceptible to hypoglycemia-related weakness due to dietary changes and stress. Rabbits with poor nutritional status, those on inadequate diets lacking in essential vitamins and minerals including selenium and Vitamin E, may theoretically be more vulnerable if nutritional deficiency is indeed a contributing factor. Rabbits living in stressful environments or those prone to anxiety may be at higher risk if stress is a triggering factor as suspected.

For owners and breeders, the lack of identified breed risk means that vigilance for Floppy Rabbit Syndrome should be maintained regardless of the rabbit's breed or background. Any rabbit showing sudden weakness or paralysis should receive immediate veterinary attention. Because the condition is not hereditary as far as is currently known, there are no specific breeding recommendations or genetic screening tests related to Floppy Rabbit Syndrome. However, maintaining overall good health practices, providing proper nutrition, and minimizing stress are prudent measures for all rabbits. Rescue rabbits and rabbits with unknown histories are equally susceptible as those from known breeding programs, emphasizing the importance of proper care and observation for all pet rabbits regardless of their origin.

Several conditions commonly co-occur with or are closely related to Floppy Rabbit Syndrome, and understanding these relationships helps with accurate diagnosis and comprehensive treatment. Gastrointestinal stasis is the most common and serious complication that develops secondary to Floppy Rabbit Syndrome. When a rabbit is immobile and unable to eat normally, the digestive system quickly begins to slow and can stop functioning entirely. GI stasis can be fatal within twenty-four to forty-eight hours if not treated, making prevention through aggressive nutritional support absolutely critical in any rabbit with Floppy Rabbit Syndrome. The development of GI stasis significantly worsens prognosis and complicates recovery.

Encephalitozoon cuniculi infection is frequently associated with Floppy Rabbit Syndrome, though the exact relationship remains unclear. Many rabbits presenting with Floppy Rabbit Syndrome symptoms also test positive for this common parasitic organism. E. cuniculi can cause a range of neurological symptoms including head tilt, weakness, and paralysis, making it an important differential diagnosis. Some veterinarians treat presumptively for E. cuniculi in cases of Floppy Rabbit Syndrome, while others reserve treatment for confirmed cases. The overlap between these conditions means that thorough diagnostic testing and comprehensive treatment approaches are often warranted.

Other conditions that may present with similar symptoms and must be differentiated from Floppy Rabbit Syndrome include spinal fracture or trauma, which carries a much different prognosis. Spondylosis, a degenerative spinal condition common in older rabbits, can cause progressive weakness but typically develops gradually rather than acutely. Arthritis and other musculoskeletal pain conditions may cause reluctance to move that can initially appear similar to paralysis. Metabolic conditions including hypoglycemia, hypocalcemia, and hypokalemia can cause muscle weakness that mimics Floppy Rabbit Syndrome and are important to identify because they have specific treatments. Toxin exposure from plants, medications, or environmental chemicals can also cause acute paralysis. Careful diagnostic workup helps distinguish between these possibilities and guides appropriate treatment, ultimately improving the chances of recovery for affected rabbits.