Enteritis (bacterial, viral, parasitic)

Enteritis refers to inflammation of the small intestine, and in reptiles, this condition most commonly results from infectious causes including bacteria, viruses, and parasites. This broad category of gastrointestinal disease represents one of the most frequent health problems encountered in captive reptiles, with presentations ranging from mild digestive upset to severe, life-threatening illness. Understanding the various causes and manifestations of enteritis helps reptile keepers recognize problems early and seek appropriate veterinary care before conditions become critical.

Enteritis affects virtually all reptile species kept in captivity, though specific pathogens may show preferences for certain hosts. Bearded dragons, leopard geckos, tortoises, iguanas, chameleons, and numerous other species commonly develop enteritis from various causes. The prevalence of this condition in captive populations reflects both the challenges of maintaining appropriate husbandry and the common presence of pathogenic organisms in the reptile trade. Young reptiles, newly acquired animals, and those experiencing stress or husbandry deficiencies are particularly susceptible to developing clinical enteritis.

The impact of enteritis on reptile health depends on the specific causative agent, severity of infection, and duration of illness. Mild cases may cause temporary appetite reduction and changes in fecal quality that resolve with supportive care. Moderate to severe enteritis results in significant malabsorption, dehydration, weight loss, and systemic effects that can rapidly compromise the animal's condition. Because reptile immune function is temperature-dependent, affected animals that become lethargic and fail to thermoregulate properly may experience suppressed immunity that allows infections to worsen. The chronic nature of some parasitic and viral causes of enteritis can result in progressive decline over extended periods.

With proper veterinary diagnosis and treatment, many cases of enteritis in reptiles can be successfully managed. However, outcomes depend significantly on identifying and addressing the specific cause, correcting any underlying husbandry deficiencies, and providing appropriate supportive care throughout the treatment period. The cryptic nature of illness in reptiles means that enteritis may progress substantially before clinical signs become apparent, emphasizing the importance of regular monitoring and prompt veterinary consultation when changes in appetite, feces, or behavior are observed.

The causes of enteritis in reptiles span multiple categories of infectious agents, each with distinct characteristics, transmission patterns, and treatment requirements. Understanding these diverse etiologies is essential for accurate diagnosis and effective treatment, as therapy must be targeted to the specific causative agent in each case. Additionally, husbandry factors often play a significant role in predisposing reptiles to infectious enteritis or allowing mild infections to progress to clinical disease.

Bacterial causes of enteritis include numerous organisms that may be normal inhabitants of the reptile gut becoming pathogenic under certain conditions, as well as truly pathogenic species acquired from external sources. Salmonella species are commonly found in reptiles and can cause clinical enteritis, particularly when the animal is stressed or immunocompromised. Pseudomonas, Aeromonas, Clostridium, and various other gram-negative and anaerobic bacteria can cause enteritis when gut flora becomes imbalanced or when virulent strains are introduced. Bacterial overgrowth often occurs secondary to stress, inappropriate temperatures, dietary changes, or concurrent disease that disrupts the normal gut microbiome.

Parasitic causes of enteritis are extremely common in reptiles and include both protozoan and helminth parasites. Protozoan parasites such as coccidia, flagellates including Trichomonas and Giardia species, and amoebae are frequently identified in reptiles with enteritis. Helminth parasites including nematodes, cestodes, and trematodes can damage the intestinal lining and cause inflammation. Many reptiles carry low-level parasitic infections that become clinically significant when immune function is compromised or when parasite numbers increase due to stress or reinfection from a contaminated environment.

Viral causes of enteritis are increasingly recognized in reptiles as diagnostic capabilities improve. Adenovirus infection is an important cause of enteritis in bearded dragons, often causing severe disease in young animals. Rotavirus, reovirus, and other viral agents have been identified in reptiles with gastrointestinal disease. Viral enteritis may occur alone or in conjunction with bacterial or parasitic infections, complicating diagnosis and treatment. Many viral infections cause immunosuppression that predisposes to secondary bacterial or parasitic problems.

Husbandry factors create the conditions under which infectious enteritis develops and progresses. Inadequate enclosure temperatures suppress immune function and slow digestive processes, allowing pathogens to proliferate. Poor sanitation leads to pathogen accumulation and repeated reinfection. Inappropriate diet may alter gut pH and flora, predisposing to dysbiosis and infection. Stress from overcrowding, inappropriate housing, excessive handling, or environmental factors compromises immune response. Concurrent illness from any cause weakens the animal and increases susceptibility to intestinal pathogens.

The pathophysiology of enteritis involves inflammation of the intestinal mucosa in response to infection, resulting in disruption of normal digestive and absorptive functions. The inflamed gut lining may become damaged or ulcerated, leading to blood loss, protein loss, and impaired barrier function that can allow bacterial translocation. Fluid secretion into the gut lumen and reduced absorption cause diarrhea and dehydration. Malabsorption of nutrients leads to weight loss and nutritional deficiencies. The systemic inflammatory response and potential for sepsis from severe enteritis can result in multi-organ effects and rapid decline.

The symptoms of enteritis in reptiles vary based on the specific causative agent, severity of infection, and duration of illness, but generally involve changes in fecal output, appetite, and overall condition. Because reptiles naturally hide signs of illness, clinical symptoms may not become apparent until disease has progressed significantly. Familiarity with your reptile's normal appearance, behavior, and fecal characteristics is essential for early recognition of enteritis.

Changes in fecal appearance are the most characteristic symptoms of enteritis. Normal reptile feces vary by species and diet but generally consist of formed fecal material, white urates, and a small amount of liquid urine. Enteritis typically produces loose, poorly formed, or watery diarrhea. The color may be abnormal, ranging from unusually dark to green or yellow depending on the cause and severity. Mucus may be visible as a slimy coating or strands in or on the feces. Blood may be present, appearing as fresh red blood or darker digested blood mixed throughout. Undigested food visible in the feces indicates malabsorption.

Changes in defecation patterns often accompany the altered fecal appearance. Increased frequency of defecation is common as the inflamed intestines fail to retain contents normally. However, some reptiles with enteritis may defecate less frequently due to reduced food intake. The volume of individual bowel movements may vary. Strong, unusually foul odors from the feces often accompany infectious enteritis, particularly with bacterial causes. The area around the cloaca may become soiled from frequent or uncontrolled diarrhea.

Appetite and behavioral changes provide important indicators of enteritis. Decreased appetite or complete anorexia commonly accompanies intestinal inflammation due to discomfort and systemic effects of infection. Lethargy and reduced activity levels develop as the animal diverts energy to fighting infection and coping with nutrient malabsorption. Changes in thermoregulation behavior may occur, with some reptiles seeking increased heat to boost immune function while others become too weak to move to basking areas. Hiding behavior often increases as the reptile seeks to avoid perceived threats while vulnerable.

Physical changes develop as enteritis progresses. Weight loss becomes apparent due to both reduced food intake and malabsorption of nutrients. Dehydration is common from fluid loss through diarrhea and reduced water intake, manifesting as sunken eyes, wrinkled or tenting skin, and decreased skin elasticity. The reptile may appear overall unthrifty, with dulled coloration, poor shed quality, and reduced muscle tone. In severe cases, weakness becomes pronounced, and the reptile may have difficulty moving normally.

Symptom progression without appropriate treatment follows a pattern of worsening gastrointestinal symptoms, increasing dehydration, progressive weight loss, and declining overall condition. Chronic enteritis may result in gradual but persistent deterioration over weeks to months. Acute severe enteritis can progress rapidly to life-threatening dehydration and sepsis within days.

Emergency symptoms requiring immediate veterinary attention include bloody diarrhea or diarrhea containing significant blood, severe dehydration with markedly sunken eyes and very wrinkled skin, extreme lethargy or unresponsiveness, cloacal prolapse, signs of systemic illness such as abnormal breathing or dramatic color changes, or any rapid deterioration in condition. These signs indicate serious disease requiring urgent intervention.

Accurate diagnosis of enteritis in reptiles requires veterinary evaluation to identify the specific causative agent and guide appropriate treatment. Clinical signs of enteritis are nonspecific and can result from various bacterial, viral, and parasitic causes, each requiring different treatment approaches. Comprehensive diagnosis allows targeted therapy and improves outcomes compared to empirical treatment alone.

Physical examination by a reptile-experienced veterinarian provides initial assessment of the reptile's condition and helps determine the severity of illness. The veterinarian will evaluate body condition, hydration status, and overall demeanor. Gentle abdominal palpation may reveal intestinal thickening, gas accumulation, or other abnormalities. Examination of the cloaca and pericloacal area assesses for soiling, irritation, or prolapse. Oral examination may reveal concurrent stomatitis or signs of dehydration. The examination findings guide the urgency and extent of diagnostic testing and the need for supportive care.

Fecal examination is the cornerstone of enteritis diagnosis in reptiles. Direct microscopic examination of fresh feces can reveal motile protozoan parasites, flagellates, and some helminth eggs. Fecal flotation concentrates parasite eggs and cysts for identification. Gram staining of fecal smears provides information about bacterial populations and can help identify abnormal bacterial overgrowth. Fecal culture and sensitivity testing identifies specific bacterial pathogens and guides antibiotic selection when bacterial infection is suspected. Special stains may be used to detect specific organisms such as Cryptosporidium.

Molecular diagnostics including PCR testing provide sensitive and specific identification of many pathogens causing reptile enteritis. PCR panels can screen for multiple parasites, bacteria, and viruses simultaneously. This testing is particularly valuable for detecting organisms that are difficult to identify by other methods, such as viruses and some protozoan parasites. PCR testing for adenovirus is important in bearded dragons with enteritis. As molecular testing becomes more accessible, it increasingly supplements traditional diagnostic methods.

A thorough husbandry review is an essential component of diagnosis, as environmental factors often contribute to or cause enteritis in captive reptiles. The veterinarian will inquire about enclosure temperatures including basking and ambient temperatures, humidity levels, lighting, sanitation practices, diet composition, and any recent changes to husbandry or diet. Information about the reptile's origin, length of ownership, exposure to other reptiles, and previous health history provides valuable context. This information identifies husbandry deficiencies requiring correction and may suggest likely causes based on common patterns.

Additional diagnostics may be recommended based on initial findings. Bloodwork can assess overall health status, identify dehydration severity, and reveal evidence of systemic infection or inflammation. Radiographs may be performed to evaluate for concurrent problems such as intestinal obstruction, foreign bodies, or reproductive issues. In severe or chronic cases, more advanced diagnostics including endoscopy or biopsy may be considered to evaluate the intestinal mucosa directly.

Treatment of enteritis in reptiles requires a targeted approach based on the identified causative agent, combined with supportive care and husbandry optimization. Because enteritis can result from bacterial, viral, or parasitic causes, accurate diagnosis is important for selecting appropriate therapy. Treatment should be directed by a reptile-experienced veterinarian, as inappropriate or incomplete treatment can allow infections to persist or worsen.

Husbandry correction forms the foundation of enteritis treatment regardless of the specific cause. Temperature optimization is critical, as reptile immune function depends directly on body temperature. Inadequate temperatures not only impair the immune response to infection but also slow drug metabolism, potentially reducing treatment efficacy. Basking temperatures should be verified and adjusted to species-appropriate levels, with slightly elevated temperatures within the safe range often recommended during treatment. Enclosure sanitation must be improved to reduce pathogen load and prevent reinfection. This may involve thorough cleaning, substrate change to more hygienic options, and increased frequency of waste removal during treatment.

Antimicrobial treatment is selected based on the identified cause of enteritis. Bacterial enteritis is treated with appropriate antibiotics, ideally selected based on culture and sensitivity results to ensure effectiveness against the specific organisms involved. Common choices include fluoroquinolones, aminoglycosides, or metronidazole depending on the bacteria identified. Treatment duration typically extends two to four weeks to ensure complete resolution. Parasitic enteritis is treated with antiparasitic medications chosen based on the parasites identified. Fenbendazole effectively treats many nematodes, metronidazole addresses flagellates and anaerobic bacteria, and ponazuril or toltrazuril treat coccidia. Multiple treatments over time are often necessary to eliminate parasites at different life stages.

Viral enteritis lacks specific treatment, with management focusing on supportive care while the reptile's immune system addresses the infection. Preventing secondary bacterial infection through good husbandry and potentially prophylactic antibiotics may be recommended. Some clinicians use immune support measures though specific efficacy in reptiles is not well established. Adenovirus infection in bearded dragons carries a guarded prognosis, particularly in young animals, and supportive care is the primary treatment approach.

Supportive care is essential for all cases of enteritis regardless of cause. Fluid therapy corrects dehydration from diarrhea and reduced intake, potentially through increased soaking opportunities, oral electrolyte solutions, or subcutaneous or intravenous fluids depending on severity. Nutritional support maintains energy and nutrients during illness, with easily digestible food items offered when appetite is present and assist feeding considered under veterinary guidance for prolonged anorexia. Probiotics may help restore normal gut flora, particularly after antibiotic treatment or when bacterial dysbiosis is suspected.

Dietary modifications support recovery from enteritis. Easily digestible foods reduce demand on the compromised digestive system. For herbivorous reptiles, appropriate greens with high water content may be better tolerated than drier items. For insectivorous species, soft-bodied, gut-loaded insects may be preferable. Food items should be fresh and from clean sources to avoid introducing additional pathogens. Feeding schedules may be adjusted, with smaller, more frequent meals potentially being easier to digest.

Species-specific considerations influence treatment approaches. Chameleons and other stress-sensitive species may require extra attention to minimizing handling and environmental disruption during treatment. Aquatic turtles need attention to water quality in addition to direct treatment. Tortoises may require extended treatment courses due to slow gut transit time. The veterinarian will tailor treatment to the individual animal's species, condition, and specific diagnosis.

Treatment duration for enteritis is typically longer in reptiles than in mammals due to slower metabolism. Parasitic infections often require treatment over two to four weeks with follow-up testing to confirm elimination. Bacterial infections may require two to four weeks of antibiotic therapy. Overall recovery including return of normal appetite, fecal quality, and body condition may take several weeks to months depending on severity. Follow-up veterinary evaluation helps ensure treatment success and identifies any need for continued or modified therapy.

Recovery from enteritis in reptiles is typically a gradual process requiring sustained attention to husbandry, continued treatment compliance, and monitoring for resolution of symptoms and return of normal function. Understanding the expected recovery timeline and what to watch for helps ensure complete resolution and prevents recurrence. The recovery period also provides opportunity to solidify the husbandry improvements that will support long-term gastrointestinal health.

Recovery timeline varies based on the causative agent, severity of illness, and individual factors, but reptile keepers should expect recovery to take weeks rather than days. Mild cases of enteritis identified early may show improvement in fecal quality and appetite within one to two weeks of treatment initiation, with full recovery over three to four weeks. Moderate to severe cases typically require four to eight weeks for complete recovery. Chronic enteritis or cases involving difficult-to-treat organisms may require extended treatment and recovery periods. Throughout recovery, gradual improvement should be apparent, with progressive normalization of fecal appearance, return of appetite, increased activity, and weight stabilization or gain.

Post-treatment husbandry optimization continues to be critical during recovery and beyond. The environmental improvements made during treatment represent the standard of care needed to prevent recurrence, not temporary measures. Temperature monitoring should continue regularly to ensure consistent appropriate conditions. Enclosure cleanliness should be maintained at a high level to prevent reinfection, particularly important with parasitic causes that can establish environmental reservoirs. The dietary improvements implemented during treatment should be continued, with ongoing attention to appropriate nutrition for the species.

Prognosis for enteritis depends on the specific cause, severity, how quickly treatment was initiated, and the overall health status of the reptile. Bacterial and most parasitic causes of enteritis carry a generally good prognosis with appropriate treatment, with most affected reptiles making full recoveries. Viral causes may carry more variable prognosis depending on the specific virus and the animal's immune response. Chronic or severe enteritis that has resulted in significant weight loss, dehydration, or secondary complications carries a more guarded prognosis. Early detection and treatment significantly improve outcomes across all causes of enteritis.

Long-term monitoring following recovery from enteritis includes follow-up fecal examinations to confirm elimination of parasites, typically performed two to four weeks after treatment completion. Weight monitoring should continue to ensure healthy body condition is maintained and to detect any early recurrence. Any return of abnormal feces, appetite changes, or other concerning signs should prompt re-evaluation. Some reptiles may be prone to recurrent enteritis and benefit from enhanced preventive measures including routine fecal screening, attention to stress reduction, and particularly vigilant husbandry practices.

Prevention of enteritis in reptiles centers on maintaining optimal husbandry, practicing good hygiene, providing appropriate nutrition, implementing quarantine protocols, and minimizing stress. Because infectious enteritis often develops when pathogens encounter an animal with compromised immune function or suboptimal gut health, creating conditions that support robust health provides significant protection against this common problem.

Proper husbandry setup establishes the environmental foundation for gastrointestinal health and immune function. Temperature gradients must be appropriate for the species, with reliable heating equipment and accurate monitoring. Adequate basking temperatures support both digestion and immune response. UVB lighting appropriate for the species contributes to overall health and metabolic function. Humidity levels should be maintained within species-appropriate ranges. Enclosure size should allow normal activity and thermoregulation. Proper environmental conditions support healthy immune function and reduce the likelihood that pathogenic organisms will cause clinical disease.

Sanitation and hygiene practices prevent pathogen accumulation and transmission. Regular removal of feces limits environmental contamination and reduces reinfection pressure. The enclosure should be thoroughly cleaned and appropriately disinfected on a regular schedule. Water and food dishes should be cleaned frequently. Substrate should be replaced on an appropriate schedule to maintain hygiene. Between enclosures, wash hands thoroughly before handling different reptiles, and avoid sharing equipment without proper cleaning. These practices reduce the pathogen load that reptiles are exposed to and help prevent transmission between animals.

Quarantine protocols are essential for preventing introduction of pathogens into a collection. All newly acquired reptiles should be quarantined for a minimum of 60 to 90 days before introduction to existing animals. During quarantine, the new animal should be housed separately with dedicated equipment. Fecal examination should be performed during quarantine to screen for parasites, ideally on multiple samples collected over time. Treating any parasites identified before introducing the animal to the collection prevents transmission to established reptiles.

Dietary management supports healthy gut function and reduces enteritis risk. Provide species-appropriate food items that meet nutritional requirements. Ensure food freshness and proper storage to prevent bacterial contamination. Gut loading and proper supplementation of feeder insects improves their nutritional value and supports healthy gut flora in the reptile. Avoid sudden dietary changes that can disrupt gut flora. For herbivorous species, provide appropriate variety and avoid foods known to cause digestive upset.

Stress reduction supports immune function and reduces susceptibility to infection. Provide appropriate enclosure size, furnishings, and hides. Minimize unnecessary handling, particularly for stress-sensitive species. Avoid overcrowding and housing incompatible animals together. Maintain consistent routines and environments to reduce stress from change. A reptile with robust immune function supported by low stress and optimal husbandry is better equipped to resist infectious enteritis.

Living with and managing a reptile that has experienced enteritis or is at risk for gastrointestinal problems requires ongoing attention to environmental conditions, diet, hygiene, and health monitoring. While many reptiles recover fully from enteritis episodes without long-term consequences, some individuals may be predisposed to recurrent issues or require enhanced management to maintain gastrointestinal health. Consistent, optimal care provides the best protection against future episodes.

Ongoing husbandry requirements for reptiles with a history of enteritis emphasize consistent maintenance of optimal environmental conditions. Temperature management must be a regular focus, with verification that heating equipment is functioning properly and providing appropriate temperatures. Equipment degrades over time and can fail, so regular checking and proactive replacement prevents lapses that could compromise immune function and digestive health. Similarly, UVB bulbs lose effectiveness and should be replaced according to manufacturer recommendations. A consistent maintenance schedule helps ensure environmental conditions remain optimal.

Sanitation and hygiene practices should be integrated into routine care. Regular removal of feces prevents pathogen accumulation and allows ongoing monitoring of fecal quality. Establish a schedule for thorough enclosure cleaning appropriate for the species and setup. Water quality for aquatic species must be maintained through appropriate filtration and water changes. Clean food and water dishes frequently. These practices reduce reinfection pressure for reptiles that may carry low-level parasitic infections and help prevent introduction of new pathogens.

Health indicator monitoring should be systematic and routine. Daily observation of behavior, appetite, and appearance allows early detection of developing problems. Fecal monitoring is particularly important for reptiles with a history of enteritis, with changes from normal prompting increased attention or veterinary consultation. Regular weighing, ideally weekly or biweekly, tracks body condition over time and can reveal gradual changes that might not be apparent through observation alone. Maintaining records of feeding, defecation, weight, and general observations provides valuable reference for identifying patterns and concerns.

Quality of life considerations are important for reptiles with chronic or recurrent gastrointestinal issues. Work with your veterinarian to develop a management plan that maintains health while supporting good quality of life. This may include prophylactic treatments, dietary modifications, or enhanced monitoring protocols tailored to your individual reptile. Be attentive to signs of discomfort, declining condition, or reduced quality of life, and discuss any concerns with your veterinarian.

Long-term care planning should account for sustainable practices over the reptile's lifespan. Establish routines that can be maintained consistently regardless of schedule changes or other life events. Ensure that family members or others who may provide care understand the specific needs of your reptile, particularly any management considerations related to previous gastrointestinal problems. Maintain a relationship with a reptile-experienced veterinarian for continuity of care and expert guidance. Document your reptile's health history, including enteritis episodes and successful treatments, to inform future care decisions.

Enteritis can affect any reptile species in captivity, but certain groups are more commonly affected or may develop more severe disease due to species-specific susceptibilities. Understanding these patterns helps keepers of at-risk species maintain appropriate vigilance and implement targeted preventive measures.

Bearded dragons are among the most commonly presented reptiles for enteritis, reflecting both their popularity as pets and their susceptibility to various gastrointestinal pathogens. Coccidia is extremely common in bearded dragons and frequently causes clinical enteritis. Adenovirus infection is a significant concern in this species, particularly affecting young animals and causing severe disease with high mortality in some cases. Flagellate parasites, pinworms, and bacterial overgrowth all contribute to enteritis in bearded dragons. The prevalence of gastrointestinal disease in this species emphasizes the importance of proper husbandry, quarantine, and health screening for bearded dragon keepers.

Leopard geckos commonly experience enteritis from various parasitic causes. Coccidia, flagellates, and pinworms are frequently identified in affected animals. Cryptosporidium infection, while technically a cause of enteritis, is discussed separately due to its particularly severe nature and distinct management requirements. The relatively simple husbandry requirements of leopard geckos may lead keepers to underestimate the importance of temperature, sanitation, and parasite screening in preventing gastrointestinal disease.

Chameleons are highly susceptible to stress-related immune suppression that predisposes to enteritis. Their challenging husbandry requirements mean that many captive chameleons experience chronic stress and suboptimal conditions, increasing vulnerability to gastrointestinal pathogens. Parasitic infections are common in chameleons, particularly wild-caught or recently imported specimens. The relatively short lifespan of many chameleon species in captivity partly reflects the frequency of enteritis and other infectious diseases.

Tortoises, iguanas, blue tongue skinks, and numerous other reptile species can develop enteritis from bacterial, viral, or parasitic causes. Newly acquired reptiles of any species are at increased risk during the stress of acclimation. Wild-caught reptiles frequently harbor parasites that may cause clinical disease in captivity. Young reptiles and those with compromised immune function from any cause are more susceptible to clinical enteritis from pathogens that might not cause disease in healthy adults.

Enteritis in reptiles frequently occurs alongside or shares features with several other gastrointestinal and systemic conditions. Understanding these relationships helps ensure comprehensive evaluation and treatment that addresses all contributing factors to the reptile's health status.

Commonly co-occurring conditions include gastritis, or inflammation of the stomach, which often accompanies enteritis as gastroenteritis when both the stomach and intestines are affected. Colitis, inflammation of the large intestine, frequently occurs with enteritis as enterocolitis. Hepatic disease may develop secondary to chronic enteritis due to bacterial translocation and systemic effects. Dehydration is almost universally present with significant enteritis and requires concurrent management. Multiple parasitic infections may be present simultaneously, requiring identification of all organisms for complete treatment.

Conditions with similar symptoms that must be differentiated from infectious enteritis include dietary causes of diarrhea such as sudden food changes or inappropriate items. Foreign body ingestion can cause gastrointestinal symptoms. Reproductive conditions in female reptiles may cause appetite changes and altered bowel function. Renal disease can affect urate appearance and overall condition. Metabolic conditions may produce nonspecific gastrointestinal symptoms. Proper diagnostic testing differentiates these conditions and ensures appropriate treatment.

Secondary complications can develop from untreated or severe enteritis. Cloacal prolapse may result from chronic diarrhea and straining. Severe dehydration can progress to organ compromise and shock. Malnutrition from prolonged anorexia and malabsorption leads to immunosuppression and vulnerability to additional infections. Systemic spread of bacteria from damaged gut mucosa can result in septicemia. Chronic enteritis may lead to permanent changes in gut function or predispose to recurrent episodes. Early recognition and comprehensive treatment of enteritis helps prevent these serious complications.