Hypothermia / Cold Stress

Hypothermia in guinea pigs occurs when body temperature drops below the normal range of 99°F to 103°F, impairing metabolic functions and potentially leading to organ failure and death. Guinea pigs are relatively small animals with a high surface area to volume ratio, which means they lose body heat rapidly when exposed to cold environments. While their fur provides some insulation, guinea pigs lack the subcutaneous fat deposits and sophisticated thermoregulatory mechanisms that protect some other animals from cold exposure. They are unable to hibernate and have limited ability to generate heat through shivering or metabolic increases when their core temperature begins to drop.

Cold stress and hypothermia represent a spectrum of severity in guinea pigs, ranging from mild discomfort at the lower end of their temperature tolerance to life-threatening organ shutdown in severe cases. Guinea pigs are most comfortable in ambient temperatures between 65°F and 75°F. Temperatures below 60°F begin to cause cold stress, and prolonged exposure to temperatures below 50°F can be dangerous. Temperatures approaching or below freezing are rapidly fatal for guinea pigs without intervention. The speed at which hypothermia develops depends on the ambient temperature, the guinea pig's body condition, and any factors that accelerate heat loss such as wet fur or drafty conditions.

The impact of hypothermia on guinea pig health extends to every organ system as the body struggles to maintain core functions with inadequate thermal energy. As body temperature drops, metabolic processes slow, reducing the body's ability to generate heat and creating a dangerous cycle of progressive cooling. The cardiovascular system becomes sluggish, with decreased heart rate and blood pressure impairing oxygen delivery to tissues. Respiratory function diminishes. The digestive system slows or stops, leading to gastrointestinal stasis. The immune system becomes suppressed, increasing vulnerability to infections. Neurological function becomes impaired, progressing from lethargy to unresponsiveness as hypothermia worsens. These systemic effects can cause lasting damage or death if not addressed promptly.

Recognizing the signs of cold stress and hypothermia and responding appropriately can save a guinea pig's life. However, rewarming must be done carefully and gradually, as rapid warming can cause dangerous cardiovascular complications. Any guinea pig that has experienced significant hypothermia should receive veterinary evaluation even if initial warming efforts appear successful, as internal organ damage may not be immediately apparent. Prevention through appropriate housing, temperature management, and recognition of high-risk situations is ultimately the most effective protection against cold-related illness in guinea pigs.

The primary cause of hypothermia in guinea pigs is exposure to environmental temperatures below their thermoneutral zone, which ranges from approximately 65°F to 75°F. When ambient temperature drops below this range, guinea pigs must expend additional metabolic energy to maintain normal body temperature. Below approximately 60°F, cold stress begins to develop, and as temperatures continue to fall, the guinea pig's ability to generate sufficient heat to maintain core temperature becomes overwhelmed. Guinea pigs lack many of the physiological adaptations that allow other species to tolerate cold environments, making them particularly vulnerable to temperature extremes.

Outdoor housing in cold weather is a common cause of hypothermia in guinea pigs. Guinea pigs kept in outdoor hutches or enclosures are exposed to ambient temperature fluctuations that can rapidly become dangerous as weather changes. Nighttime temperatures drop significantly below daytime temperatures, and guinea pigs may become hypothermic overnight even if daytime conditions seem adequate. Wet weather compounds cold exposure by saturating the guinea pig's coat and dramatically accelerating heat loss. Wind chill reduces the effective temperature far below what a thermometer might indicate. Outdoor guinea pigs should be brought inside when temperatures drop below 60°F, and permanent outdoor housing is inappropriate in climates with cold winters.

Indoor environmental factors can also lead to hypothermia in guinea pigs housed inside the home. Cages placed near drafty windows, doors, or air conditioning vents may experience significantly lower temperatures than the room average. Floors, particularly over basements or on ground level, can be much colder than the surrounding air. Heating system failures during winter can cause indoor temperatures to drop to dangerous levels. Power outages lasting more than a few hours in cold weather can become emergency situations for guinea pigs. Guinea pigs housed in unheated garages, basements, or outbuildings may experience hypothermia even when the main home is adequately heated.

Wet conditions dramatically increase hypothermia risk by eliminating the insulating properties of the guinea pig's fur. Bathing is a common trigger for hypothermia, particularly when guinea pigs are not thoroughly dried and kept warm following the bath. Even guinea pigs in appropriately warm environments can become hypothermic if they remain wet. Spilled water bottles can soak bedding and fur. Outdoor guinea pigs exposed to rain become vulnerable even at temperatures that would otherwise be tolerable. Young guinea pigs separated from their mother may become wet and cold if placed on damp bedding.

Individual factors significantly affect a guinea pig's vulnerability to hypothermia. Very young guinea pigs have immature thermoregulatory systems and limited fat reserves for energy during cold exposure. Elderly guinea pigs may have reduced metabolic capacity for heat generation. Underweight or malnourished guinea pigs lack the energy reserves and insulation to tolerate cold. Guinea pigs with illness, particularly any condition affecting circulation, metabolism, or mobility, are at increased risk. Hairless or sparsely furred guinea pigs such as Skinny pigs have essentially no natural insulation and are extremely vulnerable to cold. Shock from any cause, including injury, surgery, or other illness, impairs thermoregulation and can lead to secondary hypothermia.

Symptoms of hypothermia in guinea pigs progress through recognizable stages as body temperature drops, beginning with signs of cold discomfort and advancing to life-threatening organ failure in severe cases. Early recognition of cold stress symptoms allows intervention before the condition becomes dangerous. The speed of symptom progression depends on the severity of cold exposure, the guinea pig's physical condition, and the presence of additional factors such as wet fur that accelerate heat loss.

Early cold stress symptoms indicate the guinea pig is uncomfortable but not yet in immediate danger. Shivering may be observed as the guinea pig's muscles contract involuntarily to generate heat, though guinea pigs have limited shivering capacity compared to some other species. The guinea pig may huddle in a ball, tucking its feet underneath its body and pressing against cage walls or companions to conserve heat. Piloerection, where the fur stands up to trap insulating air, may be visible. The guinea pig may appear reluctant to move from a warm spot and may resist handling. Reduced activity and lethargy begin as the guinea pig conserves energy. These early signs should prompt immediate action to warm the environment and the guinea pig.

Moderate hypothermia symptoms indicate that body temperature has dropped to concerning levels and more urgent intervention is required. Lethargy becomes pronounced, with the guinea pig appearing weak and uninterested in its surroundings. Cold extremities become apparent, with ears, feet, and nose feeling notably cold to the touch. Reduced appetite develops as digestive function slows, which is particularly concerning in guinea pigs given the risk of gastrointestinal stasis. Slow, shallow breathing may be observed as respiratory function decreases. Decreased heart rate reflects cardiovascular slowing. The guinea pig may feel cold overall when handled, not just at the extremities. Muscle stiffness may be apparent as the guinea pig's body becomes cold.

Severe hypothermia symptoms constitute a life-threatening emergency requiring immediate intervention. The guinea pig becomes unresponsive or minimally responsive to stimulation. Breathing becomes very slow, shallow, or difficult to detect. Heart rate drops significantly and may be difficult to feel. The body feels cold throughout. Pupils may become dilated and unresponsive to light. Muscle rigidity develops as the body stiffens. The guinea pig may appear to be dead or near death. Paradoxically, shivering stops in severe hypothermia as the body loses its ability to generate heat through this mechanism. These severe symptoms indicate that death is imminent without immediate rewarming and supportive care.

Secondary symptoms may develop during or after hypothermia as organ systems are affected. Gastrointestinal stasis commonly develops as the digestive system slows or stops, and this can become a life-threatening problem in its own right. Respiratory infections may develop in the days following cold exposure as the immune system's function was impaired during hypothermia. Changes in urination may reflect kidney function impairment. Neurological symptoms including disorientation, unsteadiness, and behavioral changes may indicate cold-related brain effects. These secondary complications mean that veterinary care is important even for guinea pigs that appear to recover after initial rewarming.

Behavioral indicators provide additional clues about a guinea pig's thermal comfort. Seeking warmth by pressing against heated areas or companions indicates cold discomfort. Reluctance to emerge from hiding spots, particularly warm bedding areas, may indicate the guinea pig is too cold. Decreased social interaction and reduced responsiveness to favorite treats or activities suggest energy conservation or illness from cold exposure. Any significant behavioral change during cold weather or following cold exposure warrants careful assessment of the guinea pig's thermal status.

Diagnosis of hypothermia in guinea pigs is based on the combination of low body temperature measurement, consistent clinical signs, and history of cold exposure. In emergency situations, treatment with gradual rewarming begins immediately upon recognition of hypothermia, but thorough diagnostic evaluation helps assess the extent of any organ damage and guides ongoing care decisions.

Body temperature measurement confirms the diagnosis of hypothermia and quantifies its severity. Normal guinea pig body temperature ranges from 99°F to 103°F, measured rectally. Mild hypothermia is generally defined as 95°F to 99°F, moderate hypothermia as 90°F to 95°F, and severe hypothermia as below 90°F. Temperature measurement should be repeated during rewarming to monitor progress and prevent overheating. Standard digital thermometers can be used for guinea pig temperature measurement, though pediatric or small animal thermometers with flexible probes may be more comfortable for the guinea pig.

The physical examination of a hypothermic guinea pig evaluates all body systems for evidence of cold-related effects. Overall appearance and responsiveness provide immediate information about severity. The condition of the fur and any moisture content is noted, as wet guinea pigs require different management than dry ones. Cardiovascular assessment includes heart rate, rhythm, and pulse quality, all of which are typically decreased in hypothermia. Respiratory rate and effort are evaluated. Mucous membrane color and capillary refill time indicate circulation status. Extremity temperature is assessed by touch. Neurological evaluation checks alertness, responsiveness, and coordination. Abdominal palpation may detect gut distension from stasis. Overall hydration status is assessed as hypothermic guinea pigs often develop dehydration.

Blood tests help evaluate overall health status and detect organ dysfunction that may have resulted from hypothermia. Complete blood count may reveal stress responses or other abnormalities. Blood chemistry panels assess kidney and liver function, which can be impaired by reduced blood flow during hypothermia. Blood glucose levels may be low if the guinea pig exhausted energy reserves trying to maintain body temperature. Electrolyte levels may be abnormal. In severe cases, blood gas analysis may be performed to evaluate acid-base status. These laboratory tests help guide treatment and may need to be repeated to monitor for improvement or deterioration.

History taking is an essential component of diagnosis that helps identify the cause of hypothermia and any contributing factors. Information about the guinea pig's housing conditions, recent environmental temperatures, any exposure to drafts or wet conditions, recent bathing, and timeline of symptom development helps the veterinarian understand the situation and guide treatment and prevention recommendations. Any underlying health conditions that might have contributed to hypothermia should be identified and addressed.

Treatment of hypothermia in guinea pigs centers on controlled rewarming to restore normal body temperature, along with supportive care to address organ dysfunction and prevent complications. The warming process must be gradual and carefully monitored, as rapid rewarming can cause dangerous cardiovascular complications including life-threatening cardiac arrhythmias. Any guinea pig with moderate or severe hypothermia should receive veterinary care, and even mild cases warrant veterinary consultation if the guinea pig does not respond well to home warming efforts.

First aid rewarming at home should begin immediately when hypothermia is recognized. Bring the guinea pig to a warm area of the home, ideally 70°F to 75°F or slightly warmer. Remove any wet bedding and wrap the guinea pig in dry towels or fleece blankets. Hold the guinea pig against your body to share warmth while additional warming measures are prepared. Heating pads set to low, wrapped in towels to prevent burns, can be placed beneath or beside the guinea pig. Hot water bottles wrapped in cloth provide another heat source. Warm, dry bedding in a small enclosed space helps retain heat. Do not use very hot water bottles, hair dryers, or other intense heat sources, as these can cause burns and rapid warming that leads to cardiovascular complications.

Veterinary treatment of moderate to severe hypothermia includes controlled rewarming with careful monitoring. Warm intravenous or subcutaneous fluids help raise core temperature from the inside while supporting circulation and hydration. Warmed oxygen may be provided if respiratory support is needed. Active external warming using circulating warm water blankets, forced warm air, or incubators provides controlled heat delivery. Temperature is monitored continuously or at frequent intervals to assess warming progress and prevent overheating. Heart rate and rhythm are monitored for arrhythmias that can occur during rewarming. Blood glucose is checked and supplemented if low, as hypothermic guinea pigs often have depleted energy stores.

Medical management addresses complications that develop during or after hypothermia. Fluid therapy corrects dehydration and supports cardiovascular function. Dextrose supplementation provides energy if blood glucose is low. Gastrointestinal support including gut motility medications and probiotics helps prevent or treat stasis. Vitamin C supplementation supports immune function and tissue health. Antibiotics may be prescribed if secondary infection is present or suspected. Pain management is provided if there is evidence of discomfort. Nutritional support through syringe feeding with critical care formula begins as soon as the guinea pig is stable enough to tolerate food, as maintaining gut function is critical in guinea pigs.

Supportive care continues after initial stabilization and may require hospitalization for monitoring in severe cases. The guinea pig is kept in a consistently warm environment, typically 75°F to 80°F initially, with temperature gradually returned to normal range as the guinea pig stabilizes. Careful monitoring for complications continues for at least 24 to 48 hours. Feeding and hydration are maintained through assisted feeding if necessary. Follow-up blood tests may assess organ function as the guinea pig recovers.

Treatment decisions depend on the severity of hypothermia and response to initial therapy. Mild hypothermia usually responds well to home warming with complete recovery. Moderate cases typically require veterinary support but often have good outcomes. Severe hypothermia with prolonged cold exposure and organ failure carries a guarded prognosis, and some guinea pigs do not survive despite treatment. Honest discussions with the veterinarian about prognosis and quality of life considerations help guide decisions in critical cases.

Recovery from hypothermia in guinea pigs depends on the severity and duration of cold exposure, the speed and effectiveness of rewarming, and whether organ damage occurred during the hypothermic episode. Guinea pigs with mild hypothermia that received prompt warming typically recover fully within 24 to 48 hours. Those who experienced moderate to severe hypothermia face a longer recovery period and potential for lasting effects from organ damage sustained during cold exposure.

The immediate recovery period following rewarming requires close monitoring and continued supportive care. The guinea pig should be kept in a consistently warm environment, typically around 75°F, until fully recovered. Activity should be limited to reduce energy expenditure while the guinea pig rebuilds reserves depleted during hypothermia. Appetite and eating are closely monitored, as continued anorexia indicates ongoing problems and risks triggering gastrointestinal stasis. Small, frequent meals of favorite foods may encourage eating. Syringe feeding with critical care formula may be necessary if the guinea pig is not eating adequately. Water intake should be encouraged to support hydration. Any signs of deterioration, new symptoms, or failure to improve should prompt veterinary contact.

Prognosis for hypothermia recovery varies based on several factors. The degree and duration of temperature drop are major determinants, with lower temperatures and longer exposure correlating with worse outcomes. Speed of rewarming initiation affects prognosis, with guinea pigs warmed quickly after cold exposure faring better than those who remained hypothermic for extended periods. Development of complications significantly impacts prognosis, particularly gastrointestinal stasis and secondary infections. Overall health status prior to hypothermia matters, with young, healthy guinea pigs having better recovery potential than elderly, ill, or malnourished animals. Response to initial treatment provides prognostic information, with guinea pigs that stabilize quickly and resume eating generally having good outcomes.

Long-term outlook for hypothermia survivors depends on whether permanent organ damage occurred. Many guinea pigs recover completely with no lasting effects once body temperature and organ function are restored. Some may experience increased susceptibility to respiratory infections in the weeks following hypothermia due to immune suppression during cold exposure. Frostbite affecting ears, feet, or other extremities may cause tissue damage that becomes apparent over the following days as affected tissue dies. Guinea pigs that experienced severe or prolonged hypothermia may develop chronic organ dysfunction requiring ongoing management. Regular veterinary follow-up helps monitor for late-developing complications and ensures appropriate management of any lasting effects.

Prevention of hypothermia in guinea pigs focuses on maintaining appropriate environmental temperatures, protecting against drafts and moisture, and recognizing high-risk situations before they become dangerous. Given the vulnerability of guinea pigs to cold and their limited ability to tolerate low temperatures, prevention is essential for responsible guinea pig care. Understanding the specific environmental needs of guinea pigs allows caregivers to create consistently safe living conditions.

Temperature management in the guinea pig's living area is the foundation of hypothermia prevention. The ideal ambient temperature range for guinea pigs is 65°F to 75°F, with 60°F representing the lower limit of safe temperature for prolonged exposure. A thermometer should be placed at cage level to monitor temperature accurately, as floor-level temperatures may differ significantly from room temperature measured at human height. During cold weather, ensure the home's heating system maintains adequate temperature throughout the day and night, including during sleeping hours when thermostats are often lowered.

Cage placement requires careful consideration of drafts and cold zones within the home. Position cages away from exterior doors and windows where cold air infiltrates. Avoid placement near air conditioning vents that might create cold drafts even in winter. Keep cages off cold floors, particularly those over basements or on ground level. If the cage must be in a cooler area, raising it on a stand and providing extra insulation beneath the cage can help. Avoid unheated areas such as garages, basements, and outbuildings unless supplemental heating is provided. Be aware that areas near exterior walls may be significantly colder than room center.

Appropriate bedding and housing provide insulation and warmth. Deep, fluffy bedding allows guinea pigs to burrow for warmth when needed. Fleece bedding provides insulation while wicking moisture away from the guinea pig. Enclosed hiding houses give guinea pigs shelter from drafts. During cold weather, consider providing additional cozy items such as fleece tunnels, snuggle sacks, or cuddle cups. Ensure bedding stays dry, as wet bedding accelerates heat loss. For outdoor guinea pigs in climates with mild winters, heavily insulated housing with wind protection, deep bedding, and the ability to huddle with companions provides some cold protection, but guinea pigs should be brought inside when temperatures drop below 60°F.

Safe bathing practices prevent bath-related hypothermia. Only bathe guinea pigs when truly necessary, as frequent bathing can damage their skin and coat. Use warm water and bathe in a warm room. Dry the guinea pig thoroughly with towels before using a hair dryer on low, cool, or warm setting, never hot. Ensure the guinea pig is completely dry before returning it to its cage. Keep the guinea pig in a warm area for several hours after bathing until fully dry. Avoid bathing during cold weather when heating may be inconsistent.

Emergency preparedness ensures protection during unexpected cold events. Have backup heating plans in case of power outages, such as battery-powered space heaters, chemical hand warmers for short-term use, or plans to transport guinea pigs to a heated location. Keep emergency supplies including extra bedding, towels for wrapping, and insulated carriers. Know the location of emergency veterinary facilities. Monitor weather forecasts and take preventive action before temperature drops occur rather than reacting after the guinea pig shows symptoms.

Living with and managing a guinea pig that has survived hypothermia requires ongoing attention to environmental temperature and recognition that previous hypothermia victims may be at increased risk for future cold-related problems. The level of daily management needed depends on whether the guinea pig experienced lasting complications from the cold exposure. Some survivors return to normal health, while others may need permanent modifications to their care routine.

Daily management for hypothermia survivors centers on consistent temperature monitoring and maintenance in the living environment. Invest in reliable thermometers for the cage area and monitor temperature regularly. Establish clear temperature thresholds that trigger warming interventions, keeping in mind that a previous hypothermia victim may be less tolerant of cold than before. Develop and maintain warming strategies appropriate to your climate and housing situation. During cold weather, increase monitoring frequency and be prepared to implement supplemental heating if needed. Maintain vigilance even during transitional seasons when unexpected cold nights can occur.

Home environment modifications focus on creating the warmest, safest possible living space for the vulnerable guinea pig. Permanently relocate the cage if the current location experiences drafts, cold zones, or temperature fluctuations. Consider cage upgrades that improve insulation, such as solid-sided enclosures rather than all-wire options that allow more air circulation. Provide abundant cozy bedding and enclosed hiding spots. Consider supplemental heating options such as low-wattage heat emitters designed for small animal enclosures, used according to manufacturer safety guidelines. Ensure that any heating elements cannot be chewed or cause burns.

Quality of life maintenance for hypothermia survivors with chronic complications requires ongoing attention. Guinea pigs that developed frostbite may have permanent tissue damage requiring monitoring and wound care as affected tissues heal or are lost. Those that experienced gastrointestinal stasis during hypothermia may be more prone to future digestive problems and may benefit from probiotic supplementation and dietary optimization. Respiratory infections that developed secondary to cold exposure may require treatment and may indicate increased susceptibility to future respiratory illness. Maintain close communication with your veterinarian about ongoing care needs.

Ongoing monitoring and veterinary care remain important for hypothermia survivors. Schedule regular check-ups with an exotic veterinarian experienced in guinea pig care. Report any new symptoms or behavioral changes promptly, particularly signs of respiratory illness or digestive problems that might indicate complications from the previous hypothermia. Keep detailed records of eating, drinking, activity levels, and any concerning observations to share with your veterinarian. Be vigilant for signs of cold stress, as a previous hypothermia victim may be less tolerant of even mild cold exposure.

Caregiver education and household awareness complete the management picture. All household members should understand the guinea pig's vulnerability to cold and the importance of temperature management. Establish clear protocols for what to do if temperatures drop unexpectedly or signs of cold stress develop. Keep emergency warming supplies accessible and know the location of emergency veterinary facilities. Understanding that a previous hypothermia survivor requires extra protection helps ensure appropriate vigilance is maintained long-term.

While all guinea pigs are vulnerable to hypothermia due to their small size and limited thermoregulatory abilities, certain breeds and individual characteristics significantly increase risk. Understanding these risk factors allows caregivers to provide appropriate extra protection for guinea pigs with elevated vulnerability. Hypothermia prevention measures should be intensified for guinea pigs with any of the identified risk factors.

Hairless and sparsely furred guinea pig breeds face extreme hypothermia risk due to their lack of natural insulation. Skinny pigs, which lack fur except for small patches on the face and feet, are the most vulnerable breed and essentially cannot survive without consistent warm temperatures. Baldwin guinea pigs, which are born with fur that they progressively lose, become increasingly vulnerable as their coat disappears. These hairless varieties require ambient temperatures maintained at the upper end of the guinea pig comfort range, around 75°F to 80°F, and may need supplemental heating such as heat lamps or warm bedding materials. They should never be exposed to temperatures that would merely be uncomfortable for furred guinea pigs but that could be dangerous or fatal for hairless ones.

Certain coat types and conditions may provide less insulation than standard guinea pig fur. Rex and Teddy guinea pigs have short, dense coats that may not insulate as effectively as longer smooth coats. Satin guinea pigs have a distinctive shiny coat with a different structure that may affect insulation. Guinea pigs that have been recently groomed or trimmed, particularly long-haired breeds that have had their coats cut short for hygiene purposes, temporarily have reduced insulation. Guinea pigs with alopecia from medical conditions, parasites, or other causes may have reduced cold tolerance in affected areas.

Individual risk factors beyond breed characteristics significantly affect hypothermia vulnerability. Very young guinea pigs have immature thermoregulatory systems, small body mass that loses heat rapidly, and limited fat reserves for energy during cold exposure. Elderly guinea pigs may have reduced metabolic capacity for heat generation and less physiological reserve to tolerate cold stress. Underweight or malnourished guinea pigs lack the energy reserves and body fat that provide both fuel for heat generation and insulation. Guinea pigs with any illness, particularly conditions affecting metabolism, circulation, or mobility, are at increased risk. Post-surgical guinea pigs are vulnerable during recovery. Guinea pigs that are wet from bathing or other causes face dramatically increased hypothermia risk until they are completely dry. Recognition of these individual risk factors should guide intensified prevention efforts and lower thresholds for intervention when temperatures drop.

Hypothermia in guinea pigs is associated with several related conditions that may develop as direct consequences of cold exposure and reduced body temperature or that share similar symptoms and risk factors. Understanding these related conditions helps caregivers and veterinarians provide comprehensive care and anticipate potential complications.

Frostbite is direct cold injury to tissue that can occur alongside hypothermia, particularly affecting the ears, feet, nose, and other extremities with thin skin and limited blood flow. When body temperature drops, blood flow is redirected away from extremities to preserve core temperature, leaving these areas vulnerable to freezing. Frostbitten tissue may initially appear pale, cold, and hard, later becoming red, swollen, and painful as it rewarms. Severely frostbitten tissue may die and slough off over the following days to weeks. Treatment involves gradual rewarming, pain management, and wound care. The extent of tissue loss may not be apparent for several days after the initial cold exposure.

Gastrointestinal stasis frequently develops in hypothermic guinea pigs because cold slows digestive function. As body temperature drops, gut motility decreases, and the digestive system may essentially stop functioning. Once stasis develops, it can become a life-threatening condition in its own right, with gas accumulation, bacterial overgrowth, and toxin absorption. Even after body temperature is restored, the digestive system may remain sluggish, requiring prokinetic medications, fiber supplementation, and assisted feeding to restart normal function. Prevention and treatment of GI stasis is a critical component of hypothermia management.

Respiratory infections commonly develop in the days following cold exposure as a result of immune suppression during hypothermia. Upper respiratory infections in guinea pigs cause sneezing, nasal discharge, labored breathing, and loss of appetite. These infections can rapidly progress to pneumonia, which is life-threatening in guinea pigs. Guinea pig-safe antibiotics are required for treatment, with penicillin-type antibiotics and cephalosporins being contraindicated due to their fatal effects on guinea pig gut flora. Guinea pigs that have experienced hypothermia should be monitored closely for respiratory symptoms for at least one to two weeks after the cold exposure. Shock, which shares many symptoms with hypothermia including cold extremities, weak pulse, and altered consciousness, can develop from various causes and may lead to secondary hypothermia as the body loses its ability to regulate temperature during circulatory failure.