Species Treated
Pythons
Ball Pythons, Burmese Pythons, and Carpet Pythons.
Boas
Red-Tail Boas, Rosy Boas, and Sand Boas.
Colubrids
Corn Snakes, King Snakes, Milk Snakes, and Garter Snakes.
Others
Hognose Snakes and other non-venomous exotic species.
Common Conditions Treated
- Respiratory Infections (RIs) and "Stargazing"
- Dysecdysis (Stuck Shed) and Eye Cap Retention
- Digestive Impaction and Constipation
- Infectious Stomatitis (Mouth Rot)
- Thermal Burns from heat lamps or unregulated mats
- Snake Mites and External Parasites
- Dystocia (Egg Binding) in females
Exams
Specialized Snake Wellness Exams
Snake anatomy is so fundamentally different from that of any mammalian patient that virtually every standard veterinary assessment protocol requires modification before it can be applied safely and meaningfully to a serpentine patient. The most clinically significant anatomical feature is the elongated, asymmetrical organ arrangement that defines snake internal structure. Most snake species possess only a single functional lung, with the right lung occupying a substantial portion of the body cavity and a vestigial or entirely absent left lung. Their kidneys are positioned sequentially rather than side by side, and their renal portal system, shared with other reptiles, routes blood from the posterior body through the kidneys before it returns to general circulation. This makes injection site selection a matter of real clinical consequence, as medications administered in the caudal half of the body are exposed to the kidneys at higher concentrations before systemic dilution occurs, creating a genuine risk of nephrotoxicity with drugs that would be safely administered in a mammal. Dr. Harvey’s years at the El Paso Zoo provided direct, practical experience in calculating reptile-specific medication dosages across a range of snake species and body weights, building the kind of pharmacological precision that snake medicine requires. Every wellness exam at Country Club Animal Clinic begins with a complete head-to-tail assessment that accounts for the individual species’ normal anatomical variation, evaluating muscle tone, scale condition, oral cavity health, respiratory effort, and abdominal palpation across the full length of the body.
Diagnostics
Advanced Diagnostics: Ultrasound and Blood Work
The diagnostic challenge with snakes is that their body composition works directly against external assessment. A snake’s musculature is dense, continuous, and wraps entirely around the internal organs, making abdominal palpation useful for identifying gross abnormalities but insufficient for the kind of detailed internal evaluation that complex conditions require. An impaction, a retained egg clutch, an internal abscess, or an early-stage organ mass can all be present and clinically significant in a snake that shows no external signs beyond a subtle change in feeding behavior or activity level. At Country Club Animal Clinic, we address this diagnostic limitation with in-house abdominal ultrasound imaging that allows us to visualize the internal structures of a snake non-invasively and in real time. Ultrasound is particularly valuable for identifying digestive impactions caused by substrate ingestion, retained eggs in female snakes presenting with dystocia, and internal masses that would otherwise require surgical exploration to locate. We complement imaging with in-house blood panels that evaluate organ function, hydration status, white blood cell counts, and markers associated with active infection, all of which provide a systemic health picture that physical examination alone cannot generate. For snake owners in El Paso whose animal has stopped feeding, is holding an unusual posture, or has not shed cleanly, these diagnostic tools allow us to identify the underlying cause quickly and begin targeted treatment without the delay of sending samples to an external laboratory.
Nutrition
Feeding Strategies and Nutritional Health
Nutrition in snakes is not as straightforward as matching prey size to snake girth, and the consequences of getting it wrong range from chronic digestive dysfunction to acute life-threatening complications. Prey sizing is the most foundational variable. A prey item that is too large relative to the snake’s mid-body diameter places excessive mechanical stress on the digestive tract during the extended breakdown process, while consistently undersized prey leads to nutritional insufficiency and poor body condition over time. The general guideline of offering prey items no wider than the widest part of the snake’s body is a useful starting point but requires adjustment based on species, feeding frequency, and individual metabolic rate. The practice of feeding live prey carries risks that extend beyond the obvious. A live rodent left unattended with a snake that does not immediately strike can inflict serious bite and scratch wounds, and the stress of the encounter elevates the snake’s cortisol response in ways that suppress immune function and impair digestion. Pre-killed or frozen-thawed prey eliminates these risks without any nutritional compromise. Perhaps the least understood nutritional issue in snake keeping is the relationship between ambient temperature and digestion. Snakes are ectothermic and require an adequate thermal gradient to drive the enzymatic processes that break down prey. A snake that feeds and then experiences a significant temperature drop, through power outages, repositioned heating equipment, or inadequate enclosure insulation, loses the digestive capacity it needs to process the meal. Undigested prey that sits in a snake’s gut without adequate heat to drive breakdown begins to decompose internally, leading to bacterial proliferation, regurgitation, and in severe cases systemic infection. Our nutritional and feeding counseling at Country Club Animal Clinic addresses all of these variables in the context of your specific snake’s species, size, and current enclosure setup.
Habitat
Combating El Paso’s Dry Climate
Dysecdysis, the clinical term for incomplete or retained shed, is one of the most consistently presented conditions we see in snake patients at Country Club Animal Clinic, and in El Paso it is almost always traceable to the same environmental root cause. The city’s desert air, further dried by indoor air conditioning systems that run for the majority of the year, creates ambient humidity levels that are insufficient to support the complete shedding process in most snake species. During a healthy shed, the outer layer of keratinized skin separates cleanly and uniformly from the new layer forming beneath it. This process depends on adequate moisture in the environment to keep the old skin pliable long enough for it to release without tearing. In El Paso’s dry indoor air, the old skin desiccates before it can separate fully, causing it to adhere in sections. The most clinically dangerous areas for retained shed are the eye caps, the transparent spectacles that cover a snake’s eyes, and the tail tip. Retained eye caps obscure vision, cause physical irritation, and can lead to infection and permanent damage to the underlying eye structure if not removed correctly. Retained shed at the tail tip progressively constricts blood flow as it dries and tightens, resulting in necrosis that may require surgical amputation if the constriction is not identified and addressed promptly. Even species categorized as desert-native, including rosy boas and hognose snakes, require humid hide boxes within their enclosure to shed cleanly. At Country Club Animal Clinic, our husbandry consultations for El Paso snake owners cover species-appropriate humidity targets, humid hide construction and substrate selection, misting frequency, and the enclosure modifications that make maintaining adequate moisture achievable in a desert climate.
Safe Handling Protocols for Large Constrictors
Handling a large constrictor in a clinical setting requires a level of preparation, coordination, and species-specific behavioral awareness that goes well beyond what general veterinary training addresses. Ball pythons, red-tail boas, and carpet pythons each have distinct temperament profiles and behavioral cues that an experienced handler reads before and throughout any physical interaction, because a snake that feels cornered, overheated, or excessively restrained will respond defensively, and in a large constrictor, that defensive response creates real risk for both the animal and the clinical team. The primary principle governing safe large snake handling in a veterinary context is the minimization of unnecessary restraint. A snake that is over-handled or held too rigidly experiences a sustained stress response that elevates cortisol, compromises immune function, and makes the clinical assessment less accurate because the animal’s physiological state is being altered by the handling itself. Our protocols at Country Club Animal Clinic are built around allowing large constrictors to move within a controlled space, using the minimum number of staff contacts necessary to safely support the animal’s body weight across its full length, and avoiding the head and neck region unless a specific clinical procedure requires it. For species like the Burmese python or large boa constrictor, proper body weight support across multiple points simultaneously is not a safety preference but a physical necessity, as allowing a large snake’s body weight to hang unsupported causes musculoskeletal stress that can injure the animal during what should be a routine examination. Dr. Harvey’s zoo experience included direct management of large constrictor species, and that background informs every aspect of how we approach these patients in our El Paso clinic.
