Nutrition is the leading cause of disease in reptiles and amphibians. Chronic nutritional diseases remain common, including nutritional secondary hyperparathyroidism, hepatic lipidosis, protein deficiency, hypovitaminosis A, hypervitaminosis A, pyramidal shell growth, renal disease, urocystoliths, thiamine deficiency, vitamin E/selenium deficiency, steatitis, corneal lipidosis, and obesity. The goal of this web-based seminar is to educate veterinary health professionals such that they can provide sound nutritional advice to reptile and amphibian keepers.
This 1-hour, R.A.C.E.-approved webinar recording is designed to impart a basic understanding of avian nutrition for the veterinary health professional as well as students in these fields. Viewing of this recorded is strongly recommended before viewing the recording of the live webinar event Clinical Avian Nutrition for Veterinary Health Professionals by Susan Orosz, PhD, DVM, DABVP (Avian Practice), DECZM.
Depending on their age and size, snakes may be fed multiple times in one week or every 2 to 4 weeks. If nutritional support is truly needed, then assisted feeding is indicated in the hospitalized snake. Tube feeding is commonly performed in critically ill snakes after fluid therapy and supplemental heat is provided.
Turtles and tortoises display a variety of dietary strategies ranging from the complete herbivory seen in many tortoises to the strict carnivory displayed in aquatic species like the snapping turtle. There are also many chelonians, such as the Eastern box turtle, that may be considered opportunistic omnivores. This review article, critiqued by reptile nutritionist, Susan Donoghue, discusses clinical concerns related to feeding the hospitalized turtle or tortoise. Topics covered range from recognizing true anorexia to food items to avoid. Practical technical concerns related to nutritional support such as tube feeding and daily caloric requirements are also discussed.
Fasting may be expected in lizards during certain times of the year. Many gravid females eat less or go off feed entirely due to the large number of eggs filling the coelom. Some species also fast for weeks or months as an adaptation to excess heat or cold, drought, or lack of food. This dormancy in reptiles is called…
Most amphibians do not drink water. Fluid instead diffuses across semipermeable skin, and sometimes gills, directly from water or moist substrates. Excess fluid is excreted primarily by the kidneys, while conserving electrolyte levels. In some amphibians, skin is also involved in osmoregulation and respiration.
Water is the single most important medium for sustaining life. Although there are unique considerations for avian, exotic companion mammal, and reptile patients, the basic principles of fluid therapy hold true for all animals. This brief article reviews 10 important facts related to water and organ homeostasis.
No single hospital environment can meet the needs of every exotic animal and caging systems must be tailored to meet the specific needs of each patient. Read about those caging requirements that remain constant among exotic animals as well as the species-specific needs of each taxa from birds and small mammals to fish, amphibians, and reptiles.
So a frog hops into your exam room…
Know just enough amphibian medicine to feel dangerous? Read Assessing the Sick Frog or Toad for practical information that will help you–and your patient–in the exam room.
Always happy to see frog and toad patients? ‘Hop to’ our brief quiz!
Proper pet bird care requires constant access to fresh water. Some bird owners prefer water bottles because open water bowls are vulnerable to contamination from droppings, food, and other debris. This educational handout will help your client understand the pros and cons of this husbandry option. Selection of appropriate equipment, mounting, and proper bottle sanitation and maintenance are discussed. Training is essential for proper bottle use and the basics of introduction are also reviewed.