View the recording of this live webinar event, then take the brief quiz. With a passing grade of 70% or higher, you will receive a continuing education certificate for 1 hour of continuing education credit in jurisdictions that recognize American Association of Veterinary State Boards Registry of Approved Continuing Education approval.
View the recording of this interactive, case-based presentation, which aims to cover the basics while also offering helpful tips, tricks, and insights for the experienced rehabilitator or veterinarian. Topics covered include wildlife rehabilitation fundamentals, emergency triage as it applies to wildlife care, and guidelines used to assess patient condition and determine the most humane treatment plan.
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Reptile reproduction can be a confusing topic due to the variety of normal reproductive strategies found throughout different reptile species. Nevertheless it important to understand normal reproductive processes to correctly approach some commonly seen problems. The recording of this R.A.C.E.-approved, web-based seminar discusses normal reproductive strategies of reptiles, including important reproductive anatomy and physiology. Three clinically important conditions, pre-ovulatory or follicular stasis, post-ovulatory dystocia, and cloacal prolapse, are also explored in detail.
Long-term vascular access is difficult to obtain and maintain in chelonians. Fortunately, central venous catheters provide flexibility and length to avoid catheter dislodgement. Central lines are an effective tool that allow serial blood measurements and can be used for anesthesia administration, intravenous drug delivery, blood product transfusions, and continuous fluid therapy or continuous rate infusions.This photo tutorial article describes this simple technique step-by-step.
Capnometry measures the maximum value of carbon dioxide (CO2) obtained at the end of expiration or end-tidal carbon dioxide (ETCO2). There is good correlation between ETCO2 and arterial CO2 in birds and mammals and capnography can be used as a reliable tool to evaluate the adequacy of ventilation in these species. Capnography can only be used to identify trends in reptiles because of cardiac shunting of blood past the reptilian lungs.
Even the most steadfast and seasoned veterinary anesthetist can find themselves intimidated by exotic animal patients. Standard veterinary anesthesia monitors are not designed to read the extremely high (or extremely low) heart rates and respiratory rates of some exotic animal patients. Despite these challenges, valuable information can be gathered from monitoring tools as well as hands-on techniques. Essential vital signs, such as heart rate and rhythm, respiratory rate and depth, body temperature, and mucous membrane color should all be evaluated.
Arterial blood pressure is a function of heart rate, blood volume, stroke volume, and arterial compliance. Indirect arterial blood pressure is most commonly measured by Doppler ultrasound or non-invasive oscillometric monitors. What are the limitations of indirect blood pressure measurements in exotic animal patients? How is this technique unique in exotic companion mammals when compared to dogs and cats? How is this technique performed in birds and can this procedure be used in reptiles?
Electrocardiography can be used to detect and diagnose arrhythmias and conduction abnormalities, particularly during long-term anesthesia. How are leads attached to exotic animal patients? And what is the normal appearance of normal electrocardiogram tracings in birds or reptiles?
Heart rate and oxygenation should ideally be monitored during every anesthetic event. Patient size can limit the accuracy of pulse oximetry readings in exotic companion mammals and this technique has not been validated in birds or reptiles, however trends during the course of anesthesia can still provide useful clues to patient clinical status.
Reptile dentition tends to be relatively uniform with a simple, conical shape. Most reptile teeth are loosely attached with the dental attachment most superficial in acrodontic species. Tooth loss and replacement is a normal occurrence in reptile species with pleurodont dentition, which includes snakes, and many lizards. Take special care when handling reptiles with acrodont dentition as teeth will not be replaced when infected or fractured. Additionally, periodontal disease is common in captive lizards with acrodont dentition such as bearded dragons and chameleons. Periodontal disease is an insidious condition. As plaque formation builds and gingivitis worsens, many reptiles will continue to eat. The owner may not observe problems until disease is quite advanced. Feeding lizards an unnatural, soft diet is believed to promote plaque development and the development of periodontal disease.
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Diagnostic and therapeutic procedures cannot be administered until you and your staff can safely handle and restrain the lizard patient. This article reviews patient transport and defense mechanisms of the lizard, including tail autotomy, as well as protective gear and restraint techniques.
Diagnostic and therapeutic procedures cannot be administered until you and your staff can safely handle and restrain the turtle or tortoise patient. Many chelonian patients presented to the veterinary hospital are ill and therefore their temperament and strength level can be reduced. Normal, healthy chelonians tend to be bright, alert and very strong, making them extremely challenging to restrain. Gaining control of the head can be particularly difficult, however multiple techniques have been described.
Veterinary practices are often more hesitant to deal with snakes than with other pet reptiles, yet for the most part snakes are probably the easiest reptile patients to capture and restrain in clinical practice. This article reviews the defense mechanisms of snakes as well as transport, restraint techniques, and potential complications.
This learning aid is designed to assist the participant in meeting the needs of VECCS-certified facility. The basics of emergency medicine and critical care universal, however veterinarians face a unique set of challenges when caring for birds, exotic companion mammals, and reptiles. Level 1 of this teaching module reviews the basics of exotic animal critical care. To learn more in Level 2, review the key points on critical care or supportive care for each taxonomic group: birds, exotic companion mammals, and reptiles. Each summary page includes a brief quiz that tests your knowledge and reinforces fundamental principles. Delve deeper into critical care of exotic animal patients in Level 3 by browsing pertinent exotic animal content on LafeberVet.
There is little empirical information available on cardiopulmonary resuscitation in most exotic animals. Fortunately, the basic principles of CPR are the same for all species, however there are important species-specific considerations. This review article explores techniques for establishing airway control, ventilation and cardiac compression recommendations as well as considerations for emergency drug selection.
Reptiles lack an epiglottis and the glottis is ready visualized, making intubation readily accomplished in most species. If the glottal folds are closed, apply topical lidocaine to facilitate intubation. The tracheal rings are complete in reptiles. Use of an inflated, cuffed endotracheal tube can lead to pressure necrosis because there is no elastic ligament to accommodate tracheal expansion. Always select an uncuffed endotracheal tube in small reptiles and never inflate a cuff in large reptiles …
Although patient history is important in all species, improper diet and substandard housing are often major contributors to illness in non-traditional pets. This means that a detailed and accurate history is often one of the most critical diagnostic tools for the exotic animal patient. This review focuses on birds, reptiles, and small exotic companion mammals, beginning with the signalment and presenting complaint, before moving onto the environmental history, dietary history, and of course the medical history.
Test your knowledge after completing the reptile portion of the LafeberVet Emergency and Critical Care teaching module.
Get ready now to care for exotic pets during an accident or natural catastrophe that causes great damage or even loss of life, such as blizzard, earthquake, fire, flood, hurricane, mud slide, or tornado. This disaster relief client education handout was revised and posted with permission from “Ready-Pets-Go!” by the Humane Society of Greater Rochester.
Inland bearded dragons are native to Australia and are a popular companion animal. Private breeders often select for desirable temperaments and various color morphologies in an effort to provide an ever-increasing variety to the pet trade. They are also bred commercially and sold by large pet retailers making them a widely available pet reptile…
The Five Common Reptile Emergencies webinar was reviewed and approved by the American Association of Veterinary State Boards (AAVSB) Registry of Approved Continuing Education (R.A.C.E.) program for 1 hour of continuing education, in jurisdictions which recognize AAVSB R.A.C.E. approval…
Take the test for R.A.C.E. approved credit . . .
To continue you need to be a LafeberVet.com member. (Français), (Español)
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View a recording of this AAVSB R.A.C.E.-approved web-based seminar presented by Eric Klaphake, DVM, DACZM, DABVP (Avian Practice), DABVP (Reptile & Amphibian), then take the brief post-test to earn 1 hour of continuing education credit. This webinar explores five common reptile clinical presentations in detail: trauma, gastrointestinal foreign body, neurological deficits, respiratory difficulty, and reproductive problems.
The Reptile Anesthesia and Analgesia webinar was reviewed and approved by the American Association of Veterinary State Boards (AAVSB) Registry of Approved Continuing Education (R.A.C.E.) program for 1 hour of continuing education, in jurisdictions which recognize AAVSB R.A.C.E. approval…
This live webinar event was presented by Javier Nevarez, DVM, PhD, DACZM, DECZM (Herpetology). View a recording of Dr. Nevarez’s web-based seminar and earn 1 hour of R.A.C.E.-approved continuing education credit. Lecture objectives include a review of the principles and concepts of reptile analgesia, recommended analgesics, signs of pain and pain recognition, and a review of analgesic protocols. The presentation also reviews principles and concepts of reptile anesthesia, popular anesthetic agents and anesthetic protocols, monitoring, as well as keys to success.
This R.A.C.E.-approved continuing education webinar was presented by Terry Campbell, MS, DVM, PhD. View a recording of this web-based seminar to earn 1 hour of continuing education credit. Cytology is a simple, rapid diagnostic procedure requiring little in terms of equipment and cost to the veterinarian. Most clinical veterinarians are familiar with sample collection techniques for domestic mammals; which also apply to the small exotic mammals. Common cytological specimens used in avian and reptilian medicine include: aspirates, imprints of biopsy material, tracheal washes, crop (ingluvies) aspirates or washes in birds, gastric washes in reptiles, sinus aspirates, lung washes in reptiles, aspiration of coelomic fluid, and fecal smears.
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The amphibian examination beings with careful visual observation. Use of a small, transparent container can enhance the amphibian visual examination and minimize handling time. Download the LafeberVet Amphibian Physical Examination Form, available in PDF, DOCX and DOC formats.
A detailed history is mandatory for the amphibian patient as husbandry needs can have a tremendous impact on amphibian health. Download the LafeberVet Amphibian History Form available in PDF, DOCX and DOC formats.
View the recording of this free, interactive webinar, presented by Neil Forbes, BVetMed DECZM (Avian) FRCVS. Many sick or injured exotic animals are presented in critical condition. More of these patients can be saved by appropriate fluids and nutritional support, than by any single medical or surgical procedure. In practical terms, providing this support is often easier said than done. Dr. Forbes’ presentation serves to demystify some of the challenges encountered; practical solutions for all exotic patients are described and discussed.
Red leg syndrome, also known as “pink belly disease” or bacterial dermatosepticemia, is one of the most common clinical conditions of captive frogs. Associated with peracute to acute bacterial septicemia, red leg is generally a disease of captive animals although the condition has also been implicated in rare mass mortalities of wild amphibians. This presenting problem article reviews clinical findings in red leg syndrome, pathogenesis of disease, as well as key points of urgent care and prognosis. The basics of case management are then reviewed: differential diagnoses, diagnostics, treatment, prevention and control.
The non-hyphal, zoosporic, chytrid fungus Batrachochytrium dendrobatidis (Bd) has caused widespread and dramatic population declines in both wild and captive amphibians worldwide. Use this table to review the basics of the infectious disease chytridiomycosis
Lafeber Company was proud to serve as THE platinum sponsor of ExoticsCon 2015. Join us in Portland in 2016 for the next Joint Conference of the Association of Avian Veterinarians, Association of Exotic Mammal Veterinarians, and Association of Reptilian and Amphibian Veterinarians.
Did you hear about the Palawan turtle crisis? In June 2015, Philippine authorities confiscated over 4,000 turtles, many of them critically endangered Philippine forest turtles (Siebenrockiella leytensis), intended for the illegal pet trade. Enjoy LafeberVet’s brief, fun slideshow that explores our Emeraid donation for the Palawan turtle crisis as well as care of many, many, many turtles. Although medical supplies are not currently required, financial contributions are still needed for this important conservation effort.
Authored by experts in the field: Terry Norton, DACZM, Director/Founder of the Georgia Sea Turtle Center, and Jeanette Wyneken, PhD, this article is part of a unique series on sea turtle veterinary medicine and wildlife rehabilitation. Physical examination of the head and neck are covered including eyes, adnexa, ears, nares, beak, the oral exam, throat, and cervical vertebrae. Normal findings that reflect adaptations to a marine lifestyle are reviewed and unique findings seen in green (Chelonia mydas), flatback (Natator depressus), hawksbill (Eretmochelys imbricata), Kemp’s ridley (Lepidochelys kempi), leatherback (Dermochelys coriacea), loggerhead (Caretta caretta), and olive ridley (Lepidochelys olivacea) turtles are discussed. LOGIN to view references.
Part of a unique series on sea turtle veterinary medicine and wildlife rehabilitation, this article explores many components of the sea turtle physical exam. Evaluation of the shell is discussed in both cheloniids and leatherbacks (Dermochelys coriacea) as well as assessment of the cardiopulomonary system, skin, long bones and joints, cloaca and tail. Evaluation of the coelom by inguinal palpation is described as well as measurement of body temperature. Specialized testing such as neurologic and in-water examinations are also described. Common physical examination findings like fibropapillomas in green turtles (Chelonia mydas) and epibiota in loggerhead turtles (Caretta caretta) are also discussed. LOGIN to view references.
Weight trends can be a helpful indicator of hydration and nutritional status in veterinary medicine and wildlife rehabilitation settings. This article explores body weight and body measurements in the green (Chelonia mydas), flatback (Natator depressus), hawksbill (Eretmochelys imbricata), Kemp’s ridley (Lepidochelys kempi), leatherback (Dermochelys coriacea), loggerhead (Caretta caretta), and olive ridley (Lepidochelys olivacea) turtle. Subjective and objective body condition scoring systems used during physical examination are described and examples ranging from emaciation to obesity are illustrated. The relationship between carapace length and sea turtle sexual maturity is also discussed. LOGIN to view references.
Sea turtles are adapted to their marine environment, and they possess unique anatomic and physiologic features that influence their restraint and handling in a veterinary medicine or wildlife rehabilitation setting. Techniques for handing small and large sea turtles are described as well as recommendations for handling aides and cautions to prevent iatrogenic injury. LOGIN to view references.
Are you confident in your knowledge of the Mediterranean tortoises commonly seen in the pet chelonian trade? Take the LafeberVet Fast 5 Quiz on the genus Testudo species featured in five Basic Information Sheets: Egyptian tortoise (Testudo kleinmanni), Greek or spur-thighed tortoise (T. graeca complex), Hermann’s tortoise (T. hermanni), marginated tortoise (T. marginata), and Russian tortoise (T. horsfieldii).
The mud turtle (Pelusios castaneus) is native to West Africa and its natural habitat consists of aquatic habitat surrounded by dense forest floors or submerged savannah. Shared by Dr. La’Toya Latney of PennVet, this educational handout will help your client understand how to care for and maintain this aquatic turtle species in captivity. Recommendations for indoor and outdoor housing as well as nutrition are described as well as common problems seen pet turtles.
The leopard tortoise (Geochelone pardalis) is found throughout the southern edge of the Sahara and in Southern Africa from the Sudan to Ethiopia. Leopard tortoises inhabit hot arid desert, scrublands, and savannah. Shared by Dr. La’Toya Latney of PennVet, this educational handout will help your client understand how to care for and maintain this tortoise in captivity. Recommendations for indoor and outdoor housing as well as nutrition and breeding are described as well as common clinical problems.
The charming Chinese box turtle (Cuora flavomarginata) is native to the rice patty and pond environments of Taiwan and southern China. Shared by Dr. La’Toya Latney of PennVet, this educational handout will help your client understand how to care for and maintain this semi-aquatic turtle in captivity. Recommendations for indoor and outdoor housing as well as nutrition and breeding are described as well as common clinical problems.
Sulcata or African spurred tortoises (Geochelone sulcata) are “gentle giants” found throughout the southern edge of the Sahara in Africa. Sulcata tortoises inhabit hot arid desert, scrubland, and savannah. Shared by Dr. La’Toya Latney of PennVet, this educational handout will help your client understand how to care for and maintain this popular tortoise in captivity. Recommendations for housing as well as nutrition, breeding, and common clinical problems are described.
Mediterranean tortoises belong to family Testudinidae and genus Testudo and include: Testudo marginata (marginated tortoise), T. weissingeri, T. horsfieldii (Russian tortoise), T. graeca ibera (Greek spur-thighed tortoise) not to be confused with the spurred tortoise, Geochelone sulcata, T. hermanni (Hermann’s tortoise), and T. kleinmanni (Egyptian tortoise).
Use our Mediterranean tortoise Basic Information Sheet to compare taxonomy, physical characteristics, differences in diet and housing needs, as well as preventive care and diseases of this group of chelonians. Login to view information sheet references.
The Egyptian tortoise (Testudo kleinmanni) is also know as Kleinmann’s tortoise or Leith’s tortoise. The native habitat of the Egyptian tortoise consists of desert and semi-desert scrub, although this species is also found in salt marsh margins, sandy gravel plains, as well as the rocky escarpments of the “wadis”, a stream bed that is usually dry except during the rainy season.
Use our Egyptian tortoise Information Sheet to review taxonomy, conservation status and physical description as well as diet and housing needs of this chelonian species. Login to view information sheet references.
The Greek or spur-thighed tortoise (T. graeca complex) is a small to medium-sized tortoise. Subspecies are found from northern Africa through central Asia. Use our Greek tortoise Information Sheet to review taxonomy, conservation status, physical description, diet and housing needs, as well as important medical conditions of this chelonian species. Login to view information sheet references.
The natural habitat of Hermann’s tortoise (Testudo hermanni) includes evergreen and oak forests with arid, rocky hill slopes and scrubby vegetation, as well as herbaceous scrub and grassy hillsides.
Use our Hermann’s tortoise Information Sheet to review natural history, taxonomy, conservation status, physical description, diet and housing needs, as well as important medical conditions of this chelonian species. Login to view information sheet references.
The marginated tortoise (Testudo marginata) is found in Greece and Sardinia, as well as Italy, southern Albania and the Balkan Islands. This species was also introduced into Turkey. Its natural habitat consists of dry scrub, woodland, and hillside.
Use our marginated tortoise Information Sheet to review taxonomy, conservation status, physical description as well as diet and housing needs of this chelonian species. Login to view information sheet references.