Anuran

Article  Video  Webinar 

Amphibian Medicine

View the RACE-approved recording of this live 1-hour webinar event, presented by Gregory Lewbart, MS, VMD, DACZM, DECZM (ZHM). Amphibians are a fascinating and extremely important taxonomic group of animals. Amphibians are valued as environmental sentinels, biomedical research subjects, public display animals, private pets, and even as a human food source. Class Amphibia is divided into three orders and 75 families, containing 8,530 species. This presentation focuses on anatomic and physiologic characteristics shared by this diverse group as well as important disease conditions.

Article 

Amphibian Handling and Restraint

Part of the Herptile Handling Teaching Module, this review article addresses handling and restraint of amphibians, a diverse group that consists of over 8,000 extant species belonging to three orders: Anura (frogs and toads), Caudata or Urodela (salamanders, newts, and sirens), and Gymnophiona or Apoda (caecilians). Transport, defense mechanisms that may prove hazardous to handlers, potential dangers for the patient, and specific capture, handling, and restraint techniques are reviewed. Equipment needed, including personal protective equipment, is also discussed as well as measures to reduce the risk of zoonotic disease transmission.

Article  Presenting Problem 

Presenting problem: “Red Leg” in Frogs

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.

Article 

Fast Facts on the Chytrid Fungus

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