Article 

Avian Anatomy and Physiology Basics

This article is the focus of LafeberVet’s Avian Anatomy Teaching Module, which is RACE-approved for 1 hour of continuing education credit. This review begins with a brief summary of Class Aves before exploring various organ systems. Important vocabulary terms and key concepts are emphasized throughout the text. The reader should have a basic understanding of mammalian anatomy. Birds are quite different both structurally and functionally when compared to mammals, therefore comparisons are frequently drawn between these two taxonomic groups. Since form follows function, descriptions of avian anatomy will also merge into physiology and other life sciences, where appropriate. Clinically relevant information and additional resources on LafeberVet are also highlighted.

Article  Teaching Module 

Avian Quick Links

LafeberVet’s list of avian medicine links will assist your navigation of some of the avian medicine resources on LafeberVet. Educate yourself before laying  hands on the avian patient by reviewing the basics of avian anatomy and physiology as well as important principles of handling and restraint. Then explore content on the examination and history, behavior, housing and nutrition, as well as supportive care techniques, diagnostics, basic therapeutics, and common presenting problems. Start with content listed in the rows titled, “Begin with…”, then expand your knowledge with other sections, such as “Learn more…”.

Client Education Handout 

Care of Toucans, Toucanets & Aracaris

This client education handout reviews basic care of birds in family Ramphastidae: toucans, toucanettes, and aracaris. Topics covered in detail include housing, such as space and temperature, as well as well as diet and breeding.

Article  Information sheet 

Basic Information Sheet: Ramphastidae

The birds of family Ramphastidae are found in South and Central America, from central Mexico to southern Brazil, and include the large toucans, the smaller aracaris, and the very small toucanets. This information sheet reviews natural history and taxonomy, as well as diet, housing, normal physiologic data and anatomy, restraint, behavior, and important medical conditions seen in family Ramphastidae.

Article 

Avian Bornavirus and Proventricular Dilatation Disease: Facts, Questions, and Controversies

Proventricular dilatation disease or PDD is one of the most frustrating avian conditions encountered today. The recent discovery of a causal relationship between PDD and avian bornavirus has not simplified the challenges that are faced. The detection of avian bornavirus infection is common in birds with PDD but is also detected in birds with other chronic diseases that are not diagnosed with PDD. Proventricular dilatation disease was first reported in the late 1970s…

Article 

Iron Storage Disease In Birds

Hemochromatosis, “iron overload”, or “iron storage disease” is the excess accumulation of iron within parenchyma, especially in the liver and eventually in the heart and spleen. Elevated iron stores eventually lead to hepatocyte damage and fibrosis.

Article 

Avian Polyomavirus Primer

Signs of avian polyomavirus type 1 in the budgerigar parakeet can be quite variable. Feather dystrophy or abnormal feather growth can lead to deformed flight feathers. Affected birds are unable to fly and are called “runners” or “creepers”. “French molt” is a term sometimes used for this slow, debilitating disease in parakeets characterized by progressive development of abnormal feathers. Bleeding is another hallmark of clinical avian polyomavirus infection…

Client Education Handout 

Avian Bornavirus Infection

This Association of Avian Veterinarians client education handout discusses avian bornavirus, which was experimentally confirmed to be the cause of proventricular dilatation disease or PDD in 2008. Avian bornavirus (ABV) infection is one of the most frustrating diseases encountered in avian medicine today. Since its initial recognition in the United States, ABV has been reported worldwide and infection poses a significant threat to the captive breeding of endangered psittacine (parrot) species. At least eight different psittacine bornaviruses have been identified in captive parrot populations worldwide, and researchers around the world are working on learning more about ABV infection.