Pain assessment in birds is very complex because it requires consideration of differences in age, gender, species, individual behaviors and environmental factors. Birds may exhibit different behaviors or may hide painful behaviors when outside of their home cage. Predatory species may exhibit painful behaviors more readily than prey species. Many clinical signs may be associated with pain in birds including…
Fungi are among the most common causes of infectious disease in captive birds, and fungal diseases can be challenging to diagnose, as well as treat. Because fungi are typically opportunistic, causing non-contagious disease in susceptible individuals, prevention and treatment require an understanding of etiology as well as predisposing factors.
The cornerstone of successful aviculture is healthy breeding birds. These birds should be kept in a stress-free environment and provided with optimal nutrition to meet their physiological needs. Sound management techniques are paramount to ensure the birds remain healthy. Proper environmental enrichment is also important for psychological and behavioral well-being.
Burns are common in avian medicine. Many burns result from contact with hot liquids such as scalding water or cooking oil. Electrical burns arise from chewing on electrical wires and burns may also occur when pre-weaning birds are fed hot formula. Burns resulting from entrapment in burning buildings or inside containers, such as chick incubators with burning bedding, are not as common but are much more difficult to treat due to the complication of smoke inhalation.
Small birds face an enormous task in maintaining their body temperature, especially in a cold environment, but fortunately plumage provides an effective barrier to heat loss. Down feathers trap air and allow little convective movement of heat to occur. Fluffing feathers increases insulation and…
Provided by Dr. Tracy Clippinger of the San Diego Zoo. Download Neurologic Exam Form 1 PDF.
Created by LafeberVet and adapted from a standard ophthalmic exam form at Kansas State University College of Veterinary Medicine. Download Avian Ophthalmic Exam Form 2 PDF .
Provided by Dr. Patrick Redig and Dr. Julia Ponder of The Raptor Center.
Created by LafeberVet and adapted from a standard ophthalmic exam form at Kansas State University College of Veterinary Medicine. Download Avian Ophthalmic Exam Form 1 PDF .
Provided by Dr. Lynne Seibert. board-certified veterinary behaviorist, Download Behavioral History Form 6 PDF
Provided by Dr. Lynne Seibert. board-certified veterinary behaviorist, Download Behavioral History Form 5 PDF.
Created by LafeberVet, Download Behavioral History Form 4 PDF
Provided by behaviorist, Pamela Clark. I have used this behavior consult information form for 10 years, perfecting it along the way. Download Behavioral History Form 2 PDF.
Provided by Dr. Lynne Seibert. board-certified veterinary behaviorist Download Behavioral History Form 1 PDF.
Avian Physical Examination Forms Created by LafeberVet
Download Avian PE Form 3 PDF
Provided by Dr. Tom Tully of Louisiana State University
Avian Physical Examination Forms Created by LafeberVet
Download Avian PE Form 2 PDF
The first step in antimicrobial drug selection is to make sure treatment is necessary. Companion birds often display nonspecific signs of illness, and the avian clinician should be reasonably sure that an infection is present before using antibiotics. The presence of a pathogen on culture or Gram stain does not necessarily mean treatment is warranted. Small numbers of potential pathogens are frequently isolated from the choana and cloaca of healthy birds.
The cranial nerve exam differs little from that of mammals, however there are differences in innervation. As in mammals, menace and pupillary light response (PLR) require use of cranial nerves II (optic) and III (oculomotor), however menace is difficult to interpret in birds. Also, PLR may be overridden in birds due to the presence of striated iridal muscle. Evaluate PLR early in the exam using a sudden, bright light directed toward the medial canthus. Consensual PLR is absent due to…
In the best of captive situations, wild birds are still subject to significant stress. This is particularly true during phases of rehabilitation that require frequent capture and treatment. Experience with individual patients will dictate your approach to capture and restraint, but be aware that a slow, careful approach to capture followed by restriction of vision during restraint will generally yield best results.
General anesthesia is generally required for placement unless the patient is extremely weak. A spinal needle or hypodermic needle may be selected.
Arterial blood pressure measurement is an important tool in the management of the critically ill bird. Systolic blood pressure is the pressure exerted against the blood vessel wall during contraction of the heart. Although direct arterial pressure measurement is ideal, it is not commonly used because of the need for specific technical skill, invasive nature of the procedure, and cost of equipment.
After recognizing a dyspneic bird, the clinician’s initial response should be: Hands Off!! Dyspneic birds can die soon after presentation with the additional stress of restraint and handling. Therefore minimize handling and place the bird in an oxygen-rich cage. Humidify air and provide 40 to 50% oxygen. As in mammals, oxygen therapy is potentially toxic if given for prolonged periods at high levels.
The small, affectionate birds we call cockatiels (Nymphicus hollandicus) have undergone extensive modification through captive breeding. Color variations or mutations have increased in number over the years. The “Wild-type” or “Normal” cockatiel is the foundation of all mutations and is referred to as the “Grey” cockatiel. All other color variations, such as pearl, albino, lutino, and pied cockatiels, are mutations from this gene pool. In this client education handout, cockatiel types are described and recommendations for pet bird owners are discussed.
