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.
The T.J. Lafeber Avian Practitioner of the Year Award is given annually, or at the Selection Committee’s discretion, to an outstanding practitioner that has advanced the quality of health care for companion birds.
LafeberVet is an ever-growing online exotic animal medicine library. Although some NEW content is featured in email campaigns, follow us on Twitter to keep up on all the latest posts…
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.
Poisonings are relatively uncommon in companion bird emergency medicine, but these conditions do occur and can involve a wide assortment of toxins. In principal, treatment in birds is the same as for other animals. First, stabilize the patient presented with abnormal clinical signs. Establish an airway, initiate respiration, and address cardiovascular needs.
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.
Although the principles of emergency medicine critical care are universal for all species, this approach must be balanced with an understanding of the unique aspects of avian medicine. Use this summary page to review the basic approach to the avian patient and select additional links to supplement your knowledge base.
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 avian portion of the LafeberVet Emergency and Critical Care teaching module.
Signs of illness in birds are often quite subtle until disease is advanced. Fortunately, quite a bit of information can be gleaned from a detailed history and careful observation. View this brief slideshow for tips on the visual examination.
Announcing the 2017 T.J. Lafeber Avian Practitioner of the Year: Michael Lierz, DZooMed, DECZM (WPH), DECPVS is a Full Professor and Director of the Clinic for Birds, Reptiles, Amphibians and Fish at the Justus-Liebig University of Giessen.
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.
What Parrots Want: The Importance and Use of Foraging and Environmental Enrichment for Birds Post Test
Post test for What Parrots Want: The Importance and Use of Foraging and Environmental Enrichment for Birds webinar.
This webinar has been R.A.C.E.-approved for 1 hour of continuing education. Despite parrots being popular pets, much of the information regarding their nutritional and behavioral needs is still unknown. Unlike dogs and cats, most psittacine species are not domesticated and have therefore likely retained most, if not all, of their wild instincts and behavioral needs. In captivity, however, most parrots have little to no opportunity to perform these species-typical behaviors. This will not only reduce their welfare, but can also result in the onset of abnormal repetitive behaviors, including feather damaging behavior, and oral or locomotor stereotypies.
The Avian Respiratory Tract Overview 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…
As a part of the Lafeber Company Student Program, Dr. Susan Orosz presented an exclusive presentation to the University of Illinois School of Veterinary Medicine Non-Traditional Species Club as a distance learning event. This web-based seminar was recorded…
This live webinar event was presented by James Morrisey, DVM, DABVP (AvianPractice). View a recording of this AAVSB R.A.C.E.-approved web-based seminar, then take the brief post-test to earn 1 hour of continuing education credit. The avian respiratory system has several unique and fascinating adaptations for flight that are important to clinicians. This webinar overviews the anatomy and physiology of the avian respiratory tract. Clinical correlates are pointed out as the presenter goes through anatomy and physiology. Clinical signs of respiratory disease in birds are then discussed along with how the clinician can use these signs to anatomically locate the origin of the problem to the upper respiratory tract, the major airways, the pulmonary parenchyma, and/or the coelomic cavity.
Categories: Avian, Parrot,
The Feather Destructive Behavior in Psittacine Birds 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….
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Anatomy and Physiology of the Avian Gastrointestinal Tract: Clinical Applications 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…
Placement of an enteral feeding tube is a recognized method of supportive care, and the esophagostomy tube is an accepted route that is generally well tolerated by avian patients and relatively easy to place. In clinical patients, esophagostomy tube placement has been described in psittacine birds, raptors, and ostriches.
Esophagostomy tube placement is indicated in cases of severe beak trauma or disease, as well as diseases of the oral cavity or proximal esophagus, such as abscesses and neoplasia. Esophagostomy tubes may also be used to…
Objects are often not fully visible in everyday life. Human beings are capable of processing the complex visual information related to “incompleteness” because our visual environment is primarily composed of opaque objects that can overlap and partially hide each other. Scientists believe that many nonhuman species are also able to deal with “incompleteness”…
When nominations closed for the 2016 T.J. Lafeber Avian Practitioner of the Year, a list of 19 outstanding avian veterinarians were submitted for consideration. The independent Selection Committee, hosted through Louisiana State University, narrowed the list to five finalists and the Award recipient, Dr. Gregory Rich…
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.
The “Pigeon Disease Primer” explores important differential diagnoses for common clinical problems observed in pigeons and doves. Although the clinical approach to the columbiform relies on the same concepts of “One Medicine” used in all species, many of the infectious diseases of pigeons are relatively unique to this taxonomic group, or at least much more prevalent when compared to psittacine birds or songbirds.
Although pigeons and doves are a diverse group of birds, they do share some clinically significant anatomy and physiology, including a large, bilobed crop or ingluvies, crop milk production, as well as a vascular plexus found in the subcutis of pigeons. This post also touches on specialized anatomic features unique to fruit pigeons before summarizing some features of the columbid integumentary system, musculoskeletal system, and urogenital tract.
This practice of pigeon fancy is generally called “pigeon racing” in North America and “pigeon play” in Europe. The principles of pigeon fancy are intricate and there are a variety of vocabulary terms that seem quite mysterious. There is also a history of resistance to veterinary involvement among many pigeon breeders so it can be intimidating for even experienced avian veterinarians to interact with the pigeon fancier.
Many people have been curious about the way we at International Bird Rescue were able to clean the birds affected by the San Francisco Bay Mystery Goo Spill in January 2015.
Traumatic orthopedic injuries are relatively common in the avian patient. Although bird bones are strong when intact, they tend to shatter on impact as the cortices are thin and brittle. A lack of abundant soft tissue coverage often leads to open fractures…
All raptors consume a meat-based diet ranging from the specialist diet of the fish-eating osprey (Pandion haliaetus) to a generalist diet that can include insects, mammals, birds, reptiles, amphibians, and even carrion. Other than poultry, the exact nutritional requirements of birds are unknown, however the natural raptor diet is always relatively high in protein and fat and low in carbohydrates. Whole prey diets have a calcium/phosphorus ratio of 1.5:1 as the bird actually consumes the bones as well as the meat…
Raptors are a diverse group of birds consisting of order Strigiformes or owls and diurnal birds of prey such as falcons, hawks, and eagles. Order Falconiformes, traditionally considered a broadly defined, polyphyletic group, has recently been divided into two orders with only family Falconidae (falcons and caracaras) remaining in Falconiformes. Other diurnal raptors belong to order Accipitriformes …
LafeberVet is an ever-growing online library. Although some NEW content is featured in email campaigns, follow us on Twitter to keep up on all the latest posts…
As a part of the Encore ICARE Lafeber Symposium Lecture Series, Dr. Susan Orosz provided an introductory presentation on anatomy and physiology of the avian gastrointestinal tract. View a recording of this AAVSB R.A.C.E.-approved web-based seminar, then take the brief post-test to earn 1 hour of continuing education credit.
Did you attend the Lafeber Symposium at the 2015 International Conference on Avian heRpetological and Exotic mammal medicine in Paris? View a recording of this encore, web-based seminar: “Medical Management of Psittacines with Bornavirus Ganglioneuritis (PDD)” by Susan Orosz, DVM, DABVP (Avian Practice), DECZM (Avian). This presentation on avian borna virus contains medium to advanced level content. The novice is encouraged to view the first hour of Dr. Orosz’s presentation “Anatomy & Physiology of the Avian Gastrointestinal Tract: Clinical Applications”, which includes a helpful review of avian gastrointestinal anatomy and physiology.
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.
“Griffin”, a grey parrot in Dr. Irene Pepperberg’s animal behavior and avian cognition lab, could wait up to 15 minutes for a better quality reward, even though both treats offered were preferred food items. Griffin displayed delayed gratification for longer than any previously tested avian subject including Goffin’s cockatoos. Fifteen minutes was the longest time evaluated, not necessarily the longest length of time Griffin could wait.
Explore the history of similar research in children and animals as well as the specific results of the study led by Adrienne E. Koepke of Hunter College and Suzanne L. Gray of Harvard University. Also learn more about Dr. Irene Pepperberg and the fascinating work of The Alex Foundation.
The AAVSB R.A.C.E.-approved webinar “Feather Destructive Behavior in Psittacine Birds” was presented by Lynne Seibert, DVM, MS, PhD, Dipl. American College of Veterinary Behaviorists. View a recording of this web-based seminar, then take the post-test to earn 1 hour of continuing education credit.
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.
Thank you for attending The Avian Neurologic Exam presented by Dr. Susan Orosz, sponsored by the Lafeber Company Student Program, and hosted by LafeberVet.
Are you an avian veterinarian in the USA or Canada? Are you listed in the Lafeber Pet Birds Find An Avian Veterinarian locator? Pet bird owners across North America use this online service.
Contact Us to add your information to this popular Lafeber Pet Birds feature OR if your practice information needs to be updated.
Founder and Director Emeritus of the University of Minnesota’s Raptor Center, Dr. Patrick Redig, was named the 2015 T.J. Lafeber Avian Practitioner of the Year. Important criteria for this award include clinical excellence, innovation, promotion of the avian veterinary profession, contributions to the knowledge base, as well as caring and compassion for their patients and clients.
Electrophoretic patterns among avian species have been found to be quite different from those seen in mammals. The protein electrophoresis patterns of psittacine species that have been studied generally include the presence of prealbumin in many species, lower normal concentrations of gamma-globulin, and increases in the…
It is 10 p.m. in your veterinary emergency hospital and a dreaded call comes in. A panicked owner is in tears because their beloved pet is in crisis. In most cases, your team will quickly gather supplies and move swiftly to prepare for the emergent patient. This patient may strike fear in many veterinary professionals, however, because it is the dreaded avian patient presenting to a general veterinary practice.
Released for National Veterinary Technician Week 2014, Tips and Tricks for the Avian Patient is part of an Exotic ICU series that provides advice on the management of birds in a critical care setting.
Wing injuries may present as a wing droop or an inability to fly. The figure-of-eight bandage, or wing wrap, is the standard method for stabilizing the wing short-term. See the NEW and improved version of LafeberVet’s wing wrap placement video clip.
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…
Because of a lack of identified blood groups in companion bird species, compatibility for transfusion is based on the use of major and minor cross matches. A major cross match is performed by mixing donor red cells with recipient plasma and a minor cross match uses recipient cells and donor plasma. The appearance of agglutination or cell lysis indicates incompatibility.
Unlike mammals, a single transfusion between different bird species can be safe and efficacious. Transfusions will be most effective if the donor is…