Lafeber Company was proud to serve as the sponsor of an Association of Exotic Mammal Veterinarians Student Case Report Contest…
A 3-year old intact male guinea pig was presented on emergency for suspected bloat and with a history of chronic hair loss. Clinical examination revealed non-pruritic symmetric truncal alopecia, thin skin, severe cachexia, and an abdominal fluid wave. Alkaline phosphatase, alanine transaminase, aspartate aminotransferase, gamma-glutamyl transferase, leukocytes (neutrophils), bilirubin, and serum cortisol were markedly elevated. Abdominal ultrasonography revealed peritoneal effusion, cholestasis, and cholelithiasis. Hyperadrenocorticism was diagnosed based on…
Two guinea pigs suspected of having hyperthyroidism based on weight loss, presence of a cervical mass, and elevated total thyroxine (TT4) levels were confirmed to have active thyroid masses via scintigraphy with Technetium-99 and treated with radioactive iodine therapy (I¹³¹). Both patients responded initially with weight gain and a decrease in the TT4. The purpose of this case series is to describe the use of scintigraphy to aid in confirming a diagnosis of hyperthyroidism, as well as to show the benefits and effectiveness of using radioactive iodine therapy (I¹³¹) to treat hyperthyroidism in guinea pigs in order to provide the best treatment protocol.
Calcium is the most abundant mineral in the body, and the majority of total body calcium is found within bones and teeth. Most mammals make only one or two sets of teeth in a lifetime, however rabbit teeth continually grow throughout their lifetime. This continual tooth eruption plays an important role in the rabbit’s long-term calcium needs.
The most widespread mineral in the body, calcium is required for normal metabolism and bone mineralization.
Calcium homeostasis is under the control of calcitonin, which is produced by the ultimobranchial gland, vitamin D, and parathyroid hormone. In laying hens, most dietary calcium is used for egg production. Rising estrogen levels promote increased intake of calcium supplements like cuttlefish bone and calcium-rich foods, however the quantity of calcium ingested daily is insufficient for the massive deposition of calcium required for eggshell calcification.
There is no cure for insulinoma. If the ferret lives long enough, eventually it will reach a point where clinical signs cannot be controlled and euthanasia will need to be selected to address quality of life issues.
Hyperadrenocorticism is a common and complex clinical condition in the pet ferret. This disease occurs most frequently in ferrets three years or older but has been reported in animals as young as one year of age. Presumptive diagnosis of adrenal disease in the ferret is based on history, clinical signs, imaging diagnostics, and steroid hormone analysis. While surgical therapy is the treatment of choice, palliative medical management typically relies on use of the GnRH analogs, leuprolide acetate or deslorelin.
Although the medical approach to anemia is the same as in dogs & cats, some red cell parameters and some differentials differ in the ferret.
The ferret with moderate to severe anemia will exhibit pallor of the mucous membranes, nasal planum and skin. If a clotting disorder exists, petechial, ecchymotic and purpural hemorrhages can also be observed. The owner may complain of lethargy and reduced activity.
What is metabolic bone disease or nutritional secondary hyperparathyroidism? This educational handout will help the reptile and amphibian owner understand this common problem from the underlying cause and signs of illness to the testing and treatment commonly recommended by your veterinarian.
Insulinoma, or pancreatic beta cell tumor, is an abnormal growth of the pancreas that secretes excess amounts of insulin. Unfortunately, insulinoma is an extremely common disease of middle-aged to older ferrets.
Adrenocortical disease is a common endocrine disorder in middle-aged to older ferrets.