Results 171 to 180 of about 2,362 (202)
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Environmental and Miscellaneous Toxicoses in Reptiles
2020329
Orós Montón, Jorge Ignacio +2 more
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Diagnostic Pathology of Equine Toxicoses
Veterinary Clinics of North America: Equine PracticeThis article is intended to highlight toxicosis-associated pathology in horses that might be observed by a clinician in the living animal and at gross necropsy. When the clinician is aware of these pathologic changes (particularly when coupled with a suggestive environmental or herd history), then collaboration with a diagnostic laboratory can begin to
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Toxicoses of the Ruminant Nervous System
Veterinary Clinics of North America: Food Animal Practice, 2017This article discusses the etiology, mechanism of action, clinical signs, and diagnostic tests used to identify toxic agents that affect the nervous system of ruminants. The article is not intended to be an exhaustive review of each agent, but a reference for establishing a differential diagnosis when toxic agents are suspected as the cause of central ...
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Journal of Exotic Pet Medicine, 2015
Within the past 20 years, ferrets have steadily gained popularity as a household pet. Owing to their small size, ability to climb, and explore under furniture and behind appliances, curious ferrets are often exposed to misplaced items. This ability to search secluded areas within the house provides opportunities for the animal to interface with toxic ...
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Within the past 20 years, ferrets have steadily gained popularity as a household pet. Owing to their small size, ability to climb, and explore under furniture and behind appliances, curious ferrets are often exposed to misplaced items. This ability to search secluded areas within the house provides opportunities for the animal to interface with toxic ...
openaire +1 more source
1981
Of the 800 tick species which have thus far been described, populations or strains of approximately 50 argasids and ixodids are potentially capable of causing pathological and/or pathophysiological changes through inoculation of unknown uninfectious noxes during repletion. These noxes are generally interpreted as toxins.
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Of the 800 tick species which have thus far been described, populations or strains of approximately 50 argasids and ixodids are potentially capable of causing pathological and/or pathophysiological changes through inoculation of unknown uninfectious noxes during repletion. These noxes are generally interpreted as toxins.
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[Toxicoses of ticks (Acari: Ixodida)].
Wiadomosci parazytologiczne, 2006Toxins have been shown to present in the salivary glands, whole body extracts, and eggs of ticks. They cause histological lesions in the skin, and in various organs of tick hosts. Among toxicoses, tick paralysis is of the greatest medical and veterinary importance. Toxins are secreted by cells "b" of acinus II in salivary glands during tick feeding.
A, Buczek +4 more
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