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Topic:Disease Diagnosis
Disease diagnosis in horses involves the identification and characterization of illnesses through various diagnostic methods and tools. This process is essential for effective veterinary care and management of equine health. Techniques used in diagnosing diseases in horses include clinical examinations, laboratory tests, imaging modalities such as ultrasonography and radiography, and molecular diagnostics. Blood tests are frequently utilized to assess parameters such as complete blood count and biochemical profiles, which can indicate underlying health issues. Additionally, advancements in genetic testing and biomarker identification have enhanced the ability to detect specific diseases early. This page aggregates peer-reviewed research studies and scholarly articles that explore diagnostic methodologies, their applications, and their impact on equine health management.
Electrical dose for ventricular defibrillation of large and small animals using precordial electrodes. Electrical ventricular defibrillation of heavy subjects (over 100 kg body weight) is uncommon for the human or any animal species. This paper reports trans-chest ventricular defibrillation of subjects ranging in weight from 2.3 to 340 kg using conventional defibrillation current (heavily damped sine wave) of 0.3-30 ms duration. It was found that a body weight-to-electrical-shock strength relationship exists and can be expressed in terms of either electrical energy or peak current. For the duration of current pulse used clinically (3-10 ms), the relationship between energy requirement and body ...
A kininogen-kinin like reaction revealed by the marginal distance of the equine lung.
Summary
Wetting an area 40 × 40 cm. with water at around 16 °C produces a marked increase in the marginal distance of the horse lung (distance between limits of pulmonary sound and sound of thoracic wall) which persists for an average of 4 1/2 hours. The treated area, but no other area, of skin remains totally refractory for more than 7 hours and partially refractory for more than 28 but less than 46 hours. Phenylbutazone (7 mg./kg. i. v.) prevents the effect. A kininogen-kinin effect is considered the likely explanation. Camphor produced similar changes to those caused by cold water.
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