青蛙(Rhinella marina)毒药中毒犬的临床护理和治疗

Pubvet Pub Date : 2024-06-07 DOI:10.31533/pubvet.v18n06e1609
Mauricio Carneiro Aquino, Moyses Serpa
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摘要

在巴西阿拉戈斯州马塞约的一家小动物兽医诊所,我们发现大多数中毒病例都是由于接触杀虫剂或不当摄入药物所致。在 2017 年发生的一起引人注目的事件中,我们治疗了一只出现严重中毒症状的 13 岁雌性肯恩科索犬。心电图分析在确定症状原因方面发挥了至关重要的作用,该症状被怀疑是由 Rhinella marina(又称 Bufo marinus,或当地的 Cururu 蛙)引起的中毒。几天后,在该动物的生活区附近发现了一具Rhinella marina的尸体,从而确认了诊断结果。毒液的主要成分布福毒素对该犬的心脏感受器产生了重大影响,改变了心电图,诱发窦性心律并伴有室性束脉性心动过速,持续时间较长。这类毒素,包括布法迪内酯和布法毒素,作用与洋地黄相似,可阻断心脏细胞的钠和钾泵。Rhinella marina 是一种原产于中美洲和南美洲的两栖动物,属下有数百个物种,广泛分布于巴西各地。虽然没有关于其发生率的全国性统计数据,但在意大利,包括蟾蜍毒在内的动物毒素造成的动物中毒占 2.4%。治疗包括输液治疗和静脉注射利多卡因以恢复心律正常。经过三天的住院强化治疗后,该犬出院时心电图恢复正常。
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Clinical care and treatment of a dog intoxicated by frog (Rhinella marina) poison
In the context of a small animal veterinary clinic in Maceió, Alagoas (Brazil), it is observed that most cases of intoxication result from contact with pesticides or improper ingestion of medications. In a remarkable episode in 2017, we treated a 13-year-old female Cane Corso dog presenting severe symptoms of intoxication. Electrocardiographic analysis was crucial in identifying the cause of the symptoms, which was suspected to be poisoning by Rhinella marina, also known as Bufo marinus, or locally as the Cururu frog. Confirmation of the diagnosis came days later, with the discovery of a Rhinella marina carcass near the animal's living area. Bufotoxin, the main component of the venom, had a significant impact on the dog's cardiac receptors, altering the electrocardiogram and inducing a sinus rhythm with ventricular fascicular tachycardia for an extended period. Such toxins, including bufadienolides and bufotoxins, act similarly to digitalis, blocking the sodium and potassium pump of cardiac cells. Rhinella marina, an amphibian native to Central and South America, belongs to a genus with hundreds of species and is widely distributed throughout Brazil. Although there is no national statistical data on its occurrence, zootoxins, including toad venom, are responsible for 2.4% of animal intoxications in Italy. Treatment consisted of fluid therapy and intravenous administration of lidocaine to normalize the heart rhythm. After three days of hospitalization with intensive treatment, the dog was discharged with a normalized electrocardiogram.
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