Human accidents involving rattlesnake Caudisona durissa have the highest fatality rate among the Brazilian Viperidae family. Breeding this specie in captivity in order to produce antivenoms is very important to public health. Nevertheless, there are some challenges that this activity must face, like the onset of diseases on the breeding stock, justifying the importance of studying these snakes' physiology. Blood biochemical analysis of 53 Caudisona durissa was performed using plasma samples in an automated equipment (Ciba Corning - Express Plus®). Mean values and its respective Standard deviations are: blood urea nitrogen (BUN) -1.32mg dL-1 (±1.1); uric acid - 2.08mg dL-1 (±1.4); creatinine - 0.52mg dL-1 (±0.2); total protein - 3.7g dL-1 (±0.7); albumin - 1.62g dL-1 (±0.4); globulins - 2.08g dL-1 (±0.5); calcium - 15.25mg dL-1 (±2.8); phosphorus - 4.61mg dL-1 (±1.9); cholesterol - 171.58mg dL-1 (±52.7); triglycerides - 19.29mg dL-1 (±14.3); alkaline phosfatase - 31.04U L-1 (±12.4); aspartate aminotransferase (AST) - 22.25U L-1 (±11.4); alanin aminotransferase (ALT) 7.11U L-1 (±5.4); amylases - 1385.23U L-1 (±568.7). The following indexes were calculated: BUN/creatinine ratio - 2.5 and calcium/phosphorus ratio -3.3. Rattlesnake blood biochemical results above could be used as reference in clinical evaluation for captivity C. durissa.
Caudisona durissa; rattlesnake; blood biochemistry
