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An investigation on venom secretion by the venom gland cells of the carpet viper (Echis carinatus)
Toxicon, 1986The indirect immunofluorescent antibody technique was applied to the study of Echis carinatus pyramidum venom antigens in venom gland tissue using semi-thin frozen sections. A total of four rabbit antisera, two monoclonal antibodies active against E.
D. Iddon +4 more
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Cardiovascular and respiratory effects of Gaboon viper venom
General Pharmacology: The Vascular System, 1975Abstract 1. 1. Doses of venom (rabbit 0·7–2·7 mg/kg; monkey 0·20–0·33 mg/kg) given intravenously and killing in 20–200 min produce a marked and maintained fall in blood pressure. 2. 2. There is a progressive reduction in O 2 consumption accompanied in rabbits with hyperventilation and terminal pulmonary oedema. 3. 3.
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Mast Cells and Local Resistance to Russell's Viper Venom
The Journal of Immunology, 1965Summary It was observed that the subcutaneous injection of Russell's Viper venom initiated an explosive release of heparin-containing granules from local tissue mast cells and that the shed granules were subsequently ingested by fibroblasts and various other cell types involved in the connective tissue response to venom injury ...
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The Coagulant Activity of Russel Viper Venom
Scandinavian Journal of Clinical & Laboratory Investigation, 1954Knut Aas +2 more
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Novel methods for long-nosed viper venom
2008Long-nosed viper (Vipera a. ammodytes) is the most poisonous European snake. Its venom has been used for immunobiological production of antivenoms, the only specific therapy of snake envenomation, for over 50 years. The method for assessment of neutralization potency of antivenoms requires the use of large number of experimental animals.
Halassy, Beata, Habjanec, Lidija
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