Sentence examples for active venom from inspiring English sources

The Ci-45 contig is thus most likely coding for an active venom chitinase and might be responsible for the chitinase activity previously detected in the venom of C. inanitus [ 38].

Readers should keep in mind that our transcriptomic approach identifies putative toxin precursor transcripts, and that proteomic and functional data need to be collected in order to validate whether the transcripts indeed code for active venom toxins.

High-throughput approaches based on 454 pyrosequencing have recently been applied to the study of snake venoms to give the most complete characterizations to date of the genes expressed in active venom glands, but such approaches are costly and still provide a far-from-complete characterization of the genes expressed during venom production.

In order to provide a global insight on the transcripts expressed in the venom gland of the Brazilian ant species Tetramorium bicarinatum and to unveil the potential of its products, high-throughput approach using Illumina technology has been applied to analyze the genes expressed in active venom glands of this ant species.

The Guinness Book of World Records has named it the most venomous spider in the world for possessing the most active neurotoxic venom of any living spider.

Hemostatically active snake venom metalloproteinases (SVMPs) perturb the blood coagulation cascade at specific points and due to their potential application as thrombolytic agents, the fibrin ogen)olytic non-hemorrhagic SVMPs have been employed as biochemical tools in coagulation research and diagnosis.

We have provided the most complete characterization of the genes expressed in an active snake venom gland to date, producing insights into snakebite pathology and guidance for snakebite treatment for the largest rattlesnake species and arguably the most dangerous snake native to the United States of America, C. adamanteus.

The authors compiled studies from a number of plants or their fractionsthat were active against snake venom and concluded that folk knowledge is relevant.

The presence of clinical signs and symptoms of excess acetylcholine indicate the presence of active free circulating venom in the blood, which can be neutralised by antivenom.

They also found that a synthetic version of Hm1a evoked robust responses in cultured sensory neurons, showing that it is an active component of the venom, and that tetrodotoxin blocks the increases in calcium ion concentration it produces, suggesting that the toxin acts on sodium channels.

To start, scientists isolated the active ingredient in the venom of a species that feeds primarily on worms and opportunistically on fish (Conus tessulatus).