Sentence examples for two venom from inspiring English sources

In vitro and in vivo models simulating the bee sting have been developed using live honeybees and, as the envenomation sites, pig ears and rat legs; MALDI MSI has been used to map, over time, the diffusion and distribution of three venom allergens (Api m 1, Api m 4, and Api m 6) and two venom toxins (apamine and mast cell degranulating peptide).

This stark difference between teretoxins and conotoxins is highly indicative of the functional diversity between these two venom arsenals.

Type I venoms are by far the most prevalent of the two venom types, appearing in 20 out of 26 rattlesnake taxa examined by Mackessy [ 29].

The sequences of only two venom proteins from another species of the subfamily Cheloninae, Chelonus sp. near curvimaculatus, had been described to date [ 39, 40].

A proteome comparison of these two venom forms and an understanding of the phosphorylation status of ESV, are still very limited.

While a comparison between the venom-gland transcriptomes of the two venom types in C. horridus might have provided a more precise comparison of expression patterns underlying the two venom types, such a comparison would provide substantially less data on toxin and nontoxin molecular evolution and on patterns of gene-family evolution in snake venoms.

These two venoms reflected the hemorrhagic/neurotoxic venom dichotomy that broadly characterizes the difference in venom strategies between elapids and viperids.

Type II venoms tend to be proteomically simpler than type I [ 49], and the transcriptome profiles that underlie these two venoms followed this trend.

This was done to further illuminate the composition of these two venoms and to ascertain whether the two techniques were congruent.

We have shown that dramatic changes in expression patterns for toxin gene classes underlie the correspondingly dramatic differences in venom composition and can account for the major pharmacological differences in the effects of the two venoms.

Even though the number of Cys frameworks varies between Tr. anilis and T e. subulata, comparative analysis of the types of Cys frameworks highlight strong similarities between the two venoms.