Snake venoms are biological weapon systems composed of secreted proteins and peptides
that are used for immobilizing or killing prey. Although post-translational modifications are …

We report the application of a hybrid element and molecular MS configuration for the parallel
absolute quantification of μHPLC-separated intact sulfur-containing venom proteins, via ICP …

High-throughput technologies were used to identify venom gland toxin expression and to
characterize the venom proteomes of two rear-fanged snakes, Ahaetulla prasina (Asian …

Snakebite is a major public health issue in the rural tropics. Antivenom is the only specific
treatment currently available. We review the history, mechanism of action and current …

Snake venoms are mixtures of biologically-active proteins and peptides, and several studies
have described the characteristics of some of these toxins. However, complete proteomic …

Snake venom proteomes/peptidomes are highly complex and maintenance of their integrity
within the gland lumen is crucial for the expression of toxin activities. There has been …

The complexity of Viperid venoms has long been appreciated by investigators in the fields of
toxinology and medicine. However, it is only recently that the depth of that complexity has …

We report on the first application of top-down mass spectrometry in snake venomics. De
novo sequence tags generated by, and ProSight Lite supported analysis of, combined …

A toxicovenomic analysis of the venom of the forest cobra, N. melanoleuca, was performed,
revealing the presence of a total of 52 proteins by proteomics analysis. The most abundant …

Elucidating the molecular mechanisms underlying snake venom variability provides
important clues for understanding how the biological functions of this powerful toxic arsenal …