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Proteome and peptidome profiling of spider venoms

Expert Review of Proteomics, 2008
Spider venoms are an important source of novel molecules with different pharmacological properties. Recent technological developments of proteomics, especially mass spectrometry, have greatly promoted the systematic analysis of spider venom. The enormous diversity of venom components between spider species and the lack of complete genome sequence, and ...
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Toxic and Allergic Reaction to Spider Venom

Journal of Asthma Research, 1976
(1976). Toxic and Allergic Reaction to Spider Venom. Journal of Asthma Research: Vol. 13, No. 4, pp. 185-185.
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Spider Venoms and Their Effect

1987
In principle, with the exception of some groups of spiders which have no venom glands at all (e.g. Uloboridae and Holarchaea) all spiders with any kind of venom apparatus must be considered as venomous, if not always for man, then perhaps for other animals, or at least for insects, their usual prey.
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The Venom of Australian Spiders

2015
Australia is home to an estimated 10,000 species of spider, including species from the Latrodectus genera and Atracinae family, two of the four widely recognized medically significant spider groups. It is predicted in excess of 5,000 spider bite cases occurring annually in Australia, predominantly by spiders that have not shown any medical relevance ...
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Polypeptide neurotoxins from spider venoms

European Journal of Biochemistry, 1999
Spider venoms contain a variety of toxic components. The polypeptide toxins are divided into low and high molecular mass types. Small polypeptide toxins interacting with cation channels display spatial structure homology. They can affect the functioning of calcium, sodium, or potassium channels.
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Protocols for Peptidomic Analysis of Spider Venoms

2009
Spider venom contains a complex mixture of components with a large range of molecular masses (0.1-60 kDa) exhibiting a diverse array of actions. Most of these components are proteinaceous molecules - biologically active proteins and peptides. Proteomics profiling of spider venoms (the components with MW >10 kDa) could be achieved through conventional 2-
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