This report describes the isolation, primary structure determination, and functional
characterization of two similar toxins from the scorpion Parabuthus granulatus named …

Pi4 is a 38‐residue toxin cross‐linked by four disulfide bridges that has been isolated from
the venom of the Chactidae scorpion Pandinus imperator. Together with maurotoxin, Pi1 …

Three novel toxins belonging to the scorpion K+ channel-inhibitor family were purified to
homogeneity from the venom of the Chinese scorpion Buthus martensi. They have been …

Pi1 is a 35‐residue toxin cross‐linked by four disulfide bridges that has been isolated from
the venom of the chactidae scorpion Pandinus imperator. Due to its very low abundance in …

Maurotoxin, a toxin from the venom of the Tunisian chactoid scorpion Scorpio maurus, has
been purified to homogeneity by gel filtration/reversed-phase HPLC, and characterized. It is …

Over the last period of time, a large number of scorpion toxins have been characterized.
These peptidyl inhibitors of K+ channels have been very useful as probes for determining …

A new toxin, named HsTX1, has been identified in the venom of Heterometrus spinnifer
(Scorpionidae), on the basis of its ability to block the rat Kv1. 3 channels expressed in …

Scorpion venoms contain toxins that block different types of potassium channels. Some of
these toxins have affinity for high conductance Ca2+-activated K+ channels and for …

By means of high performance liquid chromatography (HPLC) the soluble venom of the
Amazonian scorpion Tityus cambridgei was fractionated into over 50 different components …

A new scorpion toxin (3751.8 Da) was isolated from the Buthus martensi venom, sequenced
and chemically synthesized (sBmTX3). The A-type current of striatum neurons in culture …