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On the similarity of tetanus and cholera toxins
Naunyn-Schmiedeberg's Archives of Pharmacology, 1973There are several similarities between tetanus and cholera toxins, including their ability to react with ganglioside. However, tetanus toxin reacts mostly with certain gangliosides containing sialidase-sensitive bonds, whereas cholera toxin reacts only with one particular ganglioside that does not contain any sialidase-sensitive bonds.
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The flocculation of tetanus toxin and toxoid. I
Antonie van Leeuwenhoek, 19541. The flocculation of tetanus toxins and toxoids produced in a modified Tarozzi broth was made the subject of an exhaustive study. 2. At least three flocculation zones were found. 3. The lowest flocculation value always proved to agree with the true point of equivalence of the antitoxin-binding (A.B.V.). 4.
H. Rijks, J. D. van Ramshorst
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The transglutaminase hypothesis for the action of tetanus toxin
Trends in Biochemical Sciences, 1993Tetanus toxin potently and almost irreversibly inhibits the release of neurotransmitters from nerve terminals. The toxin binds to and activates transglutaminase, a Ca(2+)-dependent enzyme that can form stable crosslinks between substrate proteins. Transglutaminase is present in nerve terminals and recognizes synapsin I, an abundant synaptic vesicle ...
F. FACCHIANO +3 more
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Biochimica et Biophysica Acta (BBA) - General Subjects, 1965
Abstract A new method for the preparation of highly purified tetanus by column chromatography is described. The product was characterised by electrophoretic and immunoelectrophoretic techniques. Fluorescent labels were attached to the toxin without altering its electrophoretic properties or toxicity.
M.B. Perry, S. I. Zacks, M. F. Sheff
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Abstract A new method for the preparation of highly purified tetanus by column chromatography is described. The product was characterised by electrophoretic and immunoelectrophoretic techniques. Fluorescent labels were attached to the toxin without altering its electrophoretic properties or toxicity.
M.B. Perry, S. I. Zacks, M. F. Sheff
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