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Toxicology|February 28, 1994
The cytolytic toxin aerolysin: from the soluble form to the transmembrane channelF G van der Goot, F Pattus, M Parker, et al.The EMBO Journal|October 1, 1985
pH-dependent membrane fusion is promoted by various colicinsF Pattus, D Cavard, V Crozel, et al.Journal of Molecular Biology|February 5, 1991
Individual domains of colicins confer specificity in colicin uptake, in pore-properties and in immunity requirementH Benedetti, M Frenette, D Baty, et al.Biochimica Et Biophysica Acta|February 2, 1978
Spreading of biomembranes at the air/water interfaceF Pattus, M C Piovant, C J Lazdunski, et al.Journal of Molecular Biology|April 5, 1992
Refined structure of the pore-forming domain of colicin A at 2.4 A resolutionM W Parker, J P Postma, F Pattus, et al.Journal of Molecular Biology|February 5, 1986
A molecular, genetic and immunological approach to the functioning of colicin A, a pore-forming proteinD Cavard, V Crozel, J P Gorvel, et al.The Journal of Biological Chemistry|March 4, 1994
Uncoupled steps of the colicin A pore formation demonstrated by disulfide bond engineeringD Duché, M W Parker, J M González-Mañas, et al.Journal of Molecular Biology|April 5, 1993
Fluorescence energy transfer distance measurements. The hydrophobic helical hairpin of colicin A in the membrane bound stateJ H Lakey, D Duché, J M González-Mañas, et al.Biochemistry|March 16, 1993
Oligomerization of the channel-forming toxin aerolysin precedes insertion into lipid bilayersF G van der Goot, F Pattus, K R Wong, et al.The EMBO Journal|July 1, 1992
The aerolysin membrane channel is formed by heptamerization of the monomerH U Wilmsen, K R Leonard, W Tichelaar, et al.Pageof 10