A mechanism for toxin insertion into membranes is suggested by the crystal structure of the channel-forming domain of colicin E1 (Q27735043)
scientific article
Language:
(P31) (Q13442814)
(P304) 443-58
(P433) 3
(P478) 5
(P577) Saturday, March 15, 1997
(P921) (Q895901)
(P1433) (Q15709970)
(P1476) "A mechanism for toxin insertion into membranes is suggested by the crystal structure of the channel-forming domain of colicin E1" (language: en)
(P2093) P Elkins
A Bunker
W A Cramer
C V Stauffacher
(P2860) (Q40105135)
(Q40403829)
(Q43908703)
(Q40133338)
(Q36809732)
(Q53772186)
(Q41863281)
(Q30451958)
(Q36533420)
(Q37544989)
(Q54614782)
(Q57838308)
(Q27642114)
(Q46874591)
(Q27734672)
(Q37615089)
(Q37679206)
(Q68065183)
(Q41808395)
(Q35461718)
(Q71689930)
(Q41194770)
(Q71029045)
(Q34017956)
(Q54632307)
(Q26778411)
(Q27861091)
(Q36145875)
(Q54708561)
(Q40787992)
(Q46940208)
(Q71606906)
(Q42841939)
(Q69026449)
(Q54714500)
(Q36411731)
(Q54049230)
(Q27861090)
(Q56877556)
(Q26776980)
(Q27860942)
(Q27860894)
(Q29617259)
(Q26778412)
other details
description scientific article

External Links