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1 inal pore-forming domain of the bacteriocin, colicin E1.
2 channel-forming activity of the bacteriocin, colicin E1.
3 ile its absence renders the cell tolerant to colicin E1.
4 bility of cobalamin to inhibit the action of colicin E1.
10 Upon binding to membranes, the 178-residue colicin E1 C-terminal channel protein forms a steady-sta
11 urrent and the conformational flexibility of colicin E1 channel domain depend on the membrane surface
13 In vitro channel activity of the C-terminal colicin E1 channel polypeptide under conditions of varia
15 s explored by interchanging residues between colicins E1 (ColE1) and 10 (Col10) and testing for alter
16 d for the translocation of group A colicins (colicins E1, E2, E3, A, K, and N) across the cell envelo
19 nvolvement of overlapping regions of TolC in colicin E1 import and phage binding.The phage used in th
23 the mechanism(s) by which cellular uptake of colicin E1 is mediated by the TolA protein differs from
24 colicin fragment and the 522 residue intact colicin E1 molecule scale qualitatively according to the
25 f the loops were essential for the action of colicin E1 or E3, which is consistent with the crystallo
26 -terminal 190-residue channel polypeptide of colicin E1 (P190) bound to anionic membranes are describ
27 but counter-selection escape frequency using colicin E1 precludes using tolC for inefficient genetic
28 ants showed varying degrees of resistance to colicin E1, suggesting the involvement of overlapping re
29 of denaturation profiles of the 522 residue colicin E1, together with fragments of 342 and 178 resid
30 (Val(447)-Gly(475) and Ile(508)-Ile(522)) of colicin E1 was investigated by a site-directed fluoresce
31 ty, and structure of the toxin-like molecule colicin E1 were analyzed by differential scanning calori
32 s E3 and N, and the TolC recognition site of colicin E1, were found to reside in the N-terminal trans
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