Title: Weiss' Bacterial cell division and the septal ring' Review Article' Molecular Microbiology' 54 2004
11
22
33
Weiss. Bacterial cell division and the septal
ring. Review Article. Molecular Microbiology. 54
(2004) 588-597.
44
Vicente et al., Septum Enlightenment Assembly
of bacterial division proteins. J. Bacteriol. 188
(2006) 19-27.
55
Bi Lutkenhaus. FtsZ ring structure associated
with division in E. coli. Nature. 354 (1991)
161-164.
66
Bi Lutkenhaus. FtsZ ring structure associated
with division in E. coli. Nature. 354 (1991)
161-164.
77
Lowe Amos. Crystal structure of the bacterial
cell-division protein FtsZ. Nature. 391 (1998)
203-206.
81
92
108
Raskin de Boer Rapid pole-to-pole oscillation
of a protein required for directing division to
the middle of E. coli. PNAS. 96 (1999) 4971-4976.
119
Raskin de Boer Rapid pole-to-pole oscillation
of a protein required for directing division to
the middle of E. coli. PNAS. 96 (1999) 4971-4976.
1210
Shih, Le Rothfield. Division site selection in
E coli involves dynamic redistribution of Min
proteins within coiled structures that extend
between the two cell poles. PNAS. 100 (2003)
7865-7870.
1311
Shih, Le Rothfield. Division site selection in
E coli involves dynamic redistribution of Min
proteins within coiled structures that extend
between the two cell poles. PNAS. 100 (2003)
7865-7870.
143
154
1612
Bernhardt and de Boer. SlmA, a nucleoid-associated
, FtsZ binding protein required for blocking
septal ring assembly of chromosomes in E coli.
Mol Cell. 18 (2005) 555-564.
1713
Bernhardt and de Boer. SlmA, a nucleoid-associated
, FtsZ binding protein required for blocking
septal ring assembly of chromosomes in E coli.
Mol Cell. 18 (2005) 555-564.
185
1914
Aussel et al., FtsK is a DNA motor protein that
activates chromosome dimmer resolution by
switching the catalytic state of the XerC and
XerK recombinases. Cell.108 (2002) 195-205.
2015
Aussel et al., FtsK is a DNA motor protein that
activates chromosome dimmer resolution by
switching the catalytic state of the XerC and
XerK recombinases. Cell.108 (2002) 195-205.
2116
Aussel et al., FtsK is a DNA motor protein that
activates chromosome dimmer resolution by
switching the catalytic state of the XerC and
XerK recombinases. Cell.108 (2002) 195-205.
2217
Pease, et al, Sherratt, Bustamante Cozzarelli.
Sequence-directed DNA translocation by purified
FtsK. Science. 307 (2005) 586-590.