Publications
Principal Publications
1
.
Mace
K,
Vaddakepat
A,
Redzej
A,
Lukoyanova
N,
Oomen
C,
Braun
N,
Ukeja
M,
Lu
F,
Costa
T,
Orlova
E,
Baker
D, Cong Q, Waksman G (2022).
.
Nature
. 607:191-196.
2
.
A.
Ilangovan,
CWM.
Kay,
S
Roier,
H.
El
Mkami,
E.
Salvadori,
EL.
Zechner,
G
Zanetti,
G.Waksman
(2017).
.
Cell
.
169 (4): 708–721.e12
3
.
TR.
Costa,
A.
Ilangovan,
M.
Ukleja,
A.
Redzej,
JM.
Santini,
TK.
Smith,
EH.
Egelman,
G.
Waksman
(2016).
.
Cell.
166(6):1436-1444.e10
4
.
M.
Hospenthal,
A.
Redzej,
K.
Dodson,
M.
Ukleja,
B.
Frenz,
C.
Rodrigues,
S.
Hultgren,
F.
DiMaio,
E.
Egelman
and
G.
Waksman
(2016).
.
Cell
. 164:269-278.
5
.
HH.Low
,
F.
Gubellini,
A.
Rivera-Calzada,
N.
Braun,
S.
Connery,
A.
Dujeancourt,
F.
Lu,
A.
Redzej,
R.
Fronzes,
EV.
Orlova,
G.
Waksman
(2014)
Structure
of
a
type
IV
secretion
system
.
Nature.
2014
Apr
24;508(7497):550-3.
doi: 10.1038/nature13081. Epub 2014 Mar 9. PMID: 24670658
6
.
S.
Geibel,
E.
Procko,
S.J.
Hultgren,
D.
Baker,
and
G.
Waksman
(2013)
Structure
and
energetic
basis
of
folded
protein transport by the FimD usher
.
Nature
. 496:243-246.
7
.
G.
Phan,
H.
Remaut,
T.Wang,
W.
Allen,
K.
Pirker,
A.
Lebedev,
N.
Henderson,
S.
Geibel,
E.
Volkan,
J.
Yan,
M.
Kunze,
J.
Pinkner,
B.
Ford,
C.
Kay,
H.
Li,
S.
Hultgren,
D.
Thanassi,
and
G.
Waksman
(2011)
Crystal
structure
of the FimD usher bound to its cognate FimC:FimH substrate
.
Nature
. 474:49-53.
8
.
Chandran,
R.
Fronzes,
S.
Duquerroy,
N.
Cronin,
J.
Navaza,
and
G.
Waksman
(2009)
Crystal
structure
of
the
outer membrane complex of a type IV secretion system
.
Nature
. 462:1011-1015.
9
.
R.
Fronzes,
E.
Schaefer,
H.
Saibil,
E.
Orlova
and
G.
Waksman
(2009)
Structure
of
type
IV
secretion
core
complex
.
Science
. 323:266-268.
1
0
.
H.
Remaut,
C.
Tang,
N.S.
Henderson,
J.S.
Pinkner,
T.
Wang,
S.J.
Hultgren,
D.G.
Thanassi,
G.
Waksman
,
H.
Li
(2008)
Fiber
Formation
Across
the
Bacterial
Outer
Membrane
by
the
Chaperone/Usher
Pathway
.
Cell
.
133:640-652.
First author (H. Remaut) member of the Waksman lab
1
1
.
F.
G.
Sauer,
J.
Pinkner,
G.
Waksman
,
and
S.J.Hultgren
(2002)
Chaperone
Priming
of
Pilus
Subunit
Facilitates
a
Topological Transition that Drives Fiber Formation
.
Cell
. 111:543-51.
Waksman sole corresponding author
1
2
.
K.W.
Dodson,
J.S.
Pinkner,
T.
Rose,
G.
Magnusson,
S.J.
Hultgren,
and
G.
Waksman
(2001)
Structural
Basis
of
Tropism of Pyelonephritic /E. coli/ for the Human Kidney
.
Cell.
105:733–743.
1
3
.
F.G.
Sauer,
K.
Fütterer,
J.S.
Pinkner,
K.W.
Dodson,
S.J.
Hultgren,
and
G.
Waksman
(1999)
Structural
basis
of
chaperone function and pilus biogenesis
.
Science
. 285:1058-1061.
1
4
.
S.
Korolev,
J.
Hsieh,
G.
Gauss,
T.M.
Lohman,
and
G.
Waksman
(1997)
Major
domain
swivelling
revealed
by
the
crystal
structure
of
binary
and
ternary
complexes
of
/E.coli/
Rep
helicase
bound
to
single-stranded
DNA
and
ADP
.
Cell
. 90:635-647.
1
5
.
D.
Ornitz,
A.
Herr,
M.
Nillson,
J.
Westman,
C-M.
Svahn,
and
G.
Waksman
(1995)
FGF
binding
and
FGF
receptor
activation by synthetic heparan-derived di- and trisaccharides
.
Science
. 268:432-436.
1
6
.
G.
Waksman
,
S.
Shoelson,
N.
Pant,
D.
Cowburn,
and
J.
Kuriyan.
(1993)
Binding
of
a
high
affinity
phosphotyrosyl
peptide
to
the
src
SH2
domain:
crystal
structures
of
the
complexed
and
peptide-free
forms
.
Cell
. 72:779-790.
1
7
.
G.
Waksman
,
D.
Kominos,
S.
Robertson,
N.
Pant,
D.
Baltimore,
R.Birge,
D.
Cowburn,
H.
Hanafusa,
B.
Mayer,
M.
Overduin,
M.
Resh,
C.
Rios,
L.
Silverman
and
J.
Kuriyan
(1992)
Crystal
structure
of
the
phosphotyrosine
recognition domain SH2 of v-src complexed with tyrosine-phosphorylated peptides
.
Nature
. 358:646-653.
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