Page 56 - 78_03
P. 56
ENFERMEDAD
DE
CHAGAS…..
21.
d e
Souza,
W.;
de
Carvalho,
T.
M.
&
Barrias,
E.
S.
(2010)
Review
on
Trypanosoma
cruzi:
Host
Cell
Interaction,
International
Journal
of
Cell
Biology
2010.
22.
C azzulo,
J.
J.
(1999)
La
cruzipaina
cistein
proteinasa
principal
de
Trypanosoma
cruzi:
secuencia
y
organización
de
los
genes
que
la
codifican.
,
Medicina
59,
7--11.
23.
S tempin,
C.
C.
&
Cerban,
F.
M.
(2007)
Macrofagos
e
induccion
de
arginasa
como
mecanismo
de
evasion
de
parasitos,
Medicina
67,
737--746.
24.
V ermelho,
A.
B.;
Nogueira
de
Melo,
A.
C.;
Araújo
Soares,
R.;
Sales
Alviano,
D.;
Paraguai
Souza,
E.;
Souto--Padrón,
T.;
Capaci
Rodrigues,
G.;
Palermo
de
Aguiar,
A.;
Pereira,
M.
C.;
Ferreira--Pereira,
A.;
Maria
Socorro
S.
Rosa,
Meirelles,
M.
N.
L.
&
Alviano1,
a.
C.
S.
(2010)
Trypanosoma
cruzi
Peptidases:
An
Overview,
The
Open
Parasitology
Journal
4,
120--131.
25.
T anowitz,
H.;
Wittner,
M.;
Kress,
Y.
&
Bloom,
B.
(1975)
Studies
of
in
Vitro
Infection
by
Trypanosoma
cruzi:
I.
Ultrastructural
Studies
on
the
Invasion
of
Macrophages
and
L--cells,
American
Journal
of
Tropical
Medicine
and
Hygiene
24,
25--33.
26.
A ndrade,
L.
O.
&
Andrews,
N.
W.
(2005)
The
Trypanosoma
cruzi--host--cell
interplay:
location,
invasion,
retention,
Nature
Reviews
Microbiology.
3,
819--823.
27.
H all,
B.
F.;
Webster,
P.;
Ma,
A.
K.;
Joiner,
K.
A.
&
Andrews,
N.
W.
(1992)
Desialylation
of
lysosomal
membrane
glycoproteins
by
Trypanosoma
cruzi:
a
role
for
the
surface
neuraminidase
in
facilitating
parasite
entry
into
the
host
cell
cytoplasm,
The
Journal
of
Experimental
Medicine.
176,
313--325.
28.
d a
Silva,
V.
C.
&
Kawashita,
C.
M.
(2009)
Characterization
of
a
21
KDa
protein
from
Trypanosoma
cruzi
associatedwith
mammaliam
cell
invasion,
Microbes
and
infection
11,
563--571.
29.
A lmeida,
I.
C.;
Camargo,
M.
M.;
Procopio,
D.
O.;
Silva,
L.
S.;
Mehlert,
A.;
Travassos,
L.
R.;
Gazzinelli,
R.
T.
&
Ferguson,
M.
A.
J.
(2000)
Highly
purified
glycosylphosphatidylinositols
from
Trypanosoma
cruzi
are
potent
proinflammatory
agents,
Embo
Journal
19,
1476--1486.
30.
G azzinelli,
R.
T.
&
Denkers,
E.
Y.
(2006)
Protozoan
encounters
with
Toll--like
receptor
signalling
pathways:
implications
for
host
parasitism,
Nature
Reviews
Immunology
6,
895--907.
31.
O uaissi,
A.;
Guilvard,
E.;
Delneste,
Y.;
Caron,
G.;
Magistrelli,
G.;
Herbault,
N.;
Thieblemont,
N.
&
Jeannin,
P.
(2002)
The
Trypanosoma
cruzi
Tc52--Released
Protein
Induces
Human
Dendritic
Cell
Maturation,
Signals
Via
Toll--Like
Receptor
2,
and
Confers
Protection
Against
Lethal
Infection,
The
Journal
of
Immunology
168,
6366--6374.
32.
O liveira,
A.
C.;
Peixoto,
J.R.;
de
Arruda,
L.
B.;
Campos
Marco
A.;
Gazzinelli,
R.T.;
Golenbock,
D.T.;
Akira,S.;Previato,
J.O.;
Mendonca--Previato
L.;
Nobrega,
A
&
Bellio,
M.
(2004)
Expression
of
functional
TLR4
confers
proinflammatory
responsiveness
to
Trypanosoma
cruzi
glycoinositol--
phospholipids
and
higher
resistance
to
infection
with
T.
cruzi,
Journal
of
Immunology
173,
5688--
5696.
33.
B afica,
A.;
Santiago,
H.
C.;
Goldszmid,
R.;
Ropert,
C.;
Gazzinelli,
R.
T.
&
Sher,
A.
(2006)
Cutting
Edge:
TLR9
and
TLR2
Signaling
Together
Account
for
MyD88--Dependent
Control
of
Parasitemia
in
Trypanosoma
cruzi
Infection,
The
Journal
of
Immunology
177,
3515--3519.
34.
B urleigh,
B.
A.
&
Woolsey,
A.
M.
(2002)
Cell
signalling
and
Trypanosoma
cruzi
invasion,
Cellular
Microbiology
4,
701--711.
35.
K ayama,
H.
&
Takeda,
K.
(2010)
The
innate
immune
response
to
Trypanosoma
cruzi
infection,
Microbes
and
infection
12,
511--517.
36.
T arleton,
R.
L.;
Koller,
B.
H.;
Latour,
A.
&
Postan,
M.
(1992)
Susceptibility
of
[beta]2--
microglobulin--deficient
mice
to
Trypanosoma
cruzi
infection,
Nature
356,
338--341.
37.
A lcaide,
P.
&
Fresno,
M.
(2004)
The
Trypanosoma
cruzi
membrane
mucin
AgC10
inhibits
T
cell
activation
and
IL--2
transcription
through
L--selectin,
International
Immunology
16,
1365--1375.
38.
D e
Souza,
E.
M.;
Araújo--Jorge,
T.
C.;
Bailly,
C.;
Lansiaux,
A.;
Batista,
M.
M.;
Oliveira,
G.
M.
&
Soeiro,
M.
N.
C.
(2003)
Host
and
parasite
apoptosis
following
Trypanosoma
cruzi
infection
in
in
vitro
and
in
vivo
models,
Cell
and
Tissue
Research
314,
223--235.
319
