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PINTO, S. B., KAFATOS, F. C. & MICHEL, K. (2008) – “The

parasite invasion marker SRPN6 reduces sporozoite numbers in

salivary glands of

Anopheles gambiae

”.

Cell Microbiol.

,10:891–898.

RIBEIRO, H., BATISTA, J. L., RAMOS, H. C., PIRES, C. A.,

CHAMPALIMAUD, J. L., COSTA, J. M., ARAÚJO, C.,

MANSINHO, K. & PINA, M. C. (1989) – “An attempt to infect

Anopheles atroparvus

from Portugal with African

Plasmodium

falciparum

”.

Rev. Port. Doenç. Infecc., 12

: 81-82.

RODRIGUEZ, M. H. & HERNANDEZ-HERNANDEZ, F. L.(2004)

– “Insect-malaria parasites interactions: the salivary gland”.

Insect

Biochem. Mol. Biol., 34

: 615–624.

ROSENBERG, R. (1985) – “Inability of

Plasmodium Knowlesi

Sporozoites to Invade

Anopheles Freeborni

Salivary Glands”.

Am.J.

Trop. Med. Hyg., 34

: 687-691.

ROSENBERG, R. & RUNGSIWINGSE, J. (1991) – “The numberof

sporozoites produced by individual malaria oocysts”.

Am.J.Trop.Med.

Hyg., 45

: 574-577.

ROSINSKI-CHUPIN, I., BRIOLAY, J., BROUILLY, P., PERROT,

S., GOMEZ, S. M., CHERTEMPS, T., ROTH, C. W., KEIME, C.,

GANDRILLON, O., COUBLE, P. & BREY, P. T. (2007) – “SAGE

analysis of mosquito salivary gland transcriptomes during

Plasmodium

invasion”.

Cell Microbiol., 9

: 708–724.

SHAHABUDDIN, M., LEMOS, F. J. A., KASLOW, D.C.&JACOBS-

LORENA, M. (1996) - “Antibody-mediated inhibitionof

Aedesaegypti

midgut trypsins blocks sporogonic development of

Plasmodium

gallinaceum

”.

Infect. Immun., 64

: 739-743.

SIDJANSKI, S. P., VANDERBERG, J. P. & SINNIS, P. (1997) –

Anopheles stephensi

salivary glands bear receptors forregionIofthe

circumsporozoite protein of

Plasmodium falciparum

”.

Mol.Biochem.

Parasitol., 90

: 33–41.

SILVEIRA, H., GABRIEL, A., RAMOS, S., PALMA, J., FELIX, R.,

CUSTÓDIO, A. & COLLINS, L. V. (2012) – “CpG-containing

oligodeoxynucleotides increases resistance of

Anopheles

mosquitoes

to

Plasmodium

infection”.

InsectBiochem. Mol. Biol.,42

: 758e765.

SINNIS, P., COPPI, A., TOIDA, T., TOYODA, H., KINOSHITA-

TOYODA, A., XIE, J., KEMP, M. M. & LINHARDT, R. J.(2007)–

“Mosquito heparan sulfate and its potential role in malaria infection

and transmission”.

J. Biol. Chem., 282

: 25376-25384.

SOUSA, C. A. G. C. C. (2008) -

Malaria vectorial capacity and

competence of Anopheles atroparvus Van Thiel, 1927 (Diptera:

Culicidae): Implications for the potential re-emergenceofmalariain

Portugal

. Tese de doutoramento. Universidade Nova de Lisboa,

Portugal.

SULTAN, A. A., THATHY, V., FREVERT, U., ROBSON, K. J.,

CRISANTI, A., NUSSENZWEIG, V., NUSSENZWEIG, R. S. &

MENARD, R. (1997) – “TRAP is necessary for glidingmotilityand

infectivity of

Plasmodium

sporozoites”.

Cell, 90

: 511–522.

TIUBARRO, D., RALHA, D., CARVALHO, S., TOMÁS, A. M. &

ALMEIDA, A. P. G. (2010) – “A Possible Key Molecule for the

Invasion of the

Plasmodium berghei

Ookinetes into the Midgut

Epitheliumof

Anopheles gambiae

Mosquitoes”.

In vivo, 24

: 271-280.

VAUGHAN, J. A., NODEN, B. & BEIER, J. C. (1992) – “Population

dynamics of

Plasmodium falciparum

sporogonyinlaboratory-infected

Anopheles gambiae

”.

J. Parasitol., 78

: 716-724.

VOLZ, J., MULLER, H. M., ZDANOWICZ, A., KAFATOS, F.C.&

OSTA, M. A. (2006) – “A genetic module regulates the melanization

responseof

Anopheles

to

Plasmodium

”.

Cell Microbiol.,8

: 1392-1405.

WANG, Q, FUJIOKA, H. & NUSSENZWEIG, V. (2005) – “Exit of

Plasmodium

sporozoites from oocysts is an activeprocessthatinvolves

the circumsporozoite protein”.

PLoS Pathog., 1

: e9.

“O papel dos moluscos nas helmintoses”

AFONSO, A., FERREIRA, P. M., FERREIRA, C. C., CALADO,M.,

GRÁCIO, M. A., MAURICIO, I., BREHM, A., PARREIRA, R. &

BELO, S. (2011) – “Fascioliasis on Madeira Island: Snail’s

intermediatehosts”.

Trop.Med. Int. Health,16 (Suppl 1)

: 208-209.

ALY, I. R., HENDAWY, M. A., ALI, E., HASSAN, E. & NOSSEIR,

M. M. (2010) – “Immunological And ParasitologicalParametersAfter

Treatment With Dexamethasone In Murine

Schistosomamansoni

”.

Mem. Inst. Oswaldo Cruz, 105

: 729-735.

AZEVEDO, J. F., SILVA, J. B., COITO, A. M., COELHO, M. F. &

COLAÇO, A. (1948) – “O foco português de schistosomiasis”.

An.

Inst. Med. Trop., 5

: 175-222.

AZEVEDO, J. F. & XAVIER, M. L. (1966) – “A newpotentialvector

of

Schistosoma haematobium

in Portugal”.

Rev. Iber. Parasitol.,26

:

3-11.

BARGUES, M. D., VIGO, M., HORAK, P., DVORAK, J.,

PATZNER, R. A., POINTIER, J. P., JACKIEWIEZ, M., MEIER-

BROOK, C. & MAS-COMA, S. (2001) – “European

Lymnaeidae

(Mollusca: Gastropoda), intermediate hosts of trematodiases,basedon

nuclear ribosomal DNA ITS-2 sequences”.

Infec. Gen. Evol., 1

: 85-

110

BARGUES, M. D., ARTIGAS, P., MERA Y SIERRA, R. L.,

POINTIER, J. P. & MAS-COMA, S. (2007) – “Characterisation of

Lymnaea cubensis

,

L. viatrix

and

L. neotropica

n. sp.,themainvectors

of

Fasciola hepatica

in Latin America, by analysis of theirribosomal

andmitochondrial DNA”.

An.Trop.Med. Parasitol.,101

: 621-641.

BARGUES, M. D,. ARTIGAS, P., KHOUBBANE, M., FLORES,R.,

GLOER, P., ROJAS-GARCIA, R., ASHRAFI, K., FALKNER, G. &

MAS-COMA, S. (2011) – “

Lymnaea schirazensis

, an overlookedsnail

distorting fascioliasis data: genotype, phenotype, ecology,worldwide

spread, susceptibility, applicability”.

PLoS ONE, 6

: e24567.

CALADO, M. M. P. (2008) -

Estudos ecológicos e molecularesdos

hospedeiros intermediários Planorbarius metidjensis e Bulinus

truncatus de Portugal

. Tese de Doutoramento. IHMT, Universidade

Nova de Lisboa.

CARVALHO, M. A. & JANZ, G. J. (1960) – “Subsídios para o

conhecimento e identificação dos hospedeiros intermediários de

esquistossomas humanos em Angola. I – Bulinus”.

An. Inst. Med.

Trop., 17

: 99-112.

CARVALHO, O. S., JANNOTTI PASSOS, L. K., MENDONÇA, C.

L. G. F., CARDOSO, P. C. M. & CALDEIRA, R. L. (2008) –

Moluscos Brasileiros de importância médica

. Série Esquistossomose,

10. Centro de Pesquisas René Rachou / Fiocruz, Belo Horizonte, 86

pgs.

CORREIA, D. S. (2011) -

Moluscos hospedeiros intermediários de

tremátodes:

Estudo

molecular

de

Helisoma

sp

(Gastropoda:Planorbidae) de diferentes áreas geográficas

.Tesede

Mestrado. IHMT, Universidade Nova de Lisboa, Portugal.