FEMS Microbiology Immunology 1992: Vol 105 Index

10 Pages·1992·2.5 MB·English

363
FEMS Microbiology Immunology
AUTHOR INDEX VOLUME 105
Abel, P.M., McSharry, C., Galloway, E., Ross, C., Severn, A., Davidson, J., see Rotondo, D. (105) 249
Toner, G., Gruer, L. and Wilkinson, P.C. De Magistris, M.T., see Rappuoli, R. (105) 161
Heterogeneity of peripheral blood monocyte populations Dhillon, A., see Leaver, H.A. (105) 261
in human immunodeficiency virus-1 seropositive patients Djeha, A., Pérez-Arellano, J.L., Hayes, S.L. and Brock, J.H.
(105) 317 Transferrin synthesis by macrophages: up-regulation by
Alder, G.M., see Pasternak, C.A. (105) 83 y-interferon and effect on lymphocyte proliferation (105)
Auvin-Guette, C., see Rebuffat, S. (105) 151 279
Dobereiner, A., see Benz, R. (105) 55
Duclohier, H., see Rebuffat, S. (105) 151
Bartlett, R., see Fazal, N. (105) 337, 355
Earl, C.R.A., see Rotondo, D. (105) 249
Bartoloni, A., see Rappuoli, R. (105) 161
Bashford, C.L., see Pasternak, C.A. (105) 83 Eason, S.J., see Hannigan, B.M. (105) 283
Edwards, S.W., see Watson, F. (105) 239
Belmonte, G., see Menestrina, G. (105) 19
Benz, R., Dobereiner, A., Ludwig, A. and Goebel, W.
Haemolysin of Escherichia coli: Comparison of pore-for- Fattal-German, M.., see Bizzini, B. (105) 171
ming properties between chromosome and _ plasmid-en- Fazal, N., Bartlett, R., Lammas, D.A. and Kumararatne, D.S.
coded haemolysins (105) 55 A comparison of the different methods available for deter-
Bizzini, B., Carlotti, M. and Fattal-German, M. mining BCG-macrophage interactions in vitro, including a
Induction of various cytokines in mice and activation of new method of colony counting in broth (105) 355
the complement system in rats as a part of the mechanism Fazal, N., Lammas, D.A., Raykundalia, C., Bartlett, R. and
of action of the Corynebacterium granulosum-derived P40 Kumararatne, D.S.
immunomodulator (105) 171 Effect of blocking TNF-a on intracellular BCG (Bacillus
Blackburn, J. Calmette Guerin) growth in human monocyte-derived
The development of a radiometric assay for monocyte macrophages (105) 337
phagocytosis and killing (105) 331 Forestier, C., see Welch, R.A. (105) 29
Bodo, B., see Rebuffat, S. (105) 151 Fossati, G., see Ricevuti, G. (105) 271
Borkow, G., Chaim-Matyas, A. and Ovadia, M.
Binding of cytotoxin P4 from Naja nigricollis nigricollis to Galloway, E., see Abel, P.M. (105) 317
B16F10 melanoma and WEHI-3B leukemia cells (105) 139 Garland, L.G.
Brasseur, R., see Cabiaux, V. (105) 113 New pathways of phagocyte activation: the coupling of
Brock, J.H., see Djeha, A. (105) 279 receptor-linked phospholipase D and the role of tyrosine
Buckley, J.T. kinase in primed neutrophils (105) 229
The channel-forming toxin aerolysin (105) 13 Goebel, W., see Benz, R. (105) 55
Grasso, A. and Mastrogiacomo, A.
a-Latrotoxin: preparation and effects on calcium fluxes
Cabiaux, V., Brasseur, R., Mindell, J. and Ruysschaert, J.M. (105) 131
Computer modelling of the transmembrane channel Gruer, L., see Abel, P.M. (105) 317
formed by a CNBr peptide of diphtheria toxin B fragment Gusmani, L., see Moran, O. (105) 63
(105) 113
Carlotti, M., see Bizzini, B. (105) 171 Hannigan, B.M., McNally, O.R., Kirrane, O. and Eason, S.J.
Cavigliano, P., see Ricevuti, G. (105) 271 Tumour cell inhibition of macrophage cytokine activity
Chaim-Matyas, A., see Borkow, G. (105) 139 (105) 283
Cherry, R.J., see Van Veen, M. (105) 147 Hardie, K., see Hughes, C. (105) 37
Cohen, FS., see Cramer, W.A. (105) 71 Hayes, S.L., see Djeha, A. (105) 279
Covacci, A., see Rappuoli, R. (105) 161 Hebert, H., Olofsson, A., Thelestam, M. and Skriver, E.
Cramer, W.A., Zhang, Y.-L., Schendel, S., Merrill, A.R., Oligomer formation of staphylococcal a-toxin analyzed by
Song, H.Y., Stauffacher, C.V. and Cohen, F.S. electron microscopy and image processing (105) 5
Dynamic properties of the colicin E1 ion channel (105) 71 Hepburn, A., see Rotondo, D. (105) 249
364
Hughes, C., Issartel, J.-P., Hardie, K., Stanley, P., Koronakis, McIntosh, G., see Rotondo, D. (105) 249
E. and Koronakis, V. McNally, O.R., see Hannigan, B.M. (105) 283
Activation of Escherichia coli prohemolysin to the mem- McSharry, C., see Abel, P.M. (105) 317
brane-targetted toxin by HlyC-directed ACP-dependent Menestrina, G., Belmonte, G., Parisi, V. and Morante, S.
fatty acylation (105) 37 Structural features of the pore formed by Staphylococcus
Hughes, C., see Koronakis, V. (105) 45 aureus a-toxin inferred from chemical modification and
Hutter, C. and Poulter, L.W. primary structure analysis (105) 19
The balance of macrophage subsets may be customised at Merrill, A.R., see Cramer, W.A. (105) 71
mucosal surfaces (105) 309 Merzliak, P.G., see Krasilnikov, O.V. (105) 93 4
Milton, A.S., see Rotondo, D. (105) 249 3
Issartel, J.-P., see Hughes, C. (105) 37 Mindell, J., see Cabiaux, V. (105) 113 :
Mizuguchi, Y., see Yamamoto, C. (105) 211
Molle, G., see Rebuffat, S. (105) 151
Janah, S., see Leaver, H.A. (105) 261
Johansson, T., see Sandstrom, G. (105) 201 Montecucco, C., Papini, E., Schiavo, G., Padovan, E. and
Jones, D.B., see Wilkins, B.S. (105) 347 Rossetto, O.
Jones, D.G., see Stevenson, L.M. (105) 325 Ion channel and membrane translocation of diphtheria
toxin (105) 101
Moran, O., Zegarra-Moran, O., Virginio, C., Gusmani, L. and
Kamikaidou, N., see Kita, E. (105) 191
Rottini, G.D.
Kashiba, S., see Kita, E. (105) 191
Physical characterization of the pore forming cytolysine
Kirrane, O., see Hannigan, B.M. (105) 283
from Gardnerella vaginalis (105) 63
Kita, E., Nishikawa, F., Kamikaidou, N., Oku, D., Yasui, K.
Morante, S., see Menestrina, G. (105) 19
and Kashiba, S.
Muratkhodjaev, J.N., see Krasilnikov, O.V. (105) 93
Mechanism of the protective immunity against murine
typhoid: persistence of salmonella L forms in the liver
after immunization with live-cell vaccines (105) 191 Nencioni, L., see Rappuoli, R. (105) 161
Korchev, Y.E., see Pasternak, C.A. (105) 83 Nishikawa, F., see Kita, E. (105) 191
Koronakis, E., see Hughes, C. (105) 37 Notario, A., see Ricevuti, G. (105) 271
Koronakis, E., see Koronakis, V. (105) 45
Koronakis, V., Stanley, P., Koronakis, E. and Hughes, C. Oku, D., see Kita, E. (105) 191
The HlyB/HlyD-dependent secretion of toxins by Gram- Olofsson, A., see Hebert, H. (105) 5
negative bacteria (105) 45 Ovadia, M., see Borkow, G. (105) 139
Koronakis, V., see Hughes, C. (105) 37
Kozhenova, T.E., see Stanislavsky, E.S. (105) 181 Padovan, E., see Montecucco, C. (105) 101
Krasilnikov, O.V., Sabirov, R.Z., Ternovsky, V.I., Merzliak, Papini, E., see Montecucco, C. (105) 101
P.G. and Muratkhodjaev, J.N. Parisi, V., see Menestrina, G. (105) 19
A simple method for the determination of the pore radius Pasotti, D., see Ricevuti, G. (105) 271
of ion channels in planar lipid bilayer membranes (105) 93 Pasternak, C.A., Alder, G.M., Bashford, C.L., Korchev, Y.E.,
Kumararatne, D.S., see Fazal, N. (105) 337, 355 Pederzolli, C. and Rostovtseva, T.K.
Kuoppa, K., see Sandstrom, G. (105) 201 Membrane damage: common mechanisms of induction
and prevention (105) 83
Lammas, D.A., see Fazal, N. (105) 337, 355 Paulsson, M., see Ringnér, M. (105) 219
Leaver, H.A., Janah, S., Yap, P.L., Ross, W.B., Dhillon, A. Pederzolli, C., see Pasternak, C.A. (105) 83
and Turner, L. Pellett, S., see Welch, R.A. (105) 29
Pathways controlling the superoxide response during Pérez-Arellano, J.L., see Djeha, A. (105) 279
phagocyte differentiation: involvement of arachidonic acid Pizza, M., see Rappuoli, R. (105) 161
and Ca’* in the response to bacterial endotoxin (105) 261 Podda, A., see Rappuoli, R. (105) 161
Lobo, A., see Welch, R.A. (105) 29 Poulter, L.W., see Hutter, C. (105) 309
Ludwig, A., see Benz, R. (105) 55 Pugh-Humphreys, R.G.P.
Macrophage-neoplastic cell interactions: implications for
Mac¢ek, P. neoplastic cell growth (105) 289
Polypeptide cytolytic toxins from sea anemones ( Actiniaria)
(105) 121 Rappuoli, R., Pizza, M., Covacci, A., Bartoloni, A., Nencioni,
Makarenko, T.A., see Stanislavsky, E.S. (105) 181 L., Podda, A. and De Magistris, M.T.
Mastrogiacomo, A., see Grasso, A. (105) 131 Recombinant acellular pertussis vaccine — from the labo-
Mazzone, A., see Ricevuti, G. (105) 271 ratory to the clinic: improving the quality of the immune
Mazzucchelli, I., see Ricevuti, G. (105) 271 response (105) 161
McIntosh, F.S., see Rotondo, D. (105) 249 Raykundalia, C., see Fazal, N. (105) 337
365
Rebuffat, S., Duclohier, H., Auvin-Guette, C., Molle, G., Stanley, P., see Koronakis, V. (105) 45
Spach, G. and Bodo, B. Stauffacher, C.V., see Cramer, W.A. (105) 71
Membrane-modifying properties of the pore-forming pep- Stevenson, L.M. and Jones, D.G.
taibols saturnisporin SA IV and harzianin HA V (105) 151 Use of enzyme microassay to detect eosinophil potentiat-
Ricevuti, G., Mazzone, A., Mazzucchelli, I., Fossati, G., Pa- ing activity of cytokines in sheep (105) 325
sotti, D., Cavigliano, P., Rolandi, L., Viarengo, G., Rossi,
M. and Notario, A. Ternovsky, V.I., see Krasilnikov, O.V. (105) 93
Phagocyte activation in coronary artery disease (105) 271 Thelestam, M., see Hebert, H. (105) 5
Ringnér, M., Paulsson, M. and Wadstrém, T. Thomas Jr., W., see Welch, R.A. (105) 29
Vitronectin binding by Helicobacter pylori (105) 219 Toner, G., see Abel, P.M. (105) 317
Robinson, J.J., see Watson, F. (105) 239 Turner, L., see Leaver, H.A. (105) 261
Rolandi, L., see Ricevuti, G. (105) 271
Ross, C., see Abel, P.M. (105) 317 Van Veen, M. and Cherry, R.J.
Ross, W.B., see Leaver, H.A. (105) 261 The effect of the presence of integral membrane protein
Rossetto, O., see Montecucco, C. (105) 101 (human band 3) on the membrane lytic properties of
Rossi, M., see Ricevuti, G. (105) 271 melittin in reconstituted systems (105) 147
Rostovtseva, T.K., see Pasternak, C.A. (105) 83 Viarengo, G., see Ricevuti, G. (105) 271
Rotondo, D., Earl, C.R.A., McIntosh, G., McIntosh, F.S., Virginio, C., see Moran, O. (105) 63
Hepburn, A., Milton, A.S. and Davidson, J.
The role of inositol lipids in the activation of monocytes by Wadstrém, T., see Ringnér, M. (105) 219
interleukin-1 and bacterial endotoxin (105) 249 Watson, F., Robinson, J.J. and Edwards, S.W.
Rottini, G.D., see Moran, O. (105) 63 Sequential phospholipase activation in the stimulation of
Rowe, G., see Welch, R.A. (105) 29 the neutrophil NADPH oxidase (105) 239
Ruysschaert, J.M., see Cabiaux, V. (105) 113 Welch, R.A., Forestier, C., Lobo, A., Pellett, S., Thomas Jr.,
W. and Rowe, G.
Sabirov, R.Z., see Krasilnikov, O.V. (105) 93 The synthesis and function of the Escherichia coli
Sandstrom, G., Sjostedt, A., Johansson, T., Kuoppa, K. and hemolysin and related RTX exotoxins (105) 29
Williams, J.C. Wilkins, B.S. and Jones, D.B.
Immunogenicity and toxicity of lipopolysaccharide from Cell-stroma interactions in monocytopoiesis (105) 347
Francisella tularensis LVS (105) 201 Wilkinson, P.C., see Abel, P.M. (105) 317
Schendel, S., see Cramer, W.A. (105) 71 Williams, J.C., see Sandstr6m, G. (105) 201
Schiavo, G., see Montecucco, C. (105) 101
Severn, A., see Abel, P.M. (105) 317 Yamamoto, C., Yoshida, S.-i. and Mizuguchi, Y.
Sjdstedt, A., see Sandstrém, G. (105) 201 Phagocytosis of polymorphonuclear leukocytes by guinea
Skriver, E., see Hebert, H. (105) 5 pig peritoneal macrophages: effects of serum and temper-
Song, H.Y., see Cramer, W.A. (105) 71 ature in vitro (105) 211
Spach, G., see Rebuffat, S. (105) 151 Yap, P.L., see Leaver, H.A. (105) 261
Stanislavsky, E.S., Makarenko, T.A. and Kozhenova, T.E. Yasui, K., see Kita, E. (105) 191
Specific and non-specific mouse protection induced by Yoshida, S.-i., see Yamamoto, C. (105) 211
different chemotypes of the Pseudomonas aeruginosa
lipopolysaccharides (105) 181 Zegarra-Moran, O., see Moran, O. (105) 63
Stanley, P., see Hughes, C. (105) 37 Zhang, Y.-L., see Cramer, W.A. (105) 71
367
FEMS Microbiology Immunology
SUBJECT INDEX VOLUME 105
Aerolysin Bordetella pertussis
Toxin; Channel; Oligomerization; Crystal; Secretion (Buckley, Pertussis toxin (Rappuoli, R. (105) 161)
J.T. (105) 13)
Ca2t+
Amphiphilicity Human neutrophil; Arachidonic acid (Leaver, H.A. (105) 261)
Staphylococcus aureus a-toxin; Ionic channel; Lipid mem-
brane; Hydropathy; Secondary structure (Menestrina, G. (105) Calcium flux
19) a-Latrotoxin; Neurotransmission; Presynaptic neurotoxin;
Pore-forming protein (Grasso, A. (105) 131)
Angiogenesis
Macrophage; Stromagenesis; Dexamethasone; Lymphoma Candida albicans
growth (Pugh-Humphreys, R.G.P. (105) 289) Monocyte phagocytosis; Killing (Blackburn, J. (105) 331)
Angioplasty Channel
Coronary artery disease; Phagocyte; Integrin; Leukotriene Toxin; Aerolysin; Oligomerization; Crystal; Secretion (Buck-
(Ricevuti, G. (105) 271) ley, J.T. (105) 13)
Arachidonic acid Channel formation
Human neutrophil; Ca2* (Leaver, H.A. (105) 261) Diphtheria toxin; Computer modelling (Cabiaux, V. (105) 113)
Autophagocytosis Chemiluminescence
Polymorphonuclear neutrophil (PMN); Macrophage; PMN- Respiratory burst; Receptor; Oxidant (Watson, F. (105) 239)
phagocytosing macrophage; Hyperthermia; Pyknosis (Yama-
moto, C. (105) 211) Colicin E1
Protein dynamics; Membrane protein (Cramer, W.A. (105) 71)
Bacillus Calmette Guerin
TNF-a; Human macrophage; [*Hluridine incorporation; Mi- Complement system
crocolony counting; Thalidomide; Oxpentifylline; Dexametha- P40 Immunomodulator; Cytokine (Bizzini, B. (105) 171)
sone (Fazal, N. (105) 337)
Computer modelling
Bacterial endotoxin Diphtheria toxin; Channel formation (Cabiaux, V. (105) 113)
Interleukin-1; Phosphoinositidase C; Monocyte; Inositol lipid
(Rotondo, D. (105) 249) Conformational change
Diphtheria toxin; Membrane translocation; Ion channel
Band 3 (Montecucco, C. (105) 101)
Melittin; Reconstitution (Van Veen, M. (105) 147)
Coronary artery disease
BCG Angioplasty; Phagocyte; Integrin; Leukotriene (Ricevuti, G.
Microcolony counting; [*Hl]uracil; [*H]Juridine; [*H]glycerol; (105) 271)
Human macrophage (Fazal, N. (105) 355)
Crystal
Binding Toxin; Aerolysin; Channel; Oligomerization; Secretion (Buck-
Cytotoxin; Naja nigricollis (Borkow, G. (105) 139) ley, J.T. (105) 13)
Bone marrow Cytokine
Monocyte; Differentiation; Immunohistochemistry (Wilkins, P40 Immunomodulator; Complement system (Bizzini, B. (105)
B.S. (105) 347) 171)
368
Peroxidase /arylsulphatase microassay; Eosinophil potentiat- Flow cytometry
ing activity; Sheep bone marrow (Stevenson, L.M. (105) 325) Human immunodeficiency virus; Monocyte (Abel, P.M. (105)
317)
Cytolytic toxin
Gardnerella vaginalis (Moran, O. (105) 63) Francisella tularensis
Lipopolysaccharide; Tularaemia; Endotoxin; TNF; IL-1
(Sandstrém, G. (105) 201)
Sea anemone; Pore-forming toxin (Maéek, P. (105) 121)
Freeze-fracture
Cytotoxin
Staphylococcus aureus a-toxin; Pore-forming toxin; Electron
Naja nigricollis; Binding (Borkow, G. (105) 139)
microscopy; Image processing (Hebert, H. (105) 5)
Dexamethasone
Gardnerella vaginalis
Macrophage; Stromagenesis; Angiogenesis; Lymphoma growth Cytolytic toxin (Moran, O. (105) 63)
(Pugh-Humphreys, R.G.P. (105) 289)
Helicobacter pylori
TNF-a; Bacillus Calmette Guerin; Human macrophage; Vitronectin; Urea activation; Surface protein (Ringnér, M.
[>H]uridine incorporation; Microcolony counting; Thalido-
(105) 219)
mide; Oxpentifylline (Fazal, N. (105) 337)
Hemolysin
Differentiation Pore formation; Ion channel; Toxin oligomer; Lipid bilayer
Monocyte; Bone marrow; Immunohistochemistry (Wilkins, membrane; Escherichia coli (Benz, R. (105) 55)
B.S. (105) 347)
Hemolysin acylation
Diphtheria toxin RTX_ toxin; Membrane targetting; Pore-forming toxin
Membrane translocation; Conformational change; Ion chan- (Hughes, C. (105) 37)
nel (Montecucco, C. (105) 101)
[7H]g lycerol
Channel formation; Computer modelling (Cabiaux, V. (105) Microcolony counting; [*H]uracil; [*H]uridine; BCG; Human
macrophage (Fazal, N. (105) 355)
113)
Human immunodeficiency virus
Divalent cation
Monocyte; Flow cytometry (Abel, P.M. (105) 317)
Membrane damage; Pore; Proton; Toxin; Surface conduc-
tance (Pasternak, C.A. (105) 83)
Human macrophage
TNF-a; Bacillus Calmette Guerin; [*H]uridine incorporation;
Electron microscopy
Microcolony counting; Thalidomide; Oxpentifylline; Dexam-
Staphylococcus aureus a-toxin; Pore-forming toxin; Image pro-
ethasone (Fazal, N. (105) 337)
cessing; Freeze-fracture (Hebert, H. (105) 5)
Microcolony counting; [*Hl]uracil; [*H]uridine; [*H]glycerol;
Endotoxin
BCG (Fazal, N. (105) 355)
Lipopolysaccharide; Tularaemia; Francisella tularensis; TNF;
IL-1 (Sandstré6m, G. (105) 201)
Human neutrophil
Ca**; Arachidonic acid (Leaver, H.A. (105) 261)
Eosinophil potentiating activity
Peroxidase /arylsulphatase microassay; Cytokine; Sheep bone [>H]uracil
marrow (Stevenson, L.M. (105) 325)
Microcolony counting; [*H]uridine; [*H]glycerol; BCG; Hu-
man macrophage (Fazal, N. (105) 355)
Escherichia coli
Hamolysin; Pore formation; Ion channel; Toxin oligomer; (7Hu ridine
Lipid bilayer membrane (Benz, R. (105) 55)
Microcolony counting; [*H]uracil; [H]glycerol; BCG; Human
macrophage (Fazal, N. (105) 355)
Escherichia coli hemolysin
RTX exotoxin (Welch, R.A. (105) 29) [>H]uridine incorporation
TNF-a; Bacillus Calmette Guerin; Human macrophage; Mi-
Protein export; RTX toxin; Membrane translocation crocolony counting; Thalidomide; Oxpentifylline; Dexametha-
(Koronakis, V. (105) 45) sone (Fazal, N. (105) 337)
369
Hydropathy Killing
Staphylococcus aureus a-toxin; Ionic channel; Lipid mem- Monocyte phagocytosis; Candida albicans (Blackburn, J. (105)
brane; Amphiphilicity; Secondary structure (Menestrina, G. 331)
(105) 19)
a -Latrotoxin
Hyperthermia Neurotransmission; Presynaptic neurotoxin; Pore-forming
Polymorphonuclear neutrophil (PMN); Macrophage; Au- protein; Calcium flux (Grasso, A. (105) 131)
tophagocytosis; PMN-phagocytosing macrophage; Pyknosis
(Yamamoto, C. (105) 211)
Leukotriene
Coronary artery disease; Angioplasty; Phagocyte; Integrin
IL-1 (Ricevuti, G. (105) 271)
Lipopolysaccharide; Tularaemia; Francisella tularensis; Endo-
toxin; TNF (Sandstrom, G. (105) 201) L form
Murine typhoid; Salmonella typhimurium; Salmonella schott-
Image processing miilleri (Kita, E. (105) 191)
Staphylococcus aureus a-toxin; Pore-forming toxin; Electron
microscopy; Freeze-fracture (Hebert, H. (105) 5)
Lipid bilayer membrane
Hemolysin; Pore formation; Ion channel; Toxin oligomer;
Immunohistochemistry
Escherichia coli (Benz, R. (105) 55)
Monocyte; Differentiation; Bone marrow (Wilkins, B.S. (105)
347)
Lipid membrane
Staphylococcus aureus a-toxin; Ionic channel; Hydropathy;
Inflammation Amphiphilicity; Secondary structure (Menestrina, G. (105) 19)
Mucosa; Macrophage (Hutter, C. (105) 309)
Lipopolysaccharide
Inositol lipid
Pseudomonas aeruginosa (Stanislavsky, E.S. (105) 181)
Bacterial endotoxin; Interleukin-1; Phosphoinositidase C;
Monocyte (Rotondo, D. (105) 249)
Tularaemia; Francisella tularensis; Endotoxin; TNF; IL-1
(Sandstrom, G. (105) 201)
Integrin
Coronary artery disease; Angioplasty; Phagocyte; Leukotriene
Liposome
(Ricevuti, G. (105) 271)
Membrane permeability; Voltage-dependent channel; Planar
lipid bilayer; Peptaibol (Rebuffat, S. (105) 151)
y -Interferon
Transferrin synthesis; Iron; Mouse macrophage; Lymphocyte
Lymphocyte proliferation
proliferation (Djeha, A. (105) 279)
Transferrin synthesis; Iron; y-Interferon; Mouse macrophage
(Djeha, A. (105) 279)
Interleukin-1
Bacterial endotoxin; Phosphoinositidase C; Monocyte; Inosi-
Lymphoma growth
tol lipid (Rotondo, D. (105) 249)
Macrophage; Stromagenesis; Angiogenesis; Dexamethasone
(Pugh-Humphreys, R.G.P. (105) 289)
Ion channel
Hemolysin; Pore formation; Toxin oligomer; Lipid bilayer
Macrophage
membrane; Escherichia coli (Benz, R. (105) 55)
Polymorphonuclear neutrophil (PMN); Autophagocytosis;
PMN-phagocytosing macrophage; Hyperthermia; Pyknosis
Pore size; Non-electrolyte (Krasilnikov, O.V. (105) 93)
(Yamamoto, C. (105) 211)
Diphtheria toxin; Membrane translocation; Conformational
Tumour cell inhibition (Hannigan, B.M. (105) 283)
change (Montecucco, C. (105) 101)
Ionic channel Stromagenesis; Angiogenesis; Dexamethasone; Lymphoma
Staphylococcus aureus a-toxin; Lipid membrane; Hydropathy; growth (Pugh-Humphreys, R.G.P. (105) 289)
Amphiphilicity; Secondary structure (Menestrina, G. (105) 19)
Mucosa; Inflammation (Hutter, C. (105) 309)
Iron
Transferrin synthesis; y-Interferon; Mouse macrophage; Lym- Melittin
phocyte proliferation (Djeha, A. (105) 279) Band 3; Reconstitution (Van Veen, M. (105) 147)
SPELSES ,
370
Membrane damage Naja nigricollis
Divalent cation; Pore; Proton; Toxin; Surface conductance Cytotoxin; Binding (Borkow, G. (105) 139)
(Pasternak, C.A. (105) 83)
Neurotransmission
Membrane permeability a-Latrotoxin; Presynaptic neurotoxin; Pore-forming protein;
Voltage-dependent channel; Liposome; Planar lipid bilayer; Calcium flux (Grasso, A. (105) 131)
Peptaibol (Rebuffat, S. (105) 151)
Neutrophil
Membrane protein Phospholipase D; Tyrosine kinase; NADPH oxidase (Garland,
Colicin E1; Protein dynamics (Cramer, W.A. (105) 71) L.G. (105) 229)
Membrane targetting
Non-electrolyte
RTX toxin; Hemolysin acylation; Pore-forming toxin (Hughes, Ion channel; Pore size (Krasilnikov, O.V. (105) 93)
C. (105) 37)
Oligomerization
Membrane translocation
Toxin; Aerolysin; Channel; Crystal; Secretion (Buckley, J.T.
Protein export; Escherichia coli hemolysin; RTX toxin
(105) 13)
(Koronakis, V. (105) 45)
Oxidant
Diphtheria toxin; Conformational change; Ion channel
Respiratory burst; Receptor; Chemiluminescence (Watson, F.
(Montecucco, C. (105) 101)
(105) 239)
Microcolony counting
Oxpentifylline
TNF-a; Bacillus Calmette Guerin; Human macrophage;
TNF-a; Bacillus Calmette Guerin; Human macrophage;
[*H]uridine incorporation; Thalidomide; Oxpentifylline; Dex-
[*H]uridine incorporation; Microcolony counting; Thalido-
amethasone (Fazal, N. (105) 337)
mide; Dexamethasone (Fazal, N. (105) 337)
[?H]uracil; [*H]Juridine; [*H]glycerol; BCG; Human macro-
Peptaibol
phage (Fazal, N. (105) 355)
Membrane permeability; Voltage-dependent channel; Lipo-
some; Planar lipid bilayer (Rebuffat, S. (105) 151)
Monocyte
Bacterial endotoxin; Interleukin-1; Phosphoinositidase C; In-
Peroxidase /arylsulphatase microassay
ositol lipid (Rotondo, D. (105) 249)
Eosinophil potentiating activity; Cytokine; Sheep bone mar-
row (Stevenson, L.M. (105) 325)
Human immunodeficiency virus; Flow cytometry (Abel, P.M.
(105) 317)
Pertussis toxin
Bordetella pertussis (Rappuoli, R. (105) 161)
Differentiation; Bone marrow; Immunohistochemistry (Wil-
kins, B.S. (105) 347)
Phagocyte
Coronary artery disease; Angioplasty; Integrin; Leukotriene
Monocyte phagocytosis
Killing; Candida albicans (Blackburn, J. (105) 331) (Ricevuti, G. (105) 271)
Mouse macrophage Phosphoinositidase C
Transferrin synthesis; Iron; y-Interferon; Lymphocyte prolif- Bacterial endotoxin; Interleukin-1; Monocyte; Inositol lipid
eration (Djeha, A. (105) 279) (Rotondo, D. (105) 249)
Mucosa Phospholipase D
Macrophage; Inflammation (Hutter, C. (105) 309) Tyrosine kinase; NADPH oxidase; Neutrophil (Garland, L.G.
(105) 229)
Murine typhoid
L form; Salmonella typhimurium; Salmonella schottmiilleri P40 Immunomodulator
(Kita, E. (105) 191) Cytokine; Complement system (Bizzini, B. (105) 171)
NADPH oxidase Planar lipid bilayer
Phospholipase D; Tyrosine kinase; Neutrophil (Garland, L.G. Membrane permeability; Voltage-dependent channel; Lipo-
(105) 229) some; Peptaibol (Rebuffat, S. (105) 151)
371
PMN-phagocytosing macrophage Receptor
Polymorphonuclear neutrophil (PMN); Macrophage; Au- Respiratory burst; Oxidant; Chemiluminescence (Watson, F.
tophagocytosis; Hyperthermia; Pyknosis (Yamamoto, C. (105) (105) 239)
211)
Reconstitution
Polymorphonuclear neutrophil (PMN) Band 3; Melittin (Van Veen, M. (105) 147)
Macrophage; Autophagocytosis; PMN-phagocytosing macro-
phage; Hyperthermia; Pyknosis (Yamamoto, C. (105) 211) Respiratory burst
Receptor; Oxidant; Chemiluminescence (Watson, F. (105) 239)
Pore
Divalent cation; Membrane damage; Proton; Toxin; Surface RTX exotoxin
Escherichia coli hemolysin (Welch, R.A. (105) 29)
conductance (Pasternak, C.A. (105) 83)
RTX toxin
Pore formation
Hemolysin acylation; Membrane targetting; Pore-forming
Hemolysin; Ion channel; Toxin oligomer; Lipid bilayer mem-
toxin (Hughes, C. (105) 37)
brane; Escherichia coli (Benz, R. (105) 55)
Protein export; Escherichia coli hemolysin; Membrane
Pore-forming protein
translocation (Koronakis, V. (105) 45)
a-Latrotoxin; Neurotransmission; Presynaptic neurotoxin;
Calcium flux (Grasso, A. (105) 131)
Salmonella schottmulleri
Murine typhoid; L form; Salmonella typhimurium (Kita, E.
Pore-forming toxin
(105) 191)
Staphylococcus aureus a-toxin; Electron microscopy; Image
processing; Freeze-fracture (Hebert, H. (105) 5)
Salmonella typhimurium
Murine typhoid; L form; Salmonella schottmiilleri (Kita, E.
RTX_ toxin; Hemolysin acylation; Membrane targetting (105) 191)
(Hughes, C. (105) 37)
Sea anemone
Sea anemone; Cytolytic toxin (Maéek, P. (105) 121) Cytolytic toxin; Pore-forming toxin (Maéek, P. (105) 121)
Pore size -Secondary structure
Ion channel; Non-electrolyte (Krasilnikov, O.V. (105) 93) Staphylococcus aureus a-toxin; Ionic channel; Lipid mem-
brane; Hydropathy; Amphiphilicity (Menestrina, G. (105) 19)
Presynaptic neurotoxin
a-Latrotoxin; Neurotransmission; Pore-forming protein; Cal- Secretion
Toxin; Aerolysin; Channel; Oligomerization; Crystal (Buckley,
cium flux (Grasso, A. (105) 131)
J.T. (105) 13)
Protein dynamics
Sheep bone marrow
Colicin E1; Membrane protein (Cramer, W.A. (105) 71)
Peroxidase /arylsulphatase microassay; Eosinophil potentiat-
ing activity; Cytokine (Stevenson, L.M. (105) 325)
Protein export
Escherichia coli hemolysin; RTX toxin; Membrane transloca-
Staphylococcus aureus a-toxin
tion (Koronakis, V. (105) 45)
Pore-forming toxin; Electron microscopy; Image processing;
Freeze-fracture (Hebert, H. (105) 5)
Proton
Divalent cation; Membrane damage; Pore; Toxin; Surface
Ionic channel; Lipid membrane; Hydropathy; Amphiphilicity;
conductance (Pasternak, C.A. (105) 83)
Secondary structure (Menestrina, G. (105) 19)
Pseudomonas aeruginosa Stromagenesis
Lipopolysaccharide (Stanislavsky, E.S. (105) 181) Macrophage; Angiogenesis; Dexamethasone; Lymphoma
growth (Pugh-Humphreys, R.G.P. (105) 289)
Pyknosis
Polymorphonuclear neutrophil (PMN); Macrophage; Au- Surface conductance
tophagocytosis; PMN-phagocytosing macrophage; Hyperther- Divalent cation; Membrane damage; Pore; Proton; Toxin
mia (Yamamoto, C. (105) 211) (Pasternak, C.A. (105) 83)
372
Surface protein Transferrin synthesis
Helicobacter pylori; Vitronectin; Urea activation (Ringnér, M. Iron; y-Interferon; Mouse macrophage; Lymphocyte prolifer-
(105) 219) ation (Djeha, A. (105) 279)
Thalidomide Tularaemia
TNF-a; Bacillus Calmette Guerin; Human macrophage; Lipopolysaccharide; Francisella tularensis; Endotoxin; TNF;
[*Hluridine incorporation; Microcolony counting; Oxpenti- IL-1 (Sandstrém, G. (105) 201)
fylline; Dexamethasone (Fazal, N. (105) 337)
Tumour cell inhibition
TNF Macrophage (Hannigan, B.M. (105) 283)
Lipopolysaccharide; Tularaemia; Francisella tularensis; Endo-
toxin; IL-1 (Sandstrém, G. (105) 201)
Tyrosine kinase
Phospholipase D; NADPH oxidase; Neutrophil (Garland,
TNF-a@
L.G. (105) 229)
Bacillus Calmette Guerin; Human macrophage; [*Hl]uridine
incorporation; Microcolony counting; Thalidomide; Oxpenti-
Urea activation
fylline; Dexamethasone (Fazal, N. (105) 337)
Helicobacter pylori; Vitronectin; Surface protein (Ringnér, M.
(105) 219)
Toxin
Aerolysin; Channel; Oligomerization; Crystal; Secretion
Vitronectin
(Buckley, J.T. (105) 13)
Helicobacter pylori; Urea activation; Surface protein (Ringnér,
M. (105) 219)
Divalent cation; Membrane damage; Pore; Proton; Surface
conductance (Pasternak, C.A. (105) 83)
Voltage-dependent channel
Membrane permeability; Liposome; Planar lipid bilayer; Pep-
Toxin oligomer
Hemolysin; Pore formation; Ion channel; Lipid bilayer mem- taibol (Rebuffat, S. (105) 151)
brane; Escherichia coli (Benz, R. (105) 55)