Table Of Content

Research in Microbiology Editorial Offices: Index 1995 Volume 146 Institut Pasteur, Service des Publications, 57524 Paris Cedex 15 January 1 — December 31 Editions Scientifiques Elsevier INDEX OF AUTHORS BaRBERIO, C. — See ParretmTi, D. calcoaceticus sensu stricto from BARREAUD, J.-P. — See KARAMANOS, Y. related Acinetobacter species by BarTLett, D.H., Kato, C. and Hori- electrophoretic polymorphism of KOSHI, K. — High pressure influen- malate dehydrogenase, glutamate AaBo, S., OLSEN, J.E., THRELFALL, E.J. ces on gene and protein expres- dehydrogenase and catalase 773 and Brown, D.J. Characteriza- > icc vawe te asheinc b s 697 BROUANT, P. — See Crémigux, A. tion of non-virulence plasmids with BavoiL, P.M. — See Sina, A.P. Brown, D.J. — See Aaso, S. homology to the virulence plasmid BENTIVOGLIO, C. — See GALDiIERO, M. Burucoa, C., FREMAux, C., Pel, Z., of Salmonella dublin ..... 751 BERNADAC, A. — See HATCHIKIAN, TUMMURU, M., BLAsER, M.J., CENA- AsBeb, Y. — See DaAvin-REGLI, A. E.C. TIEMPO, Y. and FAucuére, J.L. — Aseb, Y., BoLLet, C. and De Micco, BeRNIER, R.L. — See ACKERMANN, Nucleotide sequence and characte- P. — Identification and strain dif- H.-W. rization of peb4A encoding an anti- ferentiation of Mycobacterium spe- Berny, H. — See Creémigux, A. genic protein in Campylobacter cies on the basis of DNA 16S-23S BeEviviINo, A. — See TABACCHIONI, S. PEs va edn ced vsevduds 467 spacer region polymorphism 405 B&ézarp, G. — See GALLOT-LAVAL- CAMERON, R.K., ULtycznys;, P.I. and Acar, J.F. — See CuHaisi, E.B. LEE, T. Dusow, M.S. — Mu transposase- ACKERMANN, H.-W., AZIZBEKYAN, Bici, F., RoMANO, M.I., ALiTo, A. stimulated illegitimate recombina- R.R., BeERNIER, R.L., De BARJAC, and CaTA.pi, A. — Cloning of a tion of Tn3Kan- and [S/0/-contain- H., SAINDoux, S., VALERO, J.R. and novel polymorphic GC-rich repeti- RN IID 6.a 0 bd 6 meas 601 Yu, M.-X. — Phage typing of tive DNA from Mycobacterium CANDRIAN, U. — See ALLMANN, M. Bacillus subtilis and B. thuringien- SOU: . vows dedicccaee n 341 CASALONE, E. — See Parretrti, D. PP itchaevedsaeescese 643 BiLLe, J. — See Boer in, P. CaTALpi, A. — See Bical, F. AGERON, E. — See Bouvet, O.M.M. BLANco, C. — See Moreau, S. CavALigeri, D. — See Parretti, D. ALAZARD, D. — See HATCHIKIAN, E.C. BLAser, M.J. — See Burucoa, C. CENATIEMPO, Y. — See Burucoa, C. Auito, A. — See Bical, F. BocKEMUHL, J. — See Poporr, M.Y. CHACHATY, E., Yousser, M.T., Bour- ALLMANN, M., HOFELEIN, C., KOPPEL, BogERLIN, P., BANNERMAN, E., ISCHER, NEIX, C. and ANDREMONT, A. — E., LUtuy, J., MeYErR, R., NIgEDE- F., Rocourt, J. and BILLe, J. Shedding of antibiotic-resistant RHAUSER, C., WEGMULLER, B. and Typing Listeria monocytogenes: a members of the family Enterobac- CANDRIAN, U. — Polymerase chain comparison of random amplifica- teriaceae in healthy residents of reaction (PCR) for detection of tion of polymorphic DNA with France and Jordan ....... 175 pathogenic microorganisms in bac- 5 other methods ......... 35 Cuaisi, E.B., MuGnier, P., KiTzis, teriological monitoring of dairy BoL_Len, A. — See FAuviLLe-DuFAUx, M.D., GoLpsTEIN, F.W. et ACArR, CC ae ee 85 M. J.F. — B-Lactamases de Branha- A.our, J.E. — See Ripio, M.T. Bo..Let, C. — See ABED, Y. mella catarrhalis et leurs implica- ANDERSEN, A.A. — See Sayapa, C. Bo..et, C. — See Davin-REGLI, A. tions phénotypiques ...... 761 ANDERSON, S.A. — See NEwTOon, BonnassigE, S. — See Moreau, S. CHARBIT, A. — See Newron, S.M.C. S.M.C. Boucuet, A. — See Le Roy, D. CHARREL, R.N. — See Davin-REGLI, A. ANDREMONT, A. — See CHACHATY, E. BourGEeErig, S. — See KARAMANOS, Y. CHAvAROT, P. — See Tuierry, D. ANDREMONT, A. — See LE Roy, D. Bourcet, N. — See Manan, I. Cuetoul, H., DELHALLE, E., OSTER- Arricau, N. — See Miras, I. Bourneix, C. — See CHACHATY, E. RIETH, P. and RoussgAux, D. — Avoyne, C. — See Lacroix, F.J.-C. Bouvet, O.M.M., LENORMAND, P., Combination of biotyping and elec- AYACHE, M. — See Moreau, S. AGERON, E. and Grimont, P.A.D. trophoretic patterns of esterases for AZIZBEKYAN, R.R. — See ACKER- — Taxonomic diversity of anaero- differentiation of nosocomial Serra- MANN, H.-W. bic glycerol dissimilation in the tia marcescens strains ..... 579 BALMELLI, T. and PirrarettTi, J.-C. — Enterobacteriaceae ...... 279 CHEVALIER, J. — See Crémigux, A. Association between different clini- Bouvet, O.M.M., LENORMAND, P., CHIARINI, L. — See TABACCHIONI, S. cal manifestations of Lyme disease GUIBERT, V. and Grimont, P.A.D. CLAgEys, G. — See VANEECHOUTTE, M. and different species of Borrelia — Differentiation of Shigella spe- C.Lagys, G. — See VANEECHOUTTE, M. burgdorferi sensu lato ..... 329 cies from Escherichia coli by gly- CLOECKAERT, A. — See GALLOT- BANNERMAN, E. — See Boer in, P. cerol dehydrogenase activity 787 LAVALLEE, T. Baptista, M.A.S. — See Cog.uo, A. Bouvet, P.J.M. and JEANJEAN, S. — Cog.LHo, A., VICENTE, A.C.P., Bap- BarBE, J. — See CrEMIEUxX, A. Differentiation of Acinetobacter TISTA, M.A.S., Momen, H., SANTos, 810 RESEARCH IN MICROBIOLOGY F.A.R.W. and SaA.ies, C.A. — The Dumont, A.-S. — Le Roy, D. Georrroy, C. — See Ripio, M.T. distinction of pathogenic Vibrio Es, F. — See Sayapa, C. Gitus, M. — See Tenreiro, S. cholerae groups using arbitrarily EHRMANN, M. — See UHLAND, K. Goprroip, E. — See Fauvitte-Du- primed PCR fingerprints ... 671 ELAICHOUNI, A. — See VANEECHOUTTE, FAUX, M. Conte, M.P. — See Greco, R. M. Govpstein, F.W. — See Cuaisi, E.B. Crémigux, A., CHEVALIER, J., SHARPLES, Euion, J. — See Sayapa, C. Gormon, T. and PHan-THANH, L. — D., Berny, H., Gary, A.M., ENFEDAQuE, J. — See Guascn, J.F. Identification and classification of BROUANT, P., Gacy, J.P. and Barse, FANCELLI, S. — See TABACCHIONI, S. Listeria by two-dimensional protein J. — Antimicrobial activity of 9-oxo Fani, R. — See Parrerni, D. eee 143 and 9-thio acridines: correlation Fant, R. — See Tasaccuioni, S. Goyarpb, S., Mireau, H. and ULLMANN, with intercalation into DNA and Farin, C. — See Fauvitte-Duraux, M. A. — Mutations which result in effects on macromolecular biosyn- Faucuere, J.L. — See Burucoa, C. constitutive expression of the Borde- Res Serres 73 FAuvILLe-Duraux, M., Mags, N., SEVE- tella pertussis filamentous haemag- Crouziger, C. — See Le Roy, D. RIN, E., Farin, C., Serruys, E., glutinin gene ............ 363 Da Costa, M.S. — See Tenreiro, S. STRUELENS, M., Younes, N., VINCKE, Greco, R., De Martino, L., DONNA- DANCHIN, A. — See LAURENT-WIN- J.-P., De Vos, M.-J., BoLLen, A. and RUMMA, G., Conte, M.P., SEGANTI, TER, C. Goprroip, E. — Rapid identification L. and VALENTI, P. — Invasion of Dartois, V., PHAIP, V., Scumitt, P. of Mycobacterium xenopi from bac- cultured human cells by Strepto- and Divits, C. — Purification, pro- terial colonies or “Bactec” culture by coccus pyogenes ......... 551 perties and DNA sequence of the the polymerase chain reaction and a Grimont, P.A.D. — See Bouvet, D-lactate dehydrogenase from Leu- luminescent sandwich wee O.M.M. conostoc mesenteroides subsp. cre- Grimont, P.A.D. — See Bouvet, GE Ma's hse Udadbebeee s 291 Fayos, A. — See HERNANDEZ, J. O.M.M. Dassa, E. — See Kuan, G. Ferrer, S. — See Guascn, J.F. Grimont, P.A.D. — See de CARVALHO, DAVIN-ReGLi, A., ABED, Y., Ferrus, M.A. — See HeRNANDEz, J. AF. CHARREL, R.N., Bo.iet, C. and De Fia, G. — See Parrett, D. Grimont, P.A.D. — See JANvier, M. Micco, P. — Variations in DNA FONTENELLE, C. — See JAN, G. Guasch, J.F., ENrepaque, J., FERRER, concentrations significantly affect Forcet, N. — See HaTcuikIAN, E.C. S., GARGALLO, D. and Recuf, M. the reproducibility of RAPD fin- Fouet, A. — See Sirarp, J.-C. — Bacteriocin 28b, a chromoso- gerprint patterns ........ 561 Freer, E., Rojas, N., WEINTRAUB, A., mally encoded bacteriocin produc- De A.Terus, E., Zusco, J., Rico, H., LinDBERG, A.A. and Moreno, E. — ed by most Serratia marcescens SENTANDREU, R. and PARASCANDOLA, Heterogeneity of Brucella abortus SE wc bcwesdeeves 477 P. — Electrophoretic mobility of lipopolysaccharides ........ 569 Guespon, J.L. — See Tuierry, D. external invertase from free and gel- FreémMAux, C. — See Burucoa, C. Guezenec, S. — See de CARVALHO, immobilized yeast cells .... 217 Friry, A. — See ZuHana, C.-C. A.F. De Barsac, H. — See ACKERMANN, Fumoux, F. — See Turerry, D. Guisert, V. — See Bouvet, O.M.M. H.-W. Ga.piero, M., BENTIVOGLIO, C., NuzzZo, Hasuimoto, N. — See Sayapa, C. De Brie_, D. — See VANEECHOUTTE, M. I., De Martino, L., Mourrierno, M. HATCHIKIAN, E.C., Forcet, N., BER- De Fetice, M. — See Marasco, R. and ROMANO CARRATELLI, C. — NADAC, A., ALAZARD, D. and OLLI- De Martino, L. — See GALpiERo, M. Immunological response in mice vier, B. — Involvement of a single De Martino, L. — See Greco, R. after long-term stimulation with cell periplasmic hydrogenase for both De Micco, P. — See Aspen, Y. wall antigens from Brucella meliten- hydrogen uptake and production in De Micco, P. — See Davin-REGLI, A. Oe iswercetionkn doemnai n 507 some Desulfovibrio species 129 De Rouckx, A. — See VANEECHOUTTE, GALLOT-LAVALLEE, T., ZYGMUNT, M.S., Hayes, S.F. — See Sinai, A.P. M. CLOECKAERT, A., B&ZARD, G. and HERMANT, D. — See Miras, I. De Vos, M.-J. — See FAuvILLE- Dusray, G. — Growth phase-depen- HERNANDEZ, J., FAyos, A., FERRUS, DuraAux, M. dent variations in the outer mem- M.A. and Owen, R.J. — Random De CARVALHO, A.F., GUEZENEC, S., brane protein profile of Brucella amplified polymorphic DNA fin- Gautier, M. and Grimont, P.A.D. — EY 63 6 Se cab WO Obs 227 gerprinting of Campylobacter Reclassification of “Propionibacte- Gacy, A.M. — See Crémieux, A. jejuni and C. coli isolated from rium rubrum” as P. jensenii.. 51 Gay, J.P. — See Crémigeux, A. human faeces, seawater and poul- Decaris, B. — See MAnaw, I. GanpsuHirR, M., RAscuep, I., MARLIERE, OF CURES 6 bv ccc cccse 685 Decaris, B. — See Pésay, M. P. and MutTzeé_, R. — Convergent HiIcKMAN-BRENNER, F.W. — See DELHALLE, E. — See Cuerout, H. evolution of amino acid usage in Poporr, M.Y. DeNAMUR, E. — See SAyApDA, C. archaebacterial and eubacterial Hirai, K. — See Sayapa, C. Dxuo-Moiun , M. — See Le Roy, D. lineages adapted to high salt.. 113 Ho, M.L. — See Tuierry, D. Di Serio, C. — See TABACCHIONI, S. GARGALLO, D. — See Guascn, J.F. HOFELEIN, C. — See ALLMANN, M. DuksHoorRN, L. — See VANEECHOUTTE, GauTieER, M. — See De CARVALHO, Hornunc, M. — See Kuan, G. M. AF. Hornunc, M. — See Newton, S.M.C. Diviks, C. — See Dartois, V. GaAZUMYAN, A. — See KoLBeErt, C.P. Ho.t, A.-C. — See Pé&pay, M. DominGuez, G. — See Ripio, M.T. Genin, A. and PetrrpeMANGE, H. — The Honpba, I. — See WaTANABE, M. DONNARUMMA, G. — See Greco, R. effects of tunicamycin on secretion, Horikosui, K. — See Bart.ett, D.H. Dusow, M.S. — See CAMERON, R.K. adhesion and activities of the cellu- Hoste, B. — See Tenreiro, S. Dusray, G. — See GALLoT-LAVAL- lase complex of Clostridium cellulo- Hovi, M.E. — See Newton, S.M.C. L&E, T. lyticum, ATCC 35319 ...... 251 HuGuEnin, S. — See ZHANG, C.-C. INDEX OF AUTHORS 811 INul, M. — See Ramserer, T.M. — Results of passive and active Newton, S.M.C., Joys, T.M., IscHER, F. — See Boer in, P. immunization directed against ferric ANDERSON, S.A., KENNEDY, R.C., JAN, G., FONTENELLE, C., LE H&NAFF, aerobactin in experimental entero- Hovi, M.E. and Stocker, B.A.D. M. and Wros_ewski, H. — Acyla- bacterial infections in mice and chic- — Expression and immunogeni- tion and immunological properties RPPee e e ee 167 city of an 18-residue epitope of of Mycoplasma gallisepticum Le Tui, K.T. — See Tuierry, D. HIV1 gp4l1 inserted in the flagel- membrane proteins ....... 739 Le, N.V. — See Tuigrry, D. lar protein of a Salmonella live JANviER, M. and Grimont, P.A.D. — Lepru, S. — See Tuierry, D. er ee 203 The genus Methylophaga, a new LEJEUNE, P. — See LAURENT-WIN- Newton, S.M.C., KLessa, P.E., Hor- line of descent within phylogenetic TER, C. NUNG, M. and Cuarsir, A. — Studies branch y of Proteobacteria .. 543 LENORMAND, P. — See Bouvet, of the anaerobically induced promo- JEANJEAN, S. — See Bouvet, P.J.M. O.M.M. ter pnirB and the improved expres- Joys, T.M. — See Newton, S.M.C. LENORMAND, P. — See Bouvet, sion of bacterial antigens ... 193 JULIEN, R. — See KARAMANOsS, Y. O.M.M. Nouyen, C.C. — See Satrr, M.H., Jr. KARAMANOS, Y., BourGErIE, S., BAR- Leret, V. — See Moreau, S. Nouyen, C.C. and Sarr, M.H., Jr. — REAUD, J.-P. and JuLIEN, R. — Are LINDBERG, A.A. — See Freer, E. Phylogenetic analysis of the putative there biological functions for bac- Louaaig, H. — See VANEECHOUTTE, M. phosphorylation domain in the pyru- terial endo-N-acetyl-B-D-glucosa- Loutny, J. — See ALLMANN, M. vate kinase of Bacillus stearother- NT - 6a kc.cnsenane 437 Mags, N. — See FAuviL_e-Duraux, M. ee eae 713 Kato, C. — See Bart ett, D.H. Mamamina, C. — See Nastasi, A. NouyeEn, N.L. — See Tuierry, D. KaAwaugiri, K. — See WATANABE, M. Manan, I., BourGet, N., SIMONET, NIEDERHAUSER, C. — See ALLMANN, M. KENNEDY, R.C. — See Newton, S.M.C. J.-M. and Decaris, B. — Selection Nunuma, S. — See WATANABE, M. Krrzis, M.D. — See Cuaisi, E.B. of species-specific DNA probes Nosre, M.F. — See Tenreiro, S. KLeBBA, P.E. — See Newron, S.M.C. which detect strain restriction poly- Nove ta, I.S. and SANcHEz, J. — KOLBERT, C.P., Popzorski, D.S., morphism in four Bifidobacterium Effects of 5-azacytidine on physiolo- MATHIESEN, D.A., WoRTMAN, A.T., GD isis vos clewehenen 59 gical differentiation of Streptomyces GAZUMYAN, A., SCHWARTZ, I. and MAQUELIN, K. — See VANEECHOUT- eT eee 721 PersING, D.H. — Two geographi- TE, M. Nuzzo, I. — See Ga.pigro, M. cally distinct isolates of Borrelia Marasco, R., LAco, C.T. and De OLLivier, B. — See HATCHIKIAN, E.C. burgdorferi from the United Fevice, M. — Utilization of cello- OLsEN, J.E. — See Aaso, S. States share a common unique biose and other B-D-glucosides in Oren, A. — Comment on “Convergent ee ee 415 Agrobacterium tumefaciens .. 485 evolution of amino acid usage in KOppeEL, E. — See ALLMANN, M. Marcua., G. — See Tuierry, D. archaebacterial and eubacterial KRISTJANSSON, J.K. — See TENREIRO, S. Mar igre, P. — See GANDBHIR, M. lineages adapted to high salt”, by KryLov, V., MERLIN, C. and Tous- MaArTHIESEN, D.A. — See KoOLBert, C.P. M. Gandbhir et al. (Res. Microbiol., SAINT, A. — Introduction of Pseudo- MERLIN, C. — See Kry.ov, V. 1995, 146, 113-120), and response monas aeruginosa mutator phage Meyer, R. — See ALLMANN, M. RS eee ees 805 D3112 into Alcaligenes eutrophus Mion, A. — See Sayapa, C. OSTERRIETH, P. — See Cueroul, H. PR Ge kb bo 8 66%408oS 245 MInNIKIN, D.E. — See WATANABE, M. Owen, R.J. — See HERNANDEZ, J. Kuan, G., Dassa, E., SAURIN, W., Hor- Miras, I., HERMANT, D., ARRICAU, N. ParreTTI, D., BARBERIO, C., CASALONE, NUNG, M. and Sater, M.H. Jr. — and Poporr, M.Y. — Nucleotide E., CAVA tERI, D., FAN, R., Fia, G., Phylogenetic analyses of the ATP- sequence of iagA and iagB genes Mor, E. and PoLsineLui, M.— DNA binding constituents of bacterial involved in invasion of HeLa cells fingerprinting by random amplified extracytoplasmic receptor-depen- by Salmonella enterica subsp. ente- polymorphic DNA and restriction dent ABC-type nutrient uptake per- vioa 008. TYPME ....ceceees 17 fragment length polymorphism is I bao 6 HA TaNKKOSRE S 271 Mireau, H. — See Goyarp, S. useful for yeast typing ..... 587 Kupon, S. — See WATANABE, M. Mock, M. — See Sirarp, J.-C. PARASCANDOLA, P. — See De ALTE- Lacroix, F.J.-C., Avoyne, C., Mo. ITIERNO, M. — See GALp1IERO, M. rus, E. PINAULT, C. Poporr, M.Y. and Par- Momen, H. — See Cok uo, A. Parpon, P. — See Lacror, F.J.-C. DON, P. — Salmonella typhimurium MonteiL, H. — See VANEECHOUTTE, M. Pépay, M., Hoi, A.-C., Simonet, J.-M. TnphoA mutants with increased Moreau, S., Leret, V., Le MArREc, C., and Decaris, B. — Characterization sensitivity to biological and chemi- VARANGOT, H., AYACHE, M., BONNAS- of the gor gene of the lactic acid bac- COL GOUREOUMB oncce cc ei 659 siz, S., BLANCO, C. and TRAUTWETTER, terium Streptococcus thermophilus LAFONT, J.-P. — See Le Roy, D. A. — Prophage distribution in cory- GD Nac otktaccassh e 371 Laco, C.T. — See Marasco, R. neform bacteria........... 493 Pei, Z. — See Burucoa, C. LAURENT- WINTER, C., LEJEUNE, P. and Moreno, E. — See Freer, E. Persinc, D.H. — See Ko.sert, C.P. Dancuin, A. — The Escherichia coli Mori, E. — See Parretti, D. PETITDEMANGE, H. — See Guin, A. DNA-binding protein H-NS is one Muanier, P. — See Cuaisi, E.B. PuHaip, V. — See Dartois, V. of the first proteins to be synthesized MutTZzEL, R. — See GANpDBHIR, M. PHAN-THANH, L. — See Gormon, T. after a nutritional upshift .... . 5 Nastasi, A. and MAmmina, C. — Epi- PICARDEAU, M. and VINCENT, V. Le Hénarr, M. — See Jan, G. demiological evaluation by PCR — Development of a species-spe- Le Marrec, C. — See Moreau, S. ribotyping of sporadic and out- cific probe for Mycobacterium Le Roy, D., Crouzier, C., DHo-Mou- break-associated strains of Salmo- SPCTTRT SCP eT 237 LIN, M., Dumont, A.-S., BOUCHET, nella enterica serotype Typhimu- PiFFARETTI, J.-C. — See BALMELLI, T. A., LAFONT, J.-P. and ANDREMONT, A. OO cows dbb .ce eae ee 99 PiNAULT, C. — See Lacroix, F.J.-C. 812 RESEARCH IN MICROBIOLOGY Popzorsk!I, D.S. — See KOLBERT, DENAMUR, E. — Usefulness of ULLMANN, A. — See Goyarp, S. C.P. omp! restriction mapping for ULyczny), P.I. — See Cameron, R.K. POLsINELLI, M. — See Parretti, D. avian Chlamydia psittaci isolate VADEBONCOEUR, C. — HPr: Hetero- Poporr, M.Y. — See Lacroix, F.J.-C. differentiation .......... 155 morphous Protein ......... 525 Poporr, M.Y. — See Miras, I. Scumitt, P. — See Dartois, V. VALENTI, P. — See Greco, R. Poporr, M.Y., BoCKEMUHL, J. and Hick- SCHWARTZ, I. — See KoLBert, C.P. VALERO, J.R. — See ACKERMANN, MAN-BRENNER, F.W. — Supplement SEGANTI, L. — See Greco, R. H.-W. 1994 (n° 38) to the Kauffmann- SENTANDREU, R. — See De ALTeErtIs, E. VAN LIEDEKERKE, A. — See VANEE- White scheme ............ 799 Serruys, E. — See FAuvit_e-Du- CHOUTTE, M. RAMSEIER, T.M., INu1, M. and SAIER, FAUX, M. VANEECHOUTTE, M., ELAICHOUNI, A., M.H., Jr. — CarRS of Azospirillum S&VERIN, E. — See FAuviL_e-Du- MAQUELIN, K., CLAEYs, G., VAN brasilense is homologous to a large FAUX, M. LIEDEKERKE, A., Louacig, H., VErR- family of aldehyde dehydrogenases SHARPLES, D. — See CREMIEUX, A. SCHRAEGEN, G. and DuKsHoorn, L. rather than to two-component regu- Simonet, J.-M. — See Manan, I. — Comparison of arbitrarily BD ves ctwieevbvocees’ 425 Simonet, J.-M. — See Pésay, M. primed polymerase chain reaction RAouLt, D. — See Roux, V. Sinal, A.P., Hayes, S.F., SMALL, P.L.C. and cell envelope protein electro- RASCHED, I. — See GANDBHIR, M. and Bavor., P.M. — Low-efficiency phoresis for analysis of Acineto- Recu£, M. — See Guascu, J.F. (macro-)pinocytic internalization of bacter baumannii and A. junii out- Reizer, A. — See Reizer, J. non-pathogenic Escherichia coli into ee or 457 ReIZeER, J., REIzeR, A. and SAIER, eT TR eT 617 VANEECHOUTTE, M., RIEGEL, P., De M.H., Jr. — Sorbose-1-P reductase SIRARD, J.-C., Mock, M. and Foust, A. Brie_, D., MOnTEIL, H., VERSCHRAE- (SorE) and the glucitol-6-P dehy- — Molecular tools for the study of GEN, G., De Rouck, A. and CLAgys, drogenase (SorD) of the Klebsiella transcriptional regulation in Bacillus G. — Evaluation of the applicability pneumoniae L-sorbose operon eS b 6acdecueee eee e 729 of amplified rDNA-restriction analy- belong to the zinc-dependent dehy- SMALL, P.L.C. — See Sinai, A.P. sis (ARDRA) to identification of drogenase family and the short Stocker, B.A.D. — See NEwTon, species of the genus Corynebacte- chain alcohol dehydrogenase S.M.C. SD Ghee os £060Gadheres 633 family, respectively ....... 183 Storey, C. — See Sayapa, C. VARANGOT, H. — See Moreau, S. Rico, H. — See De ALTerrus, E. STRUELENS, M. — See FAvuvVILLE- VAZQUEZ-BOLAND, J.A. — See Ripio, RipLey, A.M. — Evaluation of a res- Duraux, M. M.T. triction fragment length polymor- TABACCHIONI, S., Visca, P., CHIARINI, VERSCHRAEGEN, G. — See VANEE- phism typing method for Listeria L., Bevivino, A., D1 Serio, C., FAN- CHOUTTE, M. monocytogenes ..........+. 21 CELLI, S. and Fani, R. — Molecular VERSCHRAEGEN, G. — See VANEE- RigGEL, P. — See VANEECHOUTTE, M. characterization of rhizosphere and CHOUTTE, M. Ripio, M.T., GeorFroy, C., DoMiNGUEZ, clinical isolates of Burkholderia Vicente, A.C.P. — See Cogtuo, A. G., ALour, J.E. and VAzQuEz- eeae ee 531 VINCENT, V. — See PICARDEAU, M. Bo.anp, J.A. — The sulphydryl- TENREIRO, S., NoBre, M.F., Hoste, VINCKE, J.-P. — See FAuvi__e-Du- activated cytolysin and a sphin- B., Gitiis, M., KrisTJANSSON, J.K. FAUX, M. gomyelinase C are the major and Da Costa, M.S. — Visca, P. — See TABACCHIONI, S. membrane-damaging factors invol- DNA:DNA hybridization and che- WATANABE, M., Honpa, I., KAWAJIRI, ved in cooperative (CAMP-like) motaxonomic studies of Thermus K., NimINuMA, S., Kupon, S. and haemolysis in Listeria spp... 303 SR nc bee ke wehs 315 MINNIKIN, D.E. — Distribution of Rocourt, J. — See Boer in, P. THIERRY, D., CHAVAROT, P., MArR- antibody titres against phenolic Rosas, N. — See Freer, E. CHAL, G., Le Tui, K.T., Ho, M.L., glycolipids from Mycobacterium ROMANO CARRATELLI, C. — See GAL- NouyeEn, N.L., Le, N.V., Lepru, tuberculosis in the sera from tuber- DIERO, M. S., Fumoux, F. and Guespon, J.L. culosis patients and healthy Romano, M.I. — See Biai, F. — Mycobacterium tuberculosis CURE vi 6 6 0% 0840 %R 791 RoussEAux, D. — See Cuetoul, H. strains unidentified using the WEGMULLER, B. — See ALLMANN, M. Roux, V. and Raoutt, D. — Phyloge- IS6110 probe can be detected by WEINTRAUB, A. — See Freer, E. netic analysis of the genus Rickettsia oligonucleotides derived from the WortMan, A.T. — See Ko.sert, C.P. by 16S rDNA sequencing ... 385 Mt308 sequence ........ 325 WrOBLEwskI, H. — See Jan, G. Sarer, M.H., Jr. — See Kuan, G. THRELFALL, E.J. — See Aaso, S. Younes, N. — See FAuvit._e-Du- SaieR, M.H., Jr. — See RAMSEIER, ToussAINT, A. — See Kry ov, V. FAUX, M. T.M. TRAUTWETTER, A. — See Moreau, S. Yousser, M.T. — See Cuacuaty, E. Sarer, M.H., Jr. — See Reizer, J. Tsal, M.H. and Sater, M.H., Jr.: Yu, M.-X. — See ACKERMANN, H.-W. Saier, M.H., Jr. — See Tsai, M.H. Phylogenetic characterization of ZANDER, T. — See UHLAND, K. SAINDOUXx, S. — See ACKERMANN, the ubiquitous electron transfer ZHANG, C.-C., HUGUENIN, S. and Friry, H.-W. flavoprotein families ETF-a@ and A. Analysis of genes encoding SALLES, C.A. — See Cog.uo, A. eg ERree rere 397 the cell division protein FtsZ and a SANCHEZ, J. — See Nove ta, LS. TummMuru, M. — See Burucoa, C. glutathione synthetase homologue in SANTOS, F.A.R.W. — See Cog.uo, A. UHLAND, K., ZANDER, T. and EHRMANN, the cyanobacterium Anabaena sp. SAuRIN, W. — See Kuan, G. M. — Synthetic competition bet- pales SU ve ve ete deeaen 445 SAYADA, C., ANDERSEN, A.A., STO- ween cytoplasmic folding and trans- ZusEco, J. — See De ALTerus, E. REY, C., MiLon, A., Es, F., HAsHI- location of a soluble membrane pro- ZYGMUNT, M.S. — See GALLot-LAvAL- MoTO, N., Hira, K., Etion, J. and Se ED vee nc énusvees 121 LEE, T. INDEX OF KEY-WORDS 813 INDEX OF KEY-WORDS membrane, Protein, Translocation, phages, Corynebacteria, Hybridiza- Cytoplasmic folding, MalF; Integral BD id cicdeseiccécavesaor 493 membrane protein, Gene fusions, E. Barophile, High pressure, Stimulon, coli, Periplasm, Cellular fusion Stress ;R egulation, Deep-sea; Mini- Acinetobacter, Acinetobacter cal- joints, Chaperones ........ 121 SUE cc ccccwbesccsutis 697 coaceticus sensu stricto, Malate Amino acid, Halotolerance, Halo- Bacteriophage, Bacillus subtilis, dehydrogenase, Glutamate dehy- phily; Signatures, Evolution, Bacillus thuringiensis ; Ultrastruc- drogenase, Catalase; Enzyme Codons, Sea water, Archaebacteria, ture, Phage typing, H antigen sero- polymorphism, A. baumannii, NED. st kes oxwdusa r 113 vars, Host specificity, Phage spe- Electrophoresis, Taxonomy 773 Anabaena, Heterocyst, FtsZ, Nitrogen GB Sa cudcicssidosssve 643 Acinetobacter baumannii, Neonate, fixation; Cell division, ftsZ, Gluta- Bifidobacterium, RFLP; Species-spe- Acinetobacter junii; Arbitrarily pri- thione synthetase, Inactivation 445 cific DNA probes, Site-specific med PCR, Protein fingerprinting, Antibiotic resistance, Faeces, Entero- recombinase, Genetic polymor- Antibiotic susceptibility testing, bacteriaceae ; Treatments, Carriage, BED ov cabceceuescctsove 59 Neonatal care, Nosocomial out- Community, Ecology, France, Jor- Bile salt, Detergent, Salmonella _ Pewererrrrer).r r t 457 GR noni cdcasstesstcgsit 175 typhimurium ; Mutants, Transposi- Acinetobacter calcoaceticus sensu Antibiotic, B-Lactamase, B-Lactam, tional mutagenesis, Detergent and stricto, Acinetobacter, Malate MIC, Branhamella catarrhalis ; antibiotic resistance, OMP, LPS, dehydrogenase, Glutamate dehy- BRO, Transformants, Transconju- CC eeeee 659 drogenase, Catalase; Enzyme poly- gants, pl, Plasmid, Conjugative Bordetella pertussis, Virulence, morphism, A. baumannii, Elec- TTT eee 761 FhaB ; Gene regulation, Constitu- trophoresis, Taxonomy .... 773 ARDRA, rRNA, Corynebacterium ; tive promoter, Filamentous hae- Acinetobacter junii, Neonate, Acine- Culture identification, PCR, Dia- magglutinin, Bvg, RNA polyme- tobacter baumannii; Arbitrarily re ere Pr 633 Perr eee eee eT te 363 primed PCR, Protein fingerprin- ATP, Permease, Transport system, Borrelia burgdorferi, DNA, rRNA; ting, Antibiotic susceptibility tes- Phylogenetic tree; Protein Phylogeny, Sequence alignment, ting, Neonatal care, Nosocomial sequences, ABC-type permeases, yp 2 PP errere rere es 415 eee ee 457 ATP-binding protein, Bacterial evo- Borrelia burgdorferi, Lyme disease ; Acridine, Chemotherapy ; Deriva- NN 6c GasSes Vesa c eu 271 Multilocus enzyme electrophoresis, tives, Antimicrobial activity, Inhi- 5-Azacytidine, Streptomyces, Protease, Typing, Epidemiology, B. garinii, B. bitory indices, Bactericidal indices, Sporulation, DNA methylation; S. afzelii, B. burgdorferi sensu stricto, ARN synthesis, Intercalation into GEESE 0.2 6 sc ctewevess 721 Clinical manifestations ..... 329 DNA, Gyrase inhibition, Macromo- Bacillus anthracis, Toxin, Transcrip- Branhamella catarrhalis, Antibiotic, lecular synthesis ......... 73 tion; Regulation, Recombination, B-Lactamase, B-Lactam, MIC; Acyl protein, Fatty acid, Myco- Reporter genes ........... 729 BRO, Transformants, Transconju- plasma gallisepticum; S-glyceryl- Bacillus subtilis, Bacteriophage, gants, pI, Plasmid, Conjugative cysteine, Mollicutes, Mycoplas- Bacillus thuringiensis ; Ultrastruc- RINE «« s cccneccccess 761 mas, Membrane proteins, Immu- ture, Phage typing, H antigen sero- Brevibacterium, Bacteriophage, Pro- a ae rere 739 vars, Host specificity, Phage spe- phage, Corynebacterium ; Coryne- Adhesion, Invasion, Streptococcus GD 6 ck ce wds oct ivesvees 643 phages, Corynebacteria, Hybridiza- pyogenes, Phagosome, Lysosome; Bacillus thuringiensis, Bacterio- Perry trier ee 493 Streptococci, Endothelial cells, phage, Bacillus subtilis ; Ultra- Brucella melitensis, OMP, Bacterial Epithelial cells, Endosomes, Viru- structure, Phage typing, H antigen growth, Heat-shock protein; Mono- A eeee e ee 551 serovars, Host specificity, Phage clonal antibody, DnaK, Batch cul- Adhesion, Nucleotide, Sequencing, PS: «6.0060es0 e8ae s 643 GED on Fo Séviaaldsieédce 227 ORF, Salmonella ser. Typhi; iagA, Bacterial growth, OMP, Heat-shock Brucella, Immunostimulation ; iagB, Invasion, HeLa cells, Shigella protein, Brucella melitensis ; Long-term stimulation, Cell wall, flexneri, ipgF ; Note....... 17 Monoclonal antibody, DnaK, Batch DEOGED 0 bbe his es vs thes 507 Adhesion, Tunicamycin, Cellulase, CEs v5 8s vc oie chi ots 227 Brucella, LPS; Heterogeneity, S- Clostridum cellulolyticum, Gly- Bacterial growth, Protein H-NS, LPS, R-LPS, Lipid A, O polysac- coprotein ; Glycosylation, Pro- Gene expression; E. coli, Growth GREED 6 a0 oc oWeecsiaes 569 GES o's csv Fev etbwndes s 251 rate, Nutrition, Lag period, Two- Burkholderia (Pseudomonas) cepa- Aerobactin, Virulence, Enterobacte- dimensional electrophoresis, Poly- cia, Rhizosphere, Cystic fibrosis, riaceae, Iron, IgG, IgM; Immuni- peptides, Transient processes, Nitrogen fixation, rDNA; Typing, zation, Mouse, Chicken.... 167 PORNO 6 ok cee cease 5 Taxonomy, Siderophores .. 531 Agrobacterium tumefaciens, Cello- Bacteriocin 28b, Serratia marcescens ; CAMP reaction, Virulence, Haemoly- biose, Catabolite repression, B-Glu- Chromosome, Biotype, Hybridiza- sis, Listeria, Listeriolysin O; Coope- cosidase ; B-D-Glucosides, Cyclic tion, Escherichia coli...... 477 rative haemolysis, Sulphydryl-acti- AMP, Virulence ......... 485 Bacteriophage, Plasmid, Lysogeny, vated toxins, Phospholipases, Alcaligenes eutrophus, Bacterio- Pseudomonas aeruginosa, Alcali- Cytolysins, Cholesterol .... . 303 phage, Plasmid, Lysogeny, Pseudo- genes eutrophus ; Random insertion Campylobacter coli, Enteritis, RAPD, monas aeruginosa; Random inser- mutagenesis, Transfers, Mutator Campylobacter jejuni, Campylobac- tion mutagenesis, Transfers, phages, Ecology ......... 245 ter lari; Genetic diversity, Typing, Mutator phages, Ecology... 245 Bacteriophage, Prophage, Corynebac- Epidemiology ........... 685 Alkaline phosphatase, Cytoplasmic terium, Brevibacterium ; Coryne- Campylobacter jejuni, Diarrhoea, 814 RESEARCH IN MICROBIOLOGY Virulence, OMP; Protease matura- fusions, E. coli, Periplasm, Cellular D-glucosaminidases, Bacterial gly- tion, Fructose 1,6-biphosphate aldo- fusion joints, Chaperones ... 121 coproteins, Biological functions; lase, Nucleotide sequences, Operon, Cytoplasmic membrane, Protein, Times and Trends ........ 437 ORFs, Adhesion ......... 467 Translocation, Cytoplasmic folding, Enteritis, RAPD, Campylobacter Campylobacter, Food, PCR, Escheri- MalF, Alkaline phosphatase; Inte- jejuni, Campylobacter coli, Campy- chia coli, Listeria monocytogenes ; gral membrane protein, Gene lobacter lari; Genetic diversity, Dairy products, Diagnosis .. 85 fusions, E. coli, Periplasm, Cellular Typing, Epidemiology .... 685 Campylobacter jejuni, Enteritis, fusion joints, Chaperones... 121 Enterobacteriaceae, Aerobactin, RAPD, Campylobacter coli, Cam- Dehydrogenase, Reductase, Sorbose Virulence, Iron, IgG, IgM; Immu- pylobacter lari; Genetic diversity, operon, Homology, Phylogeny ; nization, Mouse, Chicken .. 167 Typing, Epidemiology ..... 685 DE ns 4d SewN ss ebinkaeu s 183 Enterobacteriaceae, Faeces, Antibio- Campylobacter lari, Enteritis, RAPD, Desulfomicrobium, Hydrogenase, tic resistance; Treatments, Car- Campylobacter jejuni, Campylobac- Desulfovibrio, Hydrogen; Metabo- riage, Community, Ecology, ter coli; Genetic diversity, Typing, lism, Interspecies H, transfer, France, Jordan .......... 175 Epidemiology ........... 685 [NiFe] hydrogenase, Immunogold Enterobacteriaceae, Taxonomy, Gly- Catabolite repression, Cellobiose, B- labelling, Bioenergetics .... 129 cerol; Anaerobiosis, Dihydroxy- Glucosidase, Agrobacterium tume- Desulfovibrio, Hydrogenase, Desulfo- acetone, 1,3-Propanediol ... 279 faciens ; B-D-Glucosides, Cyclic microbium, Hydrogen; Metabolism, Epitope, HIV1, gp41, Flagellin, Sal- AMP, Virulence .......... 485 Interspecies H, transfer, [NiFe] monella; Live attenuated vaccine, Catalase, Acinetobacter, Acinetobacter hydrogenase, Immunogold label- Humoral immunity, Insertion 203 calcoaceticus sensu stricto, Malate ling, Bioenergetics ........ 129 Escherichia coli, Endocytosis, dehydrogenase, Glutamate dehydro- Detergent, Bile salt, Salmonella Macropinocytosis, Microtubule ; genase; Enzyme polymorphism, A. typhimurium ; Mutants, Transposi- Endosomes, Cytoskeleton .. 617 baumannii, Electrophoresis, Taxo- tional mutagenesis, Detergent and Escherichia coli, Food, PCR, Campy- MART ETT CC TCT TELE 773 antibiotic resistance, OMP, LPS, lobacter, Listeria monocytogenes ; Cell wall, Invertase, Electrophoretic rere 659 Dairy products, Diagnosis .. 85 mobility, Saccharomyces cerevisiae ; Diarrhoea, Virulence, Campylobacter Escherichia coli, Glycerol-dehydroge- Immobilization, Glycosylation, jejuni, OMP;; Protease maturation, nase, Shigella; Differentiation 787 Mannoproteins ........... 217 Fructose 1,6-biphosphate aldolase, Faeces, Enterobacteriaceae, Antibiotic Cellobiose, Catabolite repression, B- Nucleotide sequences, Operon, resistance ; Treatments, Carriage, Glucosidase, Agrobacterium tumefa- ORFs, Adhesion ......... 467 Community, Ecology, France, Jor- ciens ; B-D-Glucosides, Cyclic AMP, DNA methylation, Streptomyces, Pro- Gis vasscice sviwedapes 175 WN nvaccbueunsdeev e 485 tease, Sporulation, 5-Azacytidine ; Fatty acid, Acyl protein, Myco- Cellulase, Tunicamycin, Clostridum Be CNS 6 bk eectce s 721 plasma gallisepticum; S-glyceryl- cellulolyticum, Glycoprotein, DNA transposition, Phage Mu, Tn3, cysteine, Mollicutes, Mycoplas- Adhesion ; Glycosylation, Pro- IS/0/, Illegitimate recombination; mas, Membrane proteins, Immu- RN 606 4 Kee Kee OWEN 251 Host integration factor .... 601 a eee 739 Chemotherapy, Acridine; Derivatives, DNA, Fatty acid, Pigment, Thermus, Fatty acid, DNA, Pigment, Thermus, Antimicrobial activity, Inhibitory Thermus scotoductus ; Composition, Thermus scotoductus ; Composition, indices, Bactericidal indices, ARN DNA homology, Taxonomy, Phylo- DNA homology, Taxonomy, Phylo- synthesis, Intercalation into DNA, genetics, Geothermal impact.. 315 genetics, Geothermal impact. . 315 Gyrase inhibition, Macromolecular DNA, Mycobacterium bovis; Clo- FhaB, Bordetella pertussis, Virulence; SD a i'0s bcd hws ode oar 73 ning, Repetitive DNA, RFLP, Gene regulation, Constitutive pro- Chlamydia psittaci, MOMP; Avian Bovine tuberculosis, Epidemiologi- moter, Filamentous haemagglutinin, strains, Restriction mapping, rere ee 341 Bvg, RNA polymerase ..... 363 ompl Gene, Taxonomy, Epide- DNA, rRNA, Borrelia burgdorferi ; Flagellin, HIV1, gp41, Epitope, Sal- WD occ eesun eee 155 Phylogeny, Sequence alignment, monella; Live attenuated vaccine, Clostridium cellulolyticum, Tunicamy- Pa eee 415 Humoral immunity, Insertion 203 cin, Cellulase, Glycoprotein, Adhe- DNA, rRNA, Mycobacterium; 16S- Flavoprotein, Electron transfer, Phylo- sion; Glycosylation, Proteins 251 23S spacer, Amplification, RAPD, genetics; Trees, ETF subunits, Rela- Corynebacterium, Bacteriophage, Restriction, Diagnosis ..... 405 PPT CETTE 397 Prophage, Brevibacterium ; Coryne- DNA/DNA hybridization, PCR, Food, PCR, Campylobacter, Escheri- phages, Corynebacteria, Hybridiza- Mycobacterium xenopi; Capture, chia coli, Listeria monocytogenes ; GS ee ke gd obesewe. ¥s 493 Luminescence, Diagnosis .. 349 Dairy products, Diagnosis .. 85 Corynebacterium, rRNA, ARDRA; Electron transfer, Flavoprotein, Phy- FtsZ, Heterocyst, Anabaena, Nitrogen Culture identification, PCR, Dia- logenetics ; Trees, ETF subunits, fixation; Cell division, ftsZ, Gluta- GE Kaxeesviadénsis 633 eee 397 thione synthetase, Inactivation 445 Cystic fibrosis, Rhizosphere, Burkholl- Electrophoretic mobility, Invertase, Gene expression, Protein H-NS, Bac- deria (Pseudomonas) cepacia, Cell wall, Saccharomyces cerevi- terial growth; E. coli, Growth rate, Nitrogen fixation, rDNA; Typing, siae ; Immobilization, Glycosyla- Nutrition, Lag period, Two-dimen- Taxonomy, Siderophores ... 531 tion, Mannoproteins ...... 217 sional electrophoresis, Polypep- Cytoplasmic folding, Cytoplasmic Endocytosis, Macropinocytosis, tides, Transient processes, Regula- membrane, Protein, Translocation, Microtubule, Escherichia coli; PERE E EP TCS Pyr ere 5 MalF, Alkaline phosphatase; Inte- Endosomes, Cytoskeleton .. 617 B-Glucosidase, Cellobiose, Catabolite gral membrane protein, Gene Endoglycosidase ; Endo-N-acetyl-B- repression, Agrobacterium tumefa- INDEX OF KEY-WORDS 815 ciens ; B-D-Glucosides, Cyclic Hydrogen, Hydrogenase, Desulfovi- vated toxins, Phospholipases, Cyto- AMP, Virulence ......... 485 brio, Desulfomicrobium ; Metabo- lysins, Cholesterol ........ 303 Glutamate dehydrogenase, Acineto- lism, Interspecies H., transfer, [NiFe] Listeria monocytogenes, Food, PCR, bacter, Acinetobacter calcoaceticus hydrogenase, Immunogold labelling, Campylobacter, Escherichia coli; sensu stricto, Malate dehydroge- DOOMINS. 6 ciccdccccves 129 Dairy products, Diagnosis .. 85 nase, Catalase; Enzyme polymor- Hydrogenase, Desulfovibrio, Desulfo- Listeria monocytogenes, Protein, phism, A. baumannii, Electrophore- microbium, Hydrogen; Metabolism, Mapping, Listeria; Identification, Oe ee eee 773 Interspecies H, transfer, [NiFe] Classification, Typing, Taxonomy, Glutathione reductase, Streptococcus hydrogenase, Immunogold labelling, 2-D electrophoresis ....... 143 thermophilus ; Duplication, gor Bioomergetics ..2.. .cen ce 129 Listeria monocytogenes, RAPD; Gene, Oxidative stress ..... 371 IgG, Aerobactin, Virulence, Entero- Typing, Epidemiology, Compari- Glycerol, Taxonomy, Enterobacteria- bacteriaceae, tron, IgM; Immuniza- GR Ssi :6 oo 0S6CERCEEdSan 35 ceae; Anaerobiosis, Dihydroxyace- tion, Mouse, Chicken ...... 167 Listeria monocytogenes, RFLP; Sero- tone, 1,3-Propanediol ...... 279 IgM, Aerobactin, Virulence, Entero- typing, Epidemiology ..... 21 Glycerol-deshydrogenase, Shigel- bacteriaceae, Iron, IgG; Immuniza- Listeriolysin O, Virulence, Haemoly- la, Escherichia coli; Differentia- tion, Mouse, Chicken ...... 167 sis, Listeria, CAMP reaction; Peerere rers T T rs Te 787 Illegitimate recombination, Phage Mu, Cooperative haemolysis, Sulphy- Glycolipid, Tuberculosis, Mycobac- Tn3, ISJ01, DNA transposition; dryl-activated toxins, Phospholi- terium tuberculosis ; ELISA, Phe- Host integration factor ..... 601 pases, Cytolysins, Cholesterol 303 nolic glycolipids, Serum anti- Immunostimulation, Brucella; LPS, Brucella; Heterogeneity, S- PGL-tb titres .......... 791 Long-term stimulation, Cell wall, LPS, R-LPS, Lipid A, O polysac- Glycoprotein, Tunicamycin, Cellu- PEW TNT EVECLEE C e 507 SD 6 See b ors he ested 569 lase, Clostridium cellulolyti- Invasion, Adhesion, Streptococcus Lyme disease, Borrelia burgdorferi; cum, Adhesion; Glycosylation, pyogenes, Phagosome, Lysosome ; Multilocus enzyme electrophoresis, 0 Peersa 251 Streptococci, Endothelial cells, Typing, Epidemiology, B. garinii, B. gp41, HIV1, Epitope, Flagellin, Sal- Epithelial cells, Endosomes, Viru- afzelii, B. burgdorferi sensu stricto, monella ; Live attenuated vaccine, SN. Ab sa4 ee ceeecsewe 551 Clinical manifestations ..... 329 Humoral immunity, Insertion 203 Invertase, Electrophoretic mobility, Lysogeny, Bacteriophage, Plasmid, Haemolysis, Virulence, Listeria, Liste- Cell wall, Saccharomyces cerevi- Pseudomonas aeruginosa, Alcali- riolysin O, CAMP reaction; Coope- siae ; Immobilization, Glycosyla- genes eutrophus ; Random insertion rative haemolysis, Sulphydryl-acti- tion, Mannoproteins ..... 217 mutagenesis, Transfers, Mutator vated toxins, Phospholipases, Iron, Aerobactin, Virulence, Entero- phages, Ecology .......... 245 Cytolysins, Cholesterol ..... 303 bacteriaceae, IgG, IgM; Immuni- Lysosome, Adhesion, Invasion, Halophily, Halotolerance, Amino zation, Mouse, Chicken ... 167 Streptococcus pyogenes, Phago- acid; Signatures, Evolution, IS/01, Phage Mu, Tn3, DNA trans- some ; Streptococci, Endothelial Codons, Sea water, Archaebacteria, position, Illegitimate recombina- cells, Epithelial cells, Endosomes, eee 113 tion; Host integration factor 601 WED 6 8s 6c Weee we 551 Halotolerance, Halophily, Amino B-Lactam, Antibiotic, B-Lactamase, Macropinocytosis, Endocytosis, acid; Signatures, Evolution, Codons, MIC, Branhamella catarrhalis ; Microtubule, Escherichia coli; Sea water, Archaebacteria, Eubac- BRO, Transformants, Transconju- Endomes, Cytoskeleton .... 617 OPeEr ee res yee 113 gants, pI, Plasmid, Conjugative Malate dehydrogenase, Acinetobac- Heat-shock protein, OMP, Bacterial Peers 761 ter, Acinetobacter calcoaceticus growth, Brucella melitensis ; Mono- 6-Lactamase, Antibiotic, B-Lactam, sensu stricto, Glutamate dehydro- clonal antibody, DnaK, Batch cul- MIC, Branhamella catarrhalis ; genase, Catalase; Enzyme poly- yers ey oe 227 BRO, Transformants, Transconju- morphism, A. baumannii, Electro- Heterocyst, Anabaena, FtsZ, Nitrogen gants, pI, Plasmid, Conjugative phoresis, Taxonomy ...... 773 fixation; Cell division, ftsZ, Gluta- a eee ee 761 MalE, LamB, pnirB, Salmonella, Vac- thione synthetase, Inactivation 445 LamB, MalE, pnirB, Salmonella, Vac- cine; Antigenicity, Transformations, High pressure, Barophile, Stimulon, cine; Antigenicity, Transformations, Anaerobic expression ...... 193 Stress; Regulation, Deep-sea; Mini- Anaerobic expression ...... 193 MalF, Cytoplasmic membrane, Pro- an, MOOTET TOLC CO L, 697 LDH, Leuconostoc ; Gene sequen- tein, Translocation, Cytoplasmic HIV1, gp41, Epitope, Flagellin, Salmo- cing, Protein purification, Diacetyl folding, Alkaline phosphatase ; nella; Live attenuated vaccine, production, L. mesenteroides subsp. Integral membrane protein, Gene Humoral immunity, Insertion 203 cremoris, HicDH ........ 291 fusions, E. coli, Periplasm, Cellular Homology, Dehydrogenase, Reduc- Leuconostoc, LDH; Gene sequen- fusion joints, Chaperones .. 121 tase, Sorbose operon, Phylogeny ; cing, Protein purification, Diacetyl Mapping, Protein, Listeria, Listeria Perrisse serre re 183 production, L. mesenteroides subsp. monocytogenes ; Identification, Hospital, Serratia marcescens ; Este- cremoris, HicDH ........ 291 Classification, Typing, Taxonomy, rase, Biotypes, Zymotypes, Epide- Listeria, Protein, Mapping, Listeria 2-D electrophoresis ....... 143 ere rs se 579 monocytogenes ; Identification, Methylophaga, Phylogeny, PCR; 16S HPr, Phosphotransferase system, N- Classification, Typing, Taxonomy, rRNA, Methylotrophic bacteria, terminal methionine; Protein modifi- 2-D electrophoresis ....... 143 RuMP pathway .......... 543 cation, Methionine amino-peptidase, Listeria, Virulence, Haemolysis, Liste- MIC, Antibiotic, B-Lactamase, B- Protein phosphorylation, Protein riolysin O, CAMP reaction; Coope- Lactam, Branhamella catarrhalis ; guanylylation ............ rative haemolysis, Sulphydryl-acti- BRO, Transformants, Transconju- 816 RESEARCH IN MICROBIOLOGY gants, pl, Plasmid, Conjugative cing, Salmonella ser. Typhi; iagA, DNA homology, Taxonomy, Phylo- a ee 761 iagB, Invasion, HeLa cells, Shi- genetics, Geothermal impact 315 Microtubule, Endocytosis, Macropi- gella flexneri, ipgF; Note .. 17 Plasmid, Bacteriophage, Lysogeny, nocytosis, Escherichia coli; Endo- PCR, Food, Campylobacter, Escheri- Pseudomonas aeruginosa, Alcali- somes, Cytoskeleton ...... 617 chia coli, Listeria monocytogenes ; genes eutrophus ; Random insertion MOMP, Chlamydia psittaci; Avian Dairy products, Diagnosis .. 85 mutagenesis, Transfers, Mutator strains, Restriction mapping, PCR, Mycobacterium xenopi; DNA phages, Ecology ......... 245 ompl Gene, Taxonomy, Epide- probe, Identification ...... 237 Plasmid, Virulence, Salmonella A ee ee 155 PCR, Mycobacterium xenopi, dublin ; Incompatibility, Antibio- Mycobacterium, rRNA, DNA; 16S- DNA/DNA hybridization; Capture, grams, Evolution ........ 751 23S spacer, Amplification, RAPD, Luminescence, Diagnosis .. 349 pnirB, MalE, LamB, Salmonella, Vac- Restriction, Diagnosis .... 405 PCR, Phylogeny, Methylophaga; 16S cine; Antigenicity, Transformations, Mycobacterium bovis, DNA; Clon- rRNA, Methylotrophic bacteria, Anaerobic expression ..... . 193 ing, Repetitive DNA, RFLP, RuMP pathway .......... 543 Prophage, Bacteriophage, Corynebac- Bovine tuberculosis, Epidemiolo- PCR, RAPD; Reproducibility, DNA terium, Brevibacterium ; Coryne- SP GHEE ik. s:0 008 coh ses 341 concentration, Bis-benzimide phages, Corynebacteria, Hybridiza- Mycobacterium tuberculosis, Tubercu- Ss 4-4 868554546.c00% 561 eer T re ore 493 losis; PCR, Diagnosis, IS6//0 325 PCR, Ribotyping, Salmonella typhi- Propionibacterium, Taxonomy, Phy- Mycobacterium tuberculosis, Tubercu- murium ; (DNA fingerprinting, Epi- logenetics; DNA relatedness, 16S losis, Glycolipid; ELISA, Phenolic EE eee 99 rRNA gene, Biochemical characte- glycolipids, Serum anti-PGL-tb PCR, Vibrio cholerae ; Fingerprints, ristics, “P. rubrum”, P. jensenii, P. BD 62440054 0600600504 791 AP-PCR, Epidemiology ... 671 SD we cweisgescceess 51 Mycobacterium xenopi, PCR; DNA Permease, ATP, Transport system, Protease, Streptomyces, Sporulation, probe, Identification ....... 237 Phylogenetic tree; Protein 5-Azacytidine, DNA methylation ; Mycobacterium xenopi, PCR, sequences, ABC-type permeases, QED cc cveseewss 721 DNA/DNA hybridization; Capture, ATP-binding protein, Bacterial Protein H-NS, Gene expression, Bac- Luminescence, Diagnosis ... 349 a ere eee 271 terial growth; E. coli, Growth rate, Mycoplasma gallisepticum, Fatty Phage Mu, Tn3, IS/0/, DNA transpo- Nutrition, Lag period, Two-dimen- acid, Acyl protein; S-glycerylcy- sition, Illegitimate recombination; sional electrophoresis, Polypep- steine, Mollicutes, Mycoplasmas, Host integration factor .... 601 tides, Transient processes, Regula- Membrane proteins, Immunogeni- Phagosome, Adhesion, Invasion, Ge bp tera OWieedeeded 5 Te 600460a0 ee0wue0etk s 739 Streptococcus pyogenes, Lyso- Protein, Cytoplasmic membrane, N-terminal methionine, Phospho- some; Streptococci, Endothelial Translocation, Cytoplasmic fol- transferase system, HPr; Protein cells, Epithelial cells, Endosomes, ding, MalF, Alkaline phospha- modification, Methionine amino- Co es ee 551 tase; Integral membrane protein, peptidase, Protein phosphorylation, Phosphotransferase system, HPr, N- Gene fusions, E. coli, Periplasm, Protein guanylylation ..... 525 terminal methionine; Protein modi- Cellular fusion joints, Chape- Neonate, Acinetobacter baumannii, fication, Methionine amino-pepti- oo eeeeee ee ee 121 Acinetobacter junii; Arbitrarily dase, Protein phosphorylation, Protein, Mapping, Listeria, Listeria primed PCR, Protein fingerprin- Protein guanylylation ..... 525 monocytogenes ; Identification, ting, Antibiotic susceptibility tes- Phylogenetics, Electron transfer, Fla- Classification, Typing, Taxonomy, ting, Neonatal care, Nosocomial voprotein; Trees, ETF subunits, 2-D electrophoresis ....... 143 ee re ee 457 Relationships ........... 397 Pseudomonas aeruginosa, Bacterio- Nitrogen fixation, Heterocyst, Ana- Phylogenetics, Taxonomy, Propioni- phage, Plasmid, Lysogeny, Alcali- baena, FtsZ; Cell division, ftsZ, bacterium; DNA relatedness, 16S genes eutrophus ; Random insertion Glutathione synthetase, Inactiva- rRNA gene, Biochemical characte- mutagenesis, Transfers, Mutator EE: betSieen Butr Wiikiav. adD a e 445 ristics, “P. rubrum”, P. jensenii, P. phages, Ecology ......... 245 Nitrogen fixation, Rhizosphere, Cys- Ge k's é 60 6te eid 4 51 Pyruvate kinase, Phylogeny; Phos- tic fibrosis, Burkholderia (Pseudo- Phylogenetic tree, Permease, ATP, phorylation, PEP, PPS, PPDK, EI, monas) cepacia, rDNA; Typing, Transport system; Protein se- Phosphotransferase system, B. stea- Taxonomy, Siderophores ... 531 quences, ABC-type permeases, rothermophilus .......... 713 Nucleotide, Adhesion, Sequencing, ATP-binding protein, Bacterial RAPD, Enteritis, Campylobacter ORF, Salmonella ser. Typhi; iagA, SE: o'n'4 5 Boobe0 84 271 jejuni, Campylobacter coli, Campy- iagB, Invasion, HeLa cells, Shi- Phylogeny, Dehydrogenase, Reduc- lobacter lari; Genetic diversity, gella flexneri, ipgF; Note .. 17 tase, Sorbose operon, Homology; Typing, Epidemiology .... 685 OMP, Bacterial growth, Heat-shock SS Peeer re e Te eT 183 RAPD, Listeria monocytogenes ; protein, Brucella melitensis ; Phylogeny, Methylophaga, PCR; 16S Typing, Epidemiology, Compari- Monoclonal antibody, DnaK, Batch rRNA, Methylotrophic bacteria, _.. PURER ERLE LETT 35 .__ SUTEee eee 227 RuMP pathway .......... 543 RAPD, PCR; Reproducibility, DNA OMP, Diarrhoea, Virulence, Campy- Phylogeny, Pyruvate kinase; Auto- concentration, Bis-benzimide lobacter jejuni; Protease matura- phosphorylation, PEP, PPS, PPDK, sonnet RETEL RE EL 561 tion, Fructose 1,6-biphosphate EI, Phosphotransferase system, B. RAPD, Yeast, RFLP; DNA, Diffe- aldolase, Nucleotide sequences, stearothermophilus ....... 713 rentiation, Typing ........ 587 Operon, ORFs, Adhesion .. 467 Pigment, DNA, Fatty acid, Thermus, rDNA, Rhizosphere, Cystic fibrosis, ORF, Adhesion, Nucleotide, Sequen- Thermus scotoductus ; Composition, Burkholderia (Pseudomonas) cepa- INDEX OF ARTICLES PUBLISHED 817 cia, Nitrogen fixation; Typing, Salmonella typhimurium, Ribotyping, Transcription, Toxin, Bacillus anthra- Taxonomy, Siderophores... 531 PCR; rDNA fingerprinting, Epide- cis; Regulation, Recombination, Reductase, Dehydrogenase, Sorbose miology ..... eT 99 Reporter genes ........... 729 operon, Homology, Phylogeny; Sequencing, Adhesion, Nucleotide, Translocation, Cytoplasmic mem- PEPE TTLT Cer 183 ORF, Salmonella ser. Typhi; iagA, brane, Protein, Cytoplasmic folding, RFLP, Bifidobacterium ; Species-spe- iagB, Invasion, HeLa cells, Shi- MalF, Alkaline phosphatase; Inte- cific DNA probes, Site-specific gella flexneri, ipgF; Note .. 17 gral membrane protein, Gene recombinase, Genetic polymor- Serratia marcescens, Bacteriocin fusions, E. coli, Periplasm, Cellular SEB cov ce ccccevseswies 28b; Chromosome, Biotype, Hybri- fusion joints, Chaperones ... 121 RFLP, Listeria monocytogenes ; Sero- dization, Escherichia coli .. 477 Transport system, Permease, ATP, typing, Epidemiology ..... 21 Serratia marcescens, Hospital; Este- Phylogenetic tree; Protein sequences, RFLP, Yeast, RAPD; DNA, Diffe- rase, Biotypes, Zymotypes, Epide- ABC-type permeases, ATP-binding rentiation, Typing ........ 587 SIE «65 S0c10 0K5 0 a 579 protein, Bacterial evolution .. 271 Rhizosphere, Cystic fibrosis, Burk- Shigella, Glycerol-dehydrogenase, Tuberculosis, Glycolipid, Mycobacte- holderia (Pseudomonas) cepacia, Escherichia coli; Differentia- rium tuberculosis; ELISA, Phenolic Nitrogen fixation, rDNA; Typing, GO 6 veveeebcvedaerdda r 787 glycolipids, Serum anti-PGL-tb Taxonomy, Siderophores... 531 Sorbose operon, Dehydrogenase, PULL ETT TS OES 791 Ribotyping, PCR, Salmonella typhi- Reductase, Homology, Phylogeny ; Tuberculosis, Mycobacterium tu- murium ; rDNA fingerprinting, Epi- iv Pee eeT ese eee PRT 183 berculosis; PCR, Diagnosis, ee ee 99 Sporulation, Streptomyces, Protease, BEE cevveerwsbesibas 325 Rickettsia canada, Rickettsiales, Spot- 5-Azacytidine, DNA methylation; Tunicamycin, Cellulase, Clostridum ted fever group, Rickettsia tsutsuga- S. antibioticus .........4.. 721 cellulolyticum, Glycoprotein, Adhe- mushi; 16S rDNA sequencing, PCR, Spotted fever group, Rickettsiales, Ric- sion; Glycosylation, Proteins 251 Phylogenetic analysis ...... 385 kettsia tsutsugamushi, Rickettsia Vaccine, MalE, LamB, pnirB, Salmo- Rickettsia tsutsugamushi, Rickettsiales, canada; 16S rDNA sequencing, nella; Antigenicity, Transformations, Spotted fever group, Rickettsia PCR, Phylogenetic analysis .. 385 Anaerobic expression ...... 193 canada ; 16S rDNA sequencing, Stimulon, Barophile, High pressure, Vibrio cholerae, PCR; Fingerprints, PCR, Phylogenetic analysis .. 385 Stress; Regulation, Deep-sea; AP-PCR, Epidemiology .... 671 Rickettsiales, Spotted fever group, Ric- Mimi-review ........006. 697 Virulence, Aerobactin, Enterobacte- kettsia tsutsugamushi, Rickettsia Streptococcus pyogenes, Adhesion, riaceae, Iron, IgG, IgM; Immuniza- canada ; 16S rDNA sequencing, Invasion, Phagosome, Lysosome; tion, Mouse, Chicken ...... 167 PCR, Phylogenetic analysis .. 385 Streptococci, Endothelial cells, Virulence, Bordetella pertussis, FhaB; rRNA, ARDRA, Corynebacterium ; Epithelial cells, Endosomes, Viru- Gene regulation, Constitutive pro- Culture identification, PCR, Dia- Me waessesewekeeress 551 moter, Filamentous haemagglutinin, CGB... ob ncveeesectes 633 Streptococcus thermophilus, Gluta- Bvg, RNA polymerase ..... 363 rRNA, DNA, Borrelia burgdorferi ; thione reductase; Duplication, gor Virulence, Diarrhoea, Campylobacter Phylogeny, Sequence alignment, Gene, Oxidative stress .... 371 jejuni, OMP;; Protease maturation, 4 raves 415 Streptomyces, Protease, Sporulation, Fructose 1,6-biphosphate aldolase, rRNA, DNA, Mycobacterium; 16S- 5-Azacytidine, DNA methylation; Nucleotide sequences, Operon, 23S spacer, Amplification, RAPD, FT eee 721 ORFs, Adhesion ......... 467 Restriction, Diagnosis ..... 405 Stress, Barophile, High pressure, Sti- Virulence, Haemolysis, Listeria, Liste- Saccharomyces cerevisiae, Invertase, mulon; Regulation, Deep-sea; riolysin O, CAMP reaction; Coope- Electrophoretic mobility, Cell wall; DECOY cc biiccvowss 697 rative haemolysis, Sulphydryl-acti- Immobilization, Glycosylation, Taxonomy, Enterobacteriaceae, Gly- vated toxins, Phospholipases, Mannoproteins .......... 217 cerol; Anaerobiosis, Dihydroxy- Cytolysins, Cholesterol... .. 303 Salmonella, HIV1, gp41, Epitope, acetone, 1,3-Propanediol ... 279 Virulence, Plasmid, Salmonella Flagellin; Live attenuated vaccine, Taxonomy, Phylogenetics, Propioni- dublin ; Incompatibility, Antibio- Humoral immunity, Insertion 203 bacterium; DNA relatedness, 16S grams, Evolution ......... 751 Salmonella, MalE, LamB, pnirB, Vac- rRNA gene, Biochemical characte- Yeast, RAPD, RFLP; DNA, Differen- cine; Antigenicity, Transformations, ristics, “P. rubrum”, P. jensenii, P. tiation, Typing ........... 587 Anaerobic expression ...... 193 EP rr er 51 Salmonella ; Serovars, Taxonomy, Thermus scotoductus, DNA, Fatty acid, Kauffmann-White Scheme .. 799 Pigment, Thermus ; Composition, Salmonella dublin, Plasmid, Viru- DNA homology, Taxonomy, Phylo- lence; Incompatibility, Antibio- genetics, Geothermal impact.. 315 INDEX grams, Evolution ......... 751 Thermus, DNA, Fatty acid, Pigment, OF ARTICLES PUBLISHED Salmonella ser. Typhi, Adhesion, Thermus scotoductus ; Composition, Nucleotide, Sequencing, ORF; DNA homology, Taxonomy, Phylo- iagA, iagB, Invasion, HeLa cells, genetics, Geothermal impact.. 315 Shigella flexneri, ipgF ; Note 17 Tn3, Phage Mu, IS/0/, DNA transpo- Original articles: Salmonella typhimurium, Bile salt, sition, Illegitimate recombination; The Escherichia coli DNA-binding Detergent; Mutants, Transpositio- Host integration factor ..... 601 protein H-NS is one of the first pro- nal mutagenesis, Detergent and Toxin, Bacillus anthracis, Transcrip- teins to be synthesized after a nutri- antibiotic resistance, OMP, LPS, tion; Regulation, Recombination, tional upshift, C. LAURENT-WInTER, P. Reporter genes ........... 729 LeJEUNE and A. DANCHIN .... 5 818 RESEARCH IN MICROBIOLOGY Nucleotide sequence of iagA and iagB mapping, T. GorMoN and L. PHAN- V. Kryvov, C. MERLIN and A. Tous- genes involved in invasion of HeLa EE 4 stiece6tnh eueed-s < 143 GU: as ccekseewenevee s 245 cells by Salmonella enterica subsp. Usefulness of omp/ restriction map- The effects of tunicamycin on secre- enterica ser. Typhi, I. Miras, D. ping for avian Chlamydia psittaci tion, adhesion and activities of the HERMANT, N. ArricaAu and M.Y. isolate differentiation, C. SAYADA, cellulase complex of Clostridium cel- rerar eee 17 A.A. ANDERSEN, C. STOREY, A. lulolyticum, ATCC 35319, A. GEHIN Evaluation of a restriction fragment MiLon, F. Es, N. HASHIMOTO, and H. PETITDEMANGE ....... 251 length polymorphism typing method K. Hirai, J. ELion and E. DENa- Phylogenetic analyses of the ATP-bin- for Listeria monocytogenes, A.M. Se és ddoetse eeteseew s 155 ding constituents of bacterial extracy- PE Sa ccdusdvedeedys 21 Results of passive and active immuni- toplasmic receptor-dependent ABC- Typing Listeria monocytogenes: a zation directed against ferric aero- type nutrient uptake permeases, G. comparison of random amplification bactin in experimental enterobacte- Kuan, E. Dassa, W. SAurin, M. Hor- of polymorphic DNA with 5 other rial infections in mice and NUNG and M.H. Saier, Jr.... . 271 methods, P. BogERLIN, E. BANNER- chickens, D. LE Roy, C. CrouzZigr, Taxonomic diversity of anaerobic gly- MAN, F. IscHer, J. Rocourt and J. M. Duo-Mouin , A.-S. DUMONT, A. cerol dissimilation in the Enterobac- ME A ebessedrasoeeuban 35 Boucuet, J.-P. LAFonT and A. teriaceae, O.M.M. Bouvet, P. Reclassification of “Propionibacte- pS ee 167 LENORMAND, E. AGERON and P.A.D. rium rubrum” as P. jensenii, A.F. de Shedding of antibiotic-resistant mem- er oe eae 279 CARVALHO, S. GUEZENEC, M. GAu- bers of the family Enterobacteria- Purification, properties and DNA TIER and P.A.D. Grimont ... 51 ceae in healthy residents of France sequence of the D-lactate dehydro- Selection of species-specific DNA and Jordan, E. CHacuaty, M.T. genase from Leuconostoc mesente- probes which detect strain restric- Yousser, C. Bourneix and A. roides subsp. cremoris, V. DaR- tion polymorphism in four Bifido- PR 5 o's 6 ees tse’ 175 Tois, V. PHALIP, P. Scumitt and C. bacterium species, I. MANGIN, N. PER a csdbesbeneneeee 291 Bourcet, J.-M. Simonet and B. Letter to the Editor: The sulphydryl-activated cytolysin a errr s er 59 Sorbose-1-P reductase (SorE) and the and a sphingomyelinase C are the Antimicrobial activity of 9-oxo and glucitol-6-P dehydrogenase (SorD) major membrane-damaging factors 9-thio acridines: correlation with of the Klebsiella pneumoniae L- involved in cooperative (CAMP- intercalation into DNA and effects sorbose operon belong to the zinc- like) haemolysis of Listeria spp, on macromolecular biosynthesis, dependent dehydrogenase family M.T. Ripio, C. GEOoFFROY, G. A. Crémieux, J. CHEVALIER, D. and the short chain alcohol dehy- DominGuez, J.E. ALour and J.A. SHARPLES, H. Berny, A.M. GALy, drogenase family, respectively, J. VAZQUEZ-BOLAND ........ 303 P. BRouant, J.P. Gacy and J. Reizer, A. Reizer and M.H. SAigr, DNA:DNA hybridization and chemo- a reee ee ee 73 eSee e e ees 183 taxonomic studies of Thermus sco- Polymerase chain reaction (PCR) for toductus, S. TENREIRO, M.F. Nosre, detection of pathogenic microorga- Original articles: B. Hoste, M. Giuuis, J.K. Krist- nisms in bacteriological monito- Studies of the anaerobically induced JANSSON and M.S. Da Costa 315 ring of dairy products, M. ALL- promoter pnirB and the improved Mycobacterium tuberculosis strains MANN, C. HOFELEIN, E. KOppe, J. expression of bacterial antigens, unidentified using the IS6//0 Lituy, R. Meyer, C. NiIEDERHAU- S.M.C. Newton, P.E. Kiessa, M. probe can be detected by oligonu- SER, B. WEGMOLLER and U. Can- Hornunc and A. CHarsir .. 193 cleotides derived from the Mt308 Pree errr 85 Expression and immunogenicity of an sequence, D. THIERRY, P. CHAVA- Epidemiological evaluation by PCR 18-residue epitope of HIV1 gp4l ROT, G. MARCHAL, K.T. Le THI, ribotyping of sporadic and outbreak- inserted in the flagellar protein of a M.L. Ho, N.L. Nouyen, N.V. Le, associated strains of Salmonella Salmonella live vaccine, S.M.C. S. Lepru, F. FumMoux and J.L. enterica serotype Typhimurium, A. Newton, T.M. Joys, S.A. ANDER- Pwrrre r r te 325 Nastasi and C. MAMMINA ... 99 sON, R.C. KENNeDYy, M.E. Hovi and Association between different clini- Convergent evolution of amino acid Fee eererrr e 203 cal manifestations of Lyme disease usage in archaebacterial and eubac- Electrophoretic mobility of external and different species of Borrelia terial lineages adapted to high salt, invertase from free and gel-immo- burgdorferi sensu lato, T. BAL- M. GANpBHIR, I. RASCHED, P. MAr- bilized yeast cells, E. De ALTErus, MELLI and J.-C. PIFFARETTI .. 329 LIERE and R. MuTZzEL....... 113 J. Zueco, H. Rico, R. SENTANDREU Cloning of a novel polymorphic GC- Synthetic competition between cyto- and P. PARASCANDOLA ..... 217 rich repetitive DNA from Mycobac- plasmic folding and translocation of Growth phase-dependent variations in terium bovis, F. Bici, M.I. ROMANO, a soluble membrane protein domain, the outer membrane protein profile A. Auito and A. CaTaLpi... 341 K. UHLAND, T. ZANDER and M. Exr- of Brucella melitensis, T. GALLOT- Rapid identification of Mycobacte- GE wav eckerdsseedecns 121 LAVALLEE, M.S. ZyGMuNT, A. rium xenopi from bacterial colonies Involvement of a single periplasmic CLOECKAERT, G. BEZARD and G. or “Bactec” culture by the polyme- hydrogenase for both hydrogen eeee ee eee 227 rase chain reaction and a lumines- uptake and production in some Development of a species-specific cent sandwich hybridization assay, Desulfovibrio species, E.C. Hatcui- probe for Mycobacterium xenopi, M. M. FauviL_te-Duraux, N. Mags, E. KIAN, N. ForGcet, A. BERNADAC, D. PICARDEAU and V. VINCENT .. 237 SEVERIN, C. FARIN, E. Serruys, M. ALAZARD and B. OLLIvieER ... 129 Introduction of Pseudomonas aerugi- STRUELENS, N. Younes, J.-P. VINCKE, Identification and classification of Lis- nosa mutator phage D3112 into M.-J. De Vos, A. BOLLEN and E. teria by two-dimensional protein Alcaligenes eutrophus strain CH34, POTEET TTC 349