Research in Microbiology 1992: Vol 143 Index

19 Pages·1992·8 MB·English

INDEX OF AUTHORS
AGERON, E. — See RIEGEL, P. olytic Escherichia coli with particular refer-
ALDEN, M. — See Oxwumasua, O. ence to production of cytotoxic necrotizing
A.onso, M.P. — See BLAnco, J. Se GD BF GREED cna cdccccccccsons 869
A.soycan, N., ATAOGLU, H. and SAGANAK, I. Bianco, J.E. — See Bianco, J.
— The antigenic relationship between Can- Bianco, M. — See Bianco, J.
dida tropicalis and Escherichia coli (O 75, BocKEMUHL, J. — See Poporr, M.Y.
O 163) and Salmonella serotype Aberdeen BoHNERT, M., Ditasser, F., DALET, C., MEN-
EN fd DEAE KE Sarees 2-0-6%:0:5-0o b 533 GAUD, J. and Cossart, P. — Use of specif-
ASHWORTH, S. — See TuLty, M. ic oligonucleotides for direct enumeration
ATAOGLU, H. — See Axsoycan, N. of Listeria monocytogenes in food samples
AUDURIER, A. — See Mazurier, S.-I. by colony hybridization and rapid detection
AVITABILE, A. — See LimaAuro, D. SP EE ce baWek ciwe ne deentateenvee o s 271
Baer, H.H. — See Lasz_o, A. Bo.Let, C. — See de LAMBALLERIE, X.
Bas, J., GRABOwsKA, I. and MARKIEwiIcz, Z. BonaLy, R. — See BENALLAOUA, S.
— N-unsubstituted glucosamine residues BourceTt, N. — See Dary, A.
and other modifications in murein of the BRADBEER, C. — See WEI, B.-Y.
obligatory chemolithotroph Thiobacillus Bricos, C.E., KHANDEKAR, S.S. and JAcoBson,
RSAr e eae 47 G.R. — Structure/function relationships in
Barsour, A.G. — See BERGSTROM, S. the Escherichia coli mannitol permease:
BarsBour, A.G. — See WiIskE, B. identification of regions important for
BARRERA, L. — See LASZLo, A. membrane insertion, substrate binding and
BASSFORD, P.J. — See PENN, C.W. Se esac ai Deeeebe ees 139
BEBEAR, C. — See Douet, J.P. Brown, I.N. — See Coker, R.J.
BEppoE, A.M. — See Natu, K. Bruni, C.B. — See Limauro, D.
BEGAUD, E. and GERMANI, Y. — Detection of Bruni, C.B. — See LaviToa, A.
enterotoxigenic Escherichia coli in faecal BurMAN, N. — See WiskeE, B.
specimens by acetylaminofluorene-labelled CaPpARON, M.G. — See PEREZ-CASAL, J.
Ce <. ieee ee cethGheearesnc e 315 CaRBONETTI, N.H. — See Gross, R.
BENALLAOUA, S., COULON, J. and BonaLy, R. CARVALHO, M.A.R. — See Farias, L.M.
— Membrane phospholipid composition in CasTROVIEJO, M. — See Douet, J.P.
Saccharomyces uvarum cells grown in the CAUDWELL, A. and KuszALa, C. — Mise au
presence of subinhibitory doses of am- point d’un test ELISA sur les tissus de
photericin B and desertomycin ........ 695 vignes atteintes de flavescence dorée ... 791
BERGBRANT, I.-M., IGERuD, A. and Norpn, P. CHARON, N.W., GREENBERG, E.P., KOOPMAN,
— An improved method for quantitative M.B.H. and LimBerGeR, R.J. —
culture of Malassezia furfur .......... 731 Spirochete chemotaxis, motility, and the
BERGSTROM, S., GARON, C.F., BARBOUR, structure of the spirochetal periplasmic
A.G. and MacDoucGALL, J. — Extra- rerree eer eee 597
chromosomal elements of spirochetes . 623 CHATTERJEE, D. — See Orme, I.M.
BERGSTROM, S. — See WILskE, B. CHICHE-PoORTICHE, C. — See TEYSSEIRE, N.
BERMUDEZ, L.E.M. — See Youna, L.S. CHIURAZzI, M. — See Moreno, S.
Biss, W.F. — See Matar, G.M. CISALPINO, E.O. — See Farias, L.M.
Bianco, J., BLANCO, M., ALonso, M.P., Coker, R.J., HELLYER, T.J., BRown, I.N. and
BLANcOo, J.E., GoNZzALEz, E.A. and Weser, J.N. — Clinical aspects of
GARABAL, J.I. — Characteristics of haem- mycobacterial infections in HIV infection 377
INDEX OF AUTHORS
Cote, S.T. — See Heym, B. FONTANA, A. — See Guiraup, J.P.
Co..iins, F.M. — Mycobacteria as cofactors Frey, J. — Construction of a broad host
in AIDS range shuttle vector for gene cloning and
CoLMIN, C. — See Pépay, M. expression in Actinobacillus pleuripneumo-
Cooper, S. — See KEAsSLING, J.D. niae and other Pasteurellaceae
CorRNELIS, P. — See Grimont, F. FUKUNAGA, M. — See Penn, C.W.
CossarT, P. — See BoHNerT, M. Furuno, A. — See Kato, M.
Couperc, F. — See De Briet, D. GALLION, C. — See De Briet, D.
Cou.Lon, J. — See BENALLAOUA, S. GARABAL, J.I. — See BLAnco, J.
Courcoux, P. — See Lasicne, A. Garon, C.F. — See BErGsTROM, S.
Da.et, C. — See BOHNeERT, M. Gay, R. — See GeLHayeg, E.
DaAMASCENO, C.A.V. — See Farias, L.M. GELHAYE, E., PETITDEMANGE, H. and Gay, R.
DANCHIN, A. — See ZENG, G.Q. — Characteristics of cellulose colonization
Dary, A., BourGeTt, N., Girarp, N., SIMONET, by a mesophilic; cellulolytic Clostridium
J.-M. and Decaris, B. — Amplification of (strain C401)
a particular DNA sequence in Streptomyces Georces, A.J. — See RENoM, G.
ambofaciens RP 181110 reversibly prevents GERMANI, Y. — See BEGaup, E.
spiramycin production Gervais, P. — See Mo.in, P.
Davet, T. — See Mo in, P. GHEKARDINI, P. — See Paotozzi, L.
Davip, H.L. — See Laszio, A. GHIGO, J.-M. and WANDERSMAN, C. — A
Davip, H.L. — See Luguin, M. fourth metalloprotease gene in Erwinia
Davip, H.L. — See Papa, F. chrysanthemi 857
Davies, J. — See SALAuze, D. GIAMMANCO, G. — See PiGNaTO, S.
De Brig_, D., CouperRc, F., RieGet, P., GAL- GICQUEL, B. — See MENpIOLA, M.V.
LION, C., LANGs, J.-C. and JEHL, F. — GIRARD, N. — See Dary, A.
Contribution of high-performance liquid GIZATULLIN, F.S. and Lyozin, G.R. — The
chromatography to the identification of origin of His* revertants of Salmonella
some Corynebacterium species by compar- typhimurium obtained on selective medium 711
ison of their corynomycolic acid patterns GoseL, U. — See SAInt Girons, I.
De Brie_, D. — See RieceEt, P. GONZALEZ, E.A. — See BLANco, J.
De GaspErRI, C. — See Pésay, M. Goren, M.B. — See Laszzio, A.
De Reuse, H. — See ZENG, G.Q. GouGEon, M.L. and Montaanigr, L. — New
concepts in the mechanisms of CD4* lym-
Decaris, B. — See Dary, A.
Decaris, B. — See PEBay, M. phocyte depletion in AIDS, and the in-
Derez, R. — See Moreno, S. fluence of opportunistic infections
DENAMUR, E. — See Picarp, B. GouLLet, P. — See Picarp, B.
Devin, D. — See Natu, K. GRAYON, M. — See GRIMONT, F.
GresowskA, I. — See Bag, J.
Dewitt, W. — See Matar, G.M.
GREENBERG, E.P. — See CHARON, N.W.
DiLasser, F. — See BOHNERT, M.
GRIMONT, F., VERGER, J.M., CORNELIS, P.,
Dopin, A. — See Douet, J.P.
DonkKERSLOOT, J.A. — See THOMPSON, J. Limet, J., LEFEVRE, M., Grayon, M.,
Douset, J.P., CAsTROoviEJO, M., Dopin, A. and REGNAULT, B., Van Broeck, J. and
GriMontT, P.A.D. — Molecular typing of
BéBEAR, C. — Purification and characteri-
Brucella with cloned DNA probes
zation of Kanagawa haemolysin from
GRIMONT, F. — See PIGANTO, S.
Vibrio parahaemolyticus
GRIMONT, F. — See Scigeux, C.
Dunn, J. — See PENN, C.W.
GrIMonT, P.A.D. — See Grimont, F.
Epmonps, P. — See Oxwumasua, O.
GriIMONT, P.A.D. — See PIGANTO, S.
E.iner, J.J. — See WA tis, R.S.
GrRIMONT, P.A.D. — See RIEGEL, P.
ELMERICH, C. — See ZEMAN, A.M.M.
GRIMONT, P.A.D. — See SciEux, C.
Espin, C. — See Moreno, S.
Gross, R., CARBONETTI, N.H., Rossi, R. and
Farias, L.M., CARVALHO, M.A.R., DAMASCE-
RAPPUOLI, R. — Functional analysis of the
No, C.A.V., CISALPINO, E.O. and VIEIRA,
pertussis toxin promoter
E.C. — Bacteriocin-like activity of Bac-
GuEpDon, G. — See PéBay, M.
teroides fragilis group isolated from mar-
GuiRAuD, J.P. and Fontana, A. — Isolement
mosets
et caractérisation d’un mutant floculant de
FERNANDEZ-LAGo, L. — See Vizcaino, N.
Saccharomyces diastaticus
Fixric, E. — See Simon, M.
HANDZEL, V. — See LAsz.o, A.
FiscHeTttT!, V.A. — See Pozzi, G.
HELLER, T.J. — See Coker, R.J.
FitzGEORGE, R.B. — See Tutty, M.
4 RESEARCH IN MICROBIOLOGY
HELsEL, L. — See Matar, G.M. KoopMAN, M.B.H. — See CHARON, N.W.
HERMANS, P.W.M. — See Van EMBDEN, KRULWICH, T.A. — See Ivey, D.M.
J.D.A. KuBITSCHEK, H.E. — See Pal, S.R.
Heym, B. and Coxe, S.T. — Isolation and Kunze, Z.M. — See McFappen, J.J.
characterization of isoniazid-resistant mu- KuszALa, C. — See CAUDWELL, A.
tants of Mycobacterium smegmatis and M. LABIGNE, A., Courcoux, P. and TompkKINs, L.
Sie vehew ee uve whGy et is ¢ a 06 kde 721 — Cloning of Campylobacter jejuni genes
HINDERSSON, P., THomas, D., STAMM, L., required for leucine biosynthesis, and con-
PENN, C., Norris, S. and Jogens, L.A. — struction of /eu-negative mutant of C. jeju-
Interaction of spirochetes with the host 629 ni by shuttle transposon mutagenesis ... 15
Hiraca, S. — See IMAMuRA, R. LABROUSSE, V. — See McFappen, J.J.
HorFrner, S.E., KALLENIUS, G. and SvENSON, de LAMBALLERIE, X., ZANDOTTI, C., VIGNOLI,
S.B. — Control of disease progress in C., BoLttet, C. and de Micco, P. — A
Mycobacterium avium-infected AIDS pa- one-step microbial DNA extraction method
tients 391 using ‘‘Chelex 100’’ suitable for gene am-
Hocan, J. — See Okwumasua, O. plification 785
HorssurGH, C.R., Jr — Epidemiology of LAMBERTI, A. — See Moreno, S.
mycobacterial diseases in AIDS ....... 372 Lancs, J.-C. — See De Brie, D.
Hunter, S. — See VINgs, A. Lasz_o, A., BaAgeR, H.H., Goren, M.B.,
Huot, E. — See MgGuHrous, J. HANDZEL, V., BARRERA, L. and de Kan.
IACCARINO, M. — See Moreno, S. ToR, I.N. — Evaluation of synthetic pseu-
IGERUD, A. — See BERGBRANT, I.-M. do cord-factor-like glycolipids for the
IMAMURA, R., Niki, H., KiITaAoka, M., serodiagnosis of tuberculosis .......... 217
YAMANAKA, K., OcuraA, T. and Hiraaa, S. Lasz_o, A., Papa, F. and Davin, H.L. —
— Characterization of high molecular Thin-layer chromatography systems for the
weights of complexes and polymers of identification of Mycobacterium tubercu-
cytoplasmic proteins in Escherichia coli 743 losis, M. bovis BCG, M. kansaii, M. gas-
INDERLIED, C.B. — See Youna, L.S. pf 0 ee ee ee 519
Ivey, D.M. and Krutwicu, T.A. — Two un- LAVITOLA, A., VANNI, M., MArTIN, P.M.V.
related alkaliphilic Bacillus species possess and Bruni, C.B. — Cloning and charac-
identical deviations in sequence from those terization of a Neisseria gene homologous
of other prokaryotes in region F,) proposed to hisJ and argT of Escherichia coli and
to be involved in proton translocation Salmonella typhimurium ............. 295
through the ATP synthase ............ 467 LEFEBVRE, R. — See Simon, M.
JACOBSON, G.R. — Interrelationships between LEFEVRE, M. — See Grimont, F.
protein phosphorylation and oligomeriza- LeEMIERE, J.P. — See Mo.in, P.
tion in transport and chemotaxis via the Es- Limauro, D., AVITABILE, A., PUGLIA, A.M.
cherichia coli mannitol phosphotransferase and Bruni, C.B. — Further characteriza-
. daoadcens baub0bss bai aueene es 113 tion of the histidine gene cluster of Strep-
JAcoBsON, G.R. — See Briacas, C.E. tomyces coelicolor A3(2): nucleotide
JEHL, F. — See De Brie, D. sequence and transcriptional analysis of
JEHL, F. — See RIEGEL, P. NE REA Sa Heat ne a> FO are me 683
Jorens, L.A. — See HINDERsSsON, P. LIMBERGER, R.J. — See CHARON, N.W.
KADNER, R.J. — See WEI, B.-Y. Limet, J. — See GrIMONT, F.
KALLENIUS, G. — See Horrner, S.E. Luquin, M., Papa, F. and Davin, H.L. —
de Kantor, I.N. — See Lasz_o, A. Identification of sulpholipid I by thin-layer
Kato, M. and Furuno, A. — Unusual struc- chromatography in the rapid identification
ture of plasmid DNA formed in transfor- of Mycobacterium tuberculosis ........ 225
mants of Escherichia coli ............. 665 Luquin, M. — See Papa, F.
KEASLING, J.D., PALSSonN, B.O. and Cooper, Lyozin, G.R. — See GIZATULLIN, F.S.
S. — Replication of mini-F plasmids dur- MacDouGALL, J. — See BERGSTROM, S.
ing the bacterial division cycle ........ 541 McFappen, J.J., KUNZE, Z.M., PorTAELS, F.,
KENNEDY, I.R. — See ZEMAN, A.M.M. LaBRouSSE, V. and Rastoci, N. —
KHANDEKAR, S.S. — See Briaas, C.E. Epidemiological and genetic markers, viru-
KiriMAT, M. — See RENom, G. lence factors and intracellular growth of
KITAOKA, M. — See IMAmuRA, R. Mycobacterium avium in AIDS .......
KLEMM, P. — FimC, a chaperone-like McFappen, J.J. — See Rastoai, N.
periplasmic protein of Escherichia coli in- McWuorter-Mur.in, A. — See Poporr, M.Y.
volved in biogenesis of type 1 fimbriae . MAHADEVAN, A. — See Prasu, S.K.
INDEX OF AUTHORS
MAHADEVAN, A. — See VASUDEVAN, N. NELson, D.R. — See PENN, C.W.
MANGANELLI, R. — See Pozzi, G. Niki, R. — See IMAMuRA, R.
MarkKIEwicz, Z. — See Bag, J. Norpin, P. — See BERGBRANT, I.-M.
MARQUET-Van der MEE, N. — See MAzurIER, Norris, S. — See HINpERsson, P.
S.-I. Norris, S. — See Saint Girons, I.
MartTINn, C. — See MENDIOLA, M.V. NOTERMANS, S. — See Mazurier, S.-I.
MartTIN, P.M.V. — See Lavitora, A. OccIon1I, M.R. — See Pozzi, G.
MartTINn, P.M.V. — See RENom, G. Ocura, T. — See IMAMURA, R.
Matar, G.M., Biss, W.F., HeLsex, L., OKWUMABUA, O., SWAMINATHAN, B., EDMONDs,
Dewitt, W. and SWAMINATHAN, B. — Im- P., WENGER, J., HOGAN, J. and ALDEN, M.
munoaffinity purification, stabilization and — Evaluation of a chemiluminescent DNA
comparative characterization of listerioly- probe assay for the rapid confirmation of
sin O from Listeria monocytogenes sero- Listeria monocytogenes
types 1/2a and 4b OrEKHOV, A.V. — See ZoTcHEV, S.B.
MazurIier, S.-I., AUDURIER, A., MARQUET-Van OrFILA, J. — See Picarp, B.
der Mee, N., NoTerMAns, S. and Wer- Orme, I.M. and CHATTERJEE, D. — Antibody
NARS, K. — A comparative study of ran- levels to the type-specific glycopeptidolipid
domly amplified polymorphic DNA antigens of Mycobacterium avium in
analysis and conventional phage typing for homosexual men: possible implications
epidemiological studies of Listeria OTAL, I. — See MENDIOLA, M.V.
monocytogenes isolates 507 Pai, S.R. and KuspitscHek, H.E. — Catabolic
MazvuRieR, S.-I. and WEeRNARS, K. — Typing pools in Escherichia coli
of Listeria strains by random amplification PALsson, B.O. — See KEAsLING, J.D.
of polymorphic DNA 499 PAOLozzi, L. and GHELARDINI, P. — A case of
Mecurous, J., Huot, E., QuITTELIER, M. and lysogenic conversion: modification of cell
PETITDEMANGE, H. — Regulation of nisin bio- phenotype by constitutive expression of the
synthesis by continuous cultures and by rest- Mu gem operon
ing cells of Lactobacillus lactis subsp. lactis Papa, F., Luquin, M. and Davin, H.L. —
MENDIOLA, M.V., Martin, C., OTAL, I. and DOT-ELISA for detection of phenolic
GICQUEL, B. — Analysis of the region glycolipid PGL-Tb1 and diacyl-trehalose
responsible for 1IS6//0 RFLP in a single antigens of Mycobacterium tuberculosis
Mycobacterium tuberculosis strain Papa, F. — See Laszio, A.
MENEFEE, B. — See Simon, M. Papa, F. — See Luquin, M.
MENGAUD, J. — See BOHNERT, M. Parr, T.R., Jr. and Sarer, M.H., Jr. — The
Meyer, J. — See SAINT Girons, I. bacterial phosphotransferase system as a
Meza, R. — See Moreno, S. potential vehicle for the entry of novel an-
de Micco, P. — See de LAMBALLERIE, X. tibiotics
MILWARD, F. — See Simon, M. Parsot, G. — Identification of a /acZ gene in
Minck, R. — See RIEGEL, P. Vibrio cholerae
MIRELMAN, D. — See VERDON, R. PATRIARCA, E.J. — See Moreno, S.
MITCHELL, W.J. — Carbohydrate assimilation PéBay, M., CoLMIN, C., GUEDON, G., De
by saccharolytic clostridia GASPERI, C., Decaris, B. and SIMONET,
Mo.In, P., Gervais, P., LemMiéreE, J.P. and J.M. — Detection of intraspecific DNA
Davet, T. — Direction of hyphal growth: polymorphism in Streptococcus salivarius
a relevant parameter in the development of subsp. thermophilus by a homologous
filamentous fungi rRNA probe
MONTAGNIER, L. — See GOUGEON, PELEGRIN, M. — See RIEGEL, P.
MontEIL, H. — See RIEGEL, P. PENN, C.W., BASSFORD, P.J., YELTON, D.B.,
Moreno, S., PATRIARCA, E.J., CHIURAZZI, M., Dunn, J., NELSON, D.R., FUKUNAGA, M.
Meza, R., DeFez, R., LAMBERTI, A., RIC- and STANEK, G. — Genetic approaches to
cio, A., IACCARINO, M. and Espin, G. — cell biology and metabolism of spirochetes
Phenotype of a Rhizobium leguminasorum PENN, C. — See HINDERSSON, P.
ntrC mutant PEREZ-CASAL, J., CAPARON, M.G. and Scott,
Moriarty, K.M. — See VALENTIN-WEIGANG, J.R. — Introduction of the emmé6 gene into
P. an emm-deleted strain of Streptococcus
Natu, K., DevLin, D. and BEppogz, A.M. — pyogenes restores its ability to resist
Heterogeneity in restriction patterns of phagocytosis
Gardnerella vaginalis isolates from in- PETITDEMANGE, H. — See GELHAYE, E.
dividuals with bacterial vaginosis PETITDEMANGE, H. — See MeEGuHrous, J.
6 RESEARCH IN MICROBIOLOGY
PHILIPPE, J.C. — See RENom, G. RieGce., P. — See De Brie, D.
PicarD, B., DENAMUR, E., SourIAU, A., OrFi- Rosinson, J. — See Simon, M.
LA, J., RODOLAKIs, A. and GouLLet, P. — Ropo.akis, A. — See Picarp, B.
Enzyme electrophoretic polymorphism Romo, A.J., Rusy, E.G. and Saier, M.H., Jr.
differentiates invasive from non-invasive — Effect of Bdellovibrio bacteriovorus in-
Chlamydia psittaci ruminant isolates .. . 525 fection on the phosphoenolpyruvate: sugar
PiGNaATO, S. and GiIAMMANCO, G. — Pyrazin- phosphotransferase system in Escherichia
amidase activity in Enterobacteriaceae . 773 coli: evidence for activation of cytoplasmic
PIGNATO, S., GIAMMANCO, G., GRIMONT, F. TTTTTT TT eT ri Te
and Grimont, P.A.D. — Molecular typing Rook, G.A.W. and VyYAKARNAM, A. —
of Salmonella enterica subsp. enterica sero- Cytokines, lymphokines, mycobacteria and
var Wien by rRNA gene restriction patterns 703 AIDS
Popvin, L. and Steinmetz, M. — A degU- Rosa, P.A. — See WiskE, B.
containing SP$ prophage complements su- Rossi, R. — See Gross, R.
peractivator mutations affecting the Bacil- Rusy, E.G. — See Romo, A.J.
lus subtilis degSU operon ............ 559 SAGANAK, I. — See Axsoycan, N.
Poisson, D.M. — Novobiocin, brilliant green, Saier, M.H., Jr — See Parr, T.R., Jr.
glycerol, lactose agar: a new medium for Sarer, M.H., Jr — See Romo, A.J.
the isolation of Salmonella strains ..... 211 SAINT GiRONS, I., Norris, S.J., GOset, U.,
PopoFF, M.Y., BockEMUHL, J. and Meyer, J., WALKER, E.M. and ZUERNER,
McWuorter-Muirn , A. — Supplement R. — Genome structure of spirochetes . 615
1991 (no. 35) to the Kauffmann-White SALAuze, D. and Davies, J. — Transcription-
DEE Sth drei aecbi dns chee ea wi soe 807 al mapping of the promoter of the
PorTAELS, F. — See McFAppen, J.J. aminoglycoside acetyltransferase gene
Pozzi, G., OGGIONI, M.R., MANGANELLI, R. (aacC9) of neomycin-producing
and FiscHett1, V.A. — Expression of M6 Micronospora chalcea ..........6..005. 133
gene of Streptococcus pyogenes in Strep- SANSONETTI, P.J. — See VERDON, R.
tococcus gordonii after chromosomal in- ScHouLs, L. — See Simon, M.
tegration and transcriptional fusion .... 449 ScuHrempr, H. — See Zortcuev, S.B.
Prasu, S.K. and MAHADEVAN, A. — Hybridi- ScCHWAN, T. — See WILSKE, B.
zation of transposon Tn50/ for detection Scieux, C., GRIMONT, F., REGNAULT, B. and
of mercury resistance sequences in a marine Grimont, P.A.D. — DNA fingerprinting
environment 341 of Chlamydia trachomatis by use of
PucGLia, A.M. — See Limauro, D. ribosomal RNA, oligonucleotide and ran-
QUITTELIER, M. — See MEGuHRous, J. domly cloned DNA probes ........... 755
RAOouLT, D. — See Teysseire, N. Scott, J.R. — See Perez-CasaL, J.
RAPPUOLI, R. — See Gross, R. SHARPE, S.A. — See Tuy, M.
RASMUSSEN, K.V. — See Von FREIESLEBEN, U. SHIRATSUCHI, H. — See WALLIS, R.S.
RastoGci, N. and McFappen, J.J. — Simon, M., MILWarp, F., LEFEBVRE, R.,
Mycobacteria and AIDS: epidemiological Scuou.s, L., Fikric, E., WASMOEN, T.,
and genetic markers, virulence factors and Stover, K., MENEFEE, B. and Rosinson, J.
interactions with the immune system. In- — Spirochetes: vaccines, animal models
troduction 361 Ne SE 5 n5.50e 0td5 dc :ed3e 4ee e. 641
ene Cee 62SEC O.82.e 6 8S £16 0.86 6 6 8 6 8.8
Rastoci, N. — See McFappen, J.J. SIMONET, J.-M. — See Dary, A.
Reeves, M.W. — See Vines, A. Simonet, J.-M. — See Pésay, M.
REGNAULT, B. — See Grimont, F. SMALL, P.M. — See Van EmppEN, J.D.A.
REGNAULT, B. — See Scigux, C. SoLDATOVA, L.I. — See ZotcueEv, S.B.
RENOM, G., KIRIMAT, M., GeEorGEs, A.J., Souriau, A. — See Picarp, B.
PHILIPPE, J.C. and Martin, P.M.V, — SOUTSCHEK, E. — See Witske, B.
High levels of anti-Campylobacter-flagellin STAMM, L. — See HINpersson, P.
IgA antibodies in breast milk ......... 93 STANEK, G. — See PENN, C.W.
ReEsTREPO, B.I. — See WitskeE, B. STEINMETz, M. — See Popvin, L.
Riccio, A. — See Moreno, S. Stover, K. — See Simon, M.
RIEGEL, P., Grimont, P.A.D., De Brigt, D., Svenson, S.B. — See Horrner, S.E.
AGERON, E., JEHL, F., PELEGRIN, M., SWAMINATHAN, B. — See Matar, G.M.
MonteiL, H. and Minckx, R. — Coryne- SWAMINATHAN, B. — See OkwuMABUA, O.
bacterium group D2 (‘‘Corynebacterium SWAMINATHAN, B. — See VINES, A.
urealyticum’’) constitutes a new genomic TcHAN, Y.T. — See ZEMAN, A.M.M.
species TEYSSEIRE, N., CHICHE-PoRTIQUE, C. and
INDEX OF AUTHORS
RAOouLT, D. — Intracellular movements of WALKER, E.M. — See Saint Girons, I.
Rickettsia conorii and R. typhi based on ac- WALLICH, R. — See Witske, B.
tin polymerization WALLIs, R.S., ELLNER, J.J. and SHIRATSUCHI,
Tuomas, D. — See HINpeErsson, P. H. — Macrophages, mycobacteria and
THOMPSON, J. and DonxeErsLoot, J.A. — Bio- HIV: the role of cytokines in determining
synthesis and distribution of N-carboxyal- mycobacterial virulence and regulating viral
kyl amino acids (opines) in bacteria ... replication
Tompkins, L. — See Lasicne, A. WANDERSMAN, C. — See Guico, J.-M.
TuLty, M., SHARPE, S.A. and AsHwortH, S. WaASMOEN, T. — See Simon, M.
— Transposon mutagenesis in Legionella WEBER, J.N. — See Coker, R.J.
pneumophila. — |. Persistence of suicide WeI, B.-Y., BRADBEER, C. and KApneR, R.J.
and broad host-range plasmids — Conserved structural and regulatory
TuLty, M., WiLLiams, A. and FITZGEORGE, regions in the Salmonella typhimurium
R.B. — Transposon mutagenesis in btuB gene for the outer membrane vitamin
Legionella pneumonia. — Il. Mutants ex- B,, transport protein
hibiting impaired intracellular growth wi- WENGER, J. — See Oxwumasua, O.
thin cultured macrophages and reduced WERNARS, K. — See Mazurier, S.-I.
virulence in vivo WILLiaMs, A. — See TuLty, M.
VALENTIN-WEIGAND, P. and Moriarty, K.M. WILsKE, B., BARBouR, A.G., BERGSTROM, S.,
— Mycobacterium paratuberculosis binds BuRMAN, N., REsTREPO, B.I., Rosa, P.A.,
fibronectin SCHWAN, T., SOUTSCHEK, E. and WALLICH,
Van Broecx, J. — See GrIMonT, F. R. — Antigenic variant and strain heter-
Van Emppen, J.D.A., Van Soo.incen, D., ogeneity in Borrelia spp. ............. 583
SMALL, P.M. and HerRMaANs, P.W.M. — Wu, L.-F. — Putative nickel-binding sites of
Genetic markers for the epidemiology of microbial proteins 347
tuberculosis 385 YaskO, D.M. — In vitro activity of an-
Van Soo.incen, D. — See Van EmsBpDEN, timicrobial agents against the Mycobacteri-
J.D.A. um avium complex inside macrophages
VANNI, M. — See Lavitota, A. from HIV1-infected individuals: the link to
VASUDEVAN, N. and MAHADEVAN, A. — clinical response to treatment? ........
Degradation of non-phenolic $-o-4 lignin YAMANAKA, K. — See IMAMURA, R.
substructure model compounds by YELTON, D.B. — See PENN, C.W.
SE OD 5.6.05. 4 4 tered denned Youna, L.S., BERMUDEZ, L.E.M. and INDER-
VERDON, R., MIRELMAN, D. and SANSONETTI, LIED, C.B. — Mycobacteria and AIDS:
P.J. — A model of interaction between En- treatment, prevention and future prospects
tamoeba histolytica and Shigella flexneri ZANDOTTI, C. — See de LAMBALLERIE, X.
VERGER, J.M. — See Grimont, F. ZEMAN, A.M.M., TCHAN, Y.Y., ELMERICH, C.
Vieira, E.C. — See Farias, L.M. and KENNEDY, I.R. — Nitrogenase activi-
VIGNOLI, C. — See de LAMBALLERIE, X. ty in wheat seedlings bearing para-nodules
Vines, A., REEVES, M.W., Hunter, S. and induced by 2,4-dichlorophenoxyacetic acid
SWAMINATHAN, B. — Restriction fragment (2,4-D) and inoculated with Azospirillum
length polymorphism in four virulence- ZENG, G.Q., De Reuse, H. and DANCHIN, A.
associated genes of Listeria monocytogenes — Mutational analysis of the I1I°"* of the
Vizcaino, N. and FeRNANDEz-Laco, L. — A phosphoenolpyruvate phosphotransferase
rapid and sensitive method for the identifi- system in Escherichia coli
cation of Brucella species with a ZOTCHEV, S.B., SOLDATOVA, L.I., OREKHOV,
monoclonal antibody A.V. and ScHrempr, H. — Characteriza-
Von FREIESLEBEN, U. and RASMUSSEN, K.V. — tion of a linear extrachromosomal DNA
The level of supersoiling affects the regu- element (pBL]1) isolated after interspecific
lation of DNA replication in Escherichia mating between Streptomyces bambergien-
coli sis and S. lividans
VYAKARNAM, A. — See Rook, G.A.W. ZUERNER, R. — See SAINT Girons, I.
INDEX OF KEY-WORDS
Acetylaminfluorene, Enterotoxin, Escherichia tion, Bacillus firmus; F,\Fo-ATP synthase,
coli; Detection, Faeces, AAF-DNA probes, Alkaliphile species, Sequence motif .... 467
ESE ae apes ey ey er 315 Bacillus firmus, Oxidative phosphorylation,
Acinetobacter, Lignin; Non-phenolic §-o-4, Bacillus alcalophilus; F \Fo>-ATP synthase,
Model compound, Degradation ....... 333 Alkaliphile species, Sequence motif .... 467
Actin, Rickettsia conorii, Rickettsia typhi, Bacillus subtilis, Operon, Transduction, Bac-
Virulence, Motility; Actin polymerization, teriophage SP$; Cloning vectors, Signal
Intracellular movements .............. 821 transduction, Two-component signalling
Actinobacillus, Plasmid, Replicon, Pasteurel- systems, degU gene, Co-dominance .... 559
la; Cloning vector, Gene expression, Broad Bacterial growth, Escherichia coli; Meta-
host range, Electroporation ........... 263 bolism, Nutrition, Anabolic and catabolic
Adenylate cyclase, Phosphorylation, Enzyme SOG, ERODTPOTHIIOR .6c cece eeeses 173
IIIS", Glycolysis ;I nducer exclusion, Pro- Bactericidal effect, Isoniazid, Drug resistance,
tein folding, PTS, £. cold ......0.003. 251 Catalase, Peroxidase, Mycobacterium
Adhesion, Fimbria, Chaperone, FimC protein, aurum, Mycobacterium smegmatis, Tuber-
Periplasm; Sequencing, Polymerization, culosis; Virulence, Gene cloning ...... 721
Type 1 fimbriae biogenesis, Escherichia Bacteriocin, Anaerobiosis, Bacteroides fragi-
i SE ahocacn 6 oR Sc dUes neces heess 831 lis; Antagonistic substances, Marmoset 151
Adhesion, Virulence, Entamoeba histolytica, Bacteriophage, Prophage, Conversion, Gem,
Shigella flexneri, Mannone; Receptors, DNA, Lysogeny, Operon; Supercoiling,
Type I pili, Invasive phenotype, Coopera- Bacterial phenotype, Hypotheses ...... 237
SEs daha bannlho oh 60s e448 AREA aE SKE. 67 Bacteriophage SP$, Operon, Bacillus subtilis,
AIDS, Tuberculosis, Mycobacterium tubercu- Transduction; Cloning vectors, Signal
losis, Mycobacterium, Immunoregulation ; transduction, Two-component signalling
Virulence, Markers; Forum ........... 361 systems, degU gene, Co-dominance .... 559
Allele replacement, M Protein, Phagocytosis, Bacteroides fragilis, Anaerobiosis, Bacteriocin ;
Virulence, Streptococcus pyogenes; Patho- Antagonistic substances, Marmoset .... 151
genesis, Koch’s postulates ............ 549 BCG, Fibronectin, Mycobacterium paratuber-
Aminoglycoside acetyltransferase, Promoter, culosis, Mycobacterium phlei, Johne’s dis-
Transcription; Mapping, Homologies, An- ease; Adherence, Phagocytosis, Host
GR WII 5c ccnevsneecess 133 ED butt vibes bawebddesdx ebetad s
Amphotericin B, Desertomycin, Phospholipid, Bdellovibrio bacteriovorus, Protease, PTS,
Saccharomyces uvarum, Spheroplast; Plas- Carbohydrate; PEP, Nutrition, E. coli,
ma membrane, Cell growth, Subinhibito- Cytoplasmic proteolysis, Energy .......
ee ea veces shC kd ni hae ews ee 4 695 Biosynthesis, Spirochete, Genetics ;P athways,
Anaerobiosis, Bacteroides fragilis, Bacteriocin; Metabolism, Heat shock proteins, En-
Antagonistic substances, Marmoset .... 151 SyONGEES PUOTIER, TIGA .0 20s vc cccrci e
Antibiotic, PTS, Permease; Novel therapeu- Bordetella, Virulence, Pertussis toxin,
tic compounds, PEP, Method; Hypothesis 443 Promoter; Regulation ................
Antigenicity, Borrelia; Antigenic variation and Borrelia, Antigenicity ;A ntigenic variation and
heterogeneity, Recombinant proteins, Vac- heterogeneity, Recombinant proteins, Vac-
cination 583 cination
Se eee COC CRP aes eendeesee02eo @ 020866866 @
Azospirillum, Nitrogenase, Nitrogen fixation, Brucella, Coagglutination, mAb; Rapid iden-
Nodule; 2,4-D, Wheat, Paranodule, Ethy- tification, Smooth strains .............
lene production 847 Brucella, DNA, rRNA; Gene restriction pat-
Bacillus alcalofilus, Oxidative phosphoryla- terns, Cloned probe, Typing, Taxonomy
INDEX OF KEY-WORDS
BtuB, Vitamin B,,, Salmonella typhimurium; Colony, Mycelium, Water; Formation, Hyphal
Transport, Outer membrane protein, growth, Apical direction, Filamentous
Nucleotide sequence, btuB gene fungi
Campylobacter, Diarrhoea, IgA, Milk, Flagel- Conversion, Bacteriophage, Prophage, Gem,
line; Woman, Circulating antibodies ... DNA, Lysogeny, Operon; Supercoiling,
Campylobacter jejuni, Transposon, Leucine; Bacterial phenotype, Hypotheses
Biosynthesis, Shuttle mutagenesis, Cloning, Coproculture, Salmonella; Selective medium,
Allelic replacement NBGL
Candida, O antigen, Salmonella, Escherichia; Cord factor, Tuberculosis, Mycobacterium
Common antigenic factors; Note tuberculosis, Glycolipid; Synthetic ‘‘mir-
Carbohydrate, Protease, Bdellovibrio bacterio- ror’’ pseudo cord factors, Serodiagnosis,
vorus, PTS; PEP, Nutrition, E. coli, Specificity, Sensitivity
Cytoplasmic proteolysis, Energy Corynebacterium, Corynomycolic acid;
Catalase, Isoniazid, Bactericidal effect, Drug HPLC, Mass spectrometry, Identification
resistance, Peroxidase, Mycobacterium Corynebacterium, Taxonomy; Group D2,
aurum, Mycobacterium smegmatis, Tuber- Genomic species, ‘‘C. urealyticum’’,
culosis; Virulence, Gene cloning Phenotyping, Classification
Cell cycle, Plasmid, F plasmid, Replication; Corynomycolic acid, Corynebacterium;
Origins, Escherichia coli HPLC, Mass spectrometry, Identification
Cellulase, Cellulose, Clostridium; Coloniza- Cytoplasm, Protein, Spirosome, Filament ; Es-
tion, Adhesion, Growth rate, Carbon defi- cherichia coli, Pyruvate dehydrogenase,
ciency Lipoamide dehydrogenase, Dihydrolipoa-
Cellulose, Clostridium, Cellulase; Coloniza- mide acyltransferase, Alcohol de-
tion, Adhesion, Growth rate, Carbon defi- hydrogenase
ciency Desertomycin, Amphotericin B, Phospholipid,
Chaperone, Fimbria, Adhesion, FimC protein, Saccharomyces uvarum, Spheroplast ; Plas-
Periplasm; Sequencing, Polymerization, ma membrane, Cell growth, Subinhibito-
Type 1 fimbriae biogenesis, Escherichia ry doses
coli, Mannose Diarrhoea, Haemolysin, Vibrio parahaemolyti-
Chemiluminescence, DNA, _ Listeria cus ;F ood poisoning, Kanagawa phenome-
monocytogenes; Acridinium, Probe, Diag- non, Purification, Properties
nosis, Food and clinical specimens, Rapid Diarrhoea, IgA, Milk, Campylobacter, Flagel-
lin; Woman, Circulating antibodies ....
Chemotaxis, Spirochete, Motility, Flagella; DNA, Bacteriophage, Prophage, Conversion,
Structure, Periplasmic flagella, Trepone- Gem, Lysogeny, Operon; Supercoiling,
ma, Borellia, Serpulina Bacterial phenotype, Hypotheses
Chlamydia psittaci, Zymotype, Chlamydia DNA, Brucella, rRNA; Gene restriction
trachomatis, Virulence; Invasiveness, patterns, Cloned probe, Typing, Taxono-
Ruminant isolates, Serotypes my
Chlamydia trachomatis, rRNA; Restriction DNA, Insertion, RFLP, IS6//0, Transposi-
pattern, Cloned probe, Taxonomy, Typing, tion, Mycobacterium; Insertion sequences,
Biovars Copies, Polymorphism, Diagnosis, Tuber-
Chlamydia trachomatis, Zymotype, Chlamydia culosis, Epidemiology
psittaci, Virulence; Invasiveness, Ruminant DNA, Listeria monocytogenes, Chemilumines-
isolates, Serotypes cence; Acridinium, Probe, Diagnosis, Food
Chromosome, Spirochete, Virulence, Plasmid; and clinical specimens, Rapid method ..
Minichromosome, Maxichromosome, DNA, PCR; Extraction, Chelating resin, Bac-
Genetic capacity, Linear replicons teria
Cistron, Histidine, Mapping, Cloning; Bio- DNA, PCR, Listeria; Typing, Fingerprints,
synthesis, Transcription, Ais gene RAPD analysis
Cloning, Histidine, Mapping, Cistron; Bio- DNA, Phage typing, RAPD, Listeria mono-
synthesis, Transcription, Ais gene cytogenes; Epidemiology, Comparative
Clostridium, Cellulose, Cellulase; Coloniza- study
tion, Adhesion, Growth rate, Carbon defi- DNA, Plasmid, Escherichia coli, Supercoil;
ciency pUC18, Topology, Gyrase mutation, recA
CNF, Haemolysin, Fimbriae, Escherichia coli, genotype, Bacterial growth
Virulence; Toxins, P fimbriae DNA, Plasmid, Mating, Streptomyces bamber-
Coagglutination, Brucella, mAb; Rapid iden- giensis, Streptomyces lividans; Transfer,
tification, Smooth strains Linear DNA, Physical map
10 RESEARCH IN MICROBIOLOGY
DNA, Spiramycin; Amplification, Genome in- Type 1 fimbriae biogenesis, Escherichia
stability, Regulated production ........ 99 Gi BE. <node ian dae bu oekbu dace 831
DNA, Supercoil, Escherichia coli, Replication; Fimbriae, Haemolysin, CNF, Escherichia coli,
Initiation, Topology, Asynchrony, dam, Virulence; Toxins, P fimbriae ........ 869
PD, LecEe bh ebesdeeeb bae eewshanen e 655 FimC protein, Fimbria, Adhesion, Chaperone,
DNA, Vaginosis, Gardnerella vaginalis; Periplasm; Sequencing, Polymerization,
RFLP, REA, Biotyping .............. 199 Type 1 fimbriae biogenesis, Escherichia
DNA, Virulence, Listeria monocytogenes; ie SE 6. canvae cow eouhubcasch e 831
Genes, Serovars, PCR, Restriction enzymes 281 Flagella, Spirochete, Motility, Chemotaxis;
Drug resistance, Isoniazid, Bactericidal effect, Structure, Periplasmic flagella, Trepone-
Catalase, Peroxidase, Mycobacterium ma, Borellia, Serpulina ............... 597
aurum, Mycobacterium smegmatis, Tuber- Flagellin, Diarrhoea, IgA, Milk, Campylobac-
culosis; Virulence, Gene cloning ...... 721 ter; Woman, Circulating antibodies ... 93
Entamoeba histolytica, Virulence, Adhesion, Floculation, Saccharomyces diastaticus, Fer-
Shigella flexneri, Mannone; Receptors, mentation, Mannose; Floculating mutant,
Type I pili, Invasive phenotype, Coopera- << ff Rr rere 81
PE vrcetarvanceheaineesssecekeeabda r 67 Food, Oligonucleotide, Listeria monocyto-
Enterobacteriaceae, Pyrazinamidase ; Identifi- genes; Detection, Enumeration, PCR,
cation, Diagnostic test ............... 773 Colony hybridization, DNA, Aly gene,
Enterotoxin, Acetylaminfluorene, Escherichia IG 6... i vin d un 086s oslnn 5 271
coli; Detection, Faeces, AAF-DNA probes, 8-Galactosidase, Plasmid, Lactose, Vibrio
EE Kale ees WER eae bs bes Kees wads 315 cholerae; GalR, Repressor, ChrA, Chro-
Enzyme III°", Phosphorylation, Glycolysis, mate resistance, JacZ gene ............ 27
Adenylate cyclase; Inducer exclusion, Pro- Gardnerella vaginalis, Vaginosis,
tein foldime, PTS, B. COW ..cccccceces 251 RFLP, REA, Biotyping .............. 199
Erwinia chrysanthemi, Protease; Secretion, Gem, Bacteriophage, Prophage, Conversion,
C-terminal secretion signal, Gene prtG . 857 DNA, Lysogeny, Operon; Supercoiling,
Escherichia, O antigen, Salmonella, Candida; Bacterial phenotype, Hypotheses ...... 237
Common antigenic factors; Note ...... 533 Gene emm-6.1, M protein, Streptococcus pyo-
Escherichia coli, Acetylaminfluorene, En- genes, Streptococcus gordonii; Transcrip-
terotoxin; Detection, Faeces, AAF-DNA tion, Chromosomic, DNA, Genetic
SO CIEE ec cekevrevevoccewecoss 315 engineering 449
Escherichia coli, Bacterial growth; Genetics, Spirochete, Biosynthesis ;P athways,
Metabolism, Nutrition, Anabolic and cata- Metabolism, Heat shock proteins, En-
bolic pools, Incorporation ............ 173 zymatic profiles, RNA ............... 605
Escherichia coli, DNA, Plasmid, Supercoil; Genome, Spirochete; Structure, Insertion se-
pUC18, Topology, Gyrase mutation, recA quence, Extrachromosomal elements,
genotype, Bacterial growth ........... 665 Borrelia burgdorferi, Treponema pallidum,
Escherichia coli, DNA, Supercoil, Replication ; Leptospira interrogans ..............4. 615
Initiation, Topology, Asynchrony, dam, Glucosamine, Thiobacillus neapolitanus, Pep-
dnaA 655 tidoglycan, Lysozyme; DAP, N-acetyl,
Escherichia coli, Haemolysin, Fimbriae, CNF, Chemolithotrophy 47
“ee eevee eeeeeeeeeeee
Virulence; Toxins, P fimbriae ........ 869 Glycolipid, Mycobacterium, Tuberculosis;
F plasmid, Plasmid, Cell cycle, Replication; Antigens, Phenolglycolipids, TLC, Spe-
Origins, Escherichia coli .............. 541 ciation 519
Fermentation, Saccharomyces diastaticus, Glycolipid, Mycobacterium tuberculosis;
Floculation, Mannose; Floculating mutant, DAT, PGL-Tb1, DOT-ELISA, Detection 327
Se SO GE yo cckventweescasece s 81 Glycolipid, Tuberculosis, Cord factor,
Fibronectin, Mycobacterium paratuberculosis, Mycobacterium tuberculosis; Synthetic
Mycobacterium phlei, BCG, Johne’s dis- *“‘mirror’’ pseudo cord factors, Serodiagno-
ease; Adherence, Phagocytosis, Host sis, Specificity, Sensitivity ............ 217
SLND Soc cnded obheocs baa ewes 75 Glycolysis, Phosphorylation, Enzyme III°,
Filament, Cytoplasm, Protein, Spirosome; Es- Adenylate cyclase; Inducer exclusion, Pro-
cherichia coli, Pyruvate dehydrogenase, tein folding, PTS, BE. coll ............ 251
Lipoamide dehydrogenase, Dihydrolipoa- Haemolysin, Fimbriae, CNF, Escherichia coli,
mide acyltransferase, Alcohol de- Virulence; Toxins, P fimbriae ........ 869
| PUT OUTTTETURLTL RTTe e 743 Haemolysin, Vibrio parahaemolyticus, Diar-
Fimbria, Adhesion, Chaperone, FimC protein, rhoea; Food poisoning, Kanagawa
Periplasm; Sequencing, Polymerization, phenomenon, Purification, Properties .. 569
INDEX OF KEY-WORDS
Histidine, Mapping, Cistron, Cloning; Bio- cence; Acridinium, Probe, Diagnosis, Food
synthesis, Transcription, his gene 683 and clinical specimens, Rapid method ..
Histidine, Mutation, Salmonella typhimurium; Listeria monocytogenes, DNA, Phage typing,
Environmental mutagenesis, His* rever- RAPD; Epidemiology, Comparative study
tants, Distribution of mutants, Selective Listeria monocytogenes, DNA, Virulence;
factor, Poisson distribution Genes, Serovars, PCR, Restriction enzymes
Hydrogenase, Nickel, Urease, Metalloenzyme, Listeria monocytogenes, Listeriolysin O, Viru-
Protein; Bacterial metabolism, Histidine, lence; Serotypes 1/2a and 4b, Haemolytic
Cystein, Motifs activities
IgA, Diarrhoea, Milk, Campylobacter, Flagel- Listeria monocytogenes, Oligonucleotide,
lin; Woman, Circulating antibodies .... Food; Detection, Enumeration, PCR,
Immunoregulation, Tuberculosis, AIDS, Colony hybridization, DNA, Aly gene,
Mycobacterium tuberculosis, Mycobacteri- Species-specificity 271
um; Virulence, Markers; Forum Listeriolysin O, Virulence, Listeria
Insertion, DNA, RFLP, IS6//0, Transposi- monocytogenes; Serotypes 1/2a and 4b,
tion, Mycobacterium; Insertion sequences, Haemolytic activities 489
Copies, Polymorphism, Diagnosis, Tuber- Lysozyme, Thiobacillus neapolitanus, Pep-
culosis, Epidemiology tidoglycan, Glucosamine; DAP, N-acetyl,
IS6/10, DNA, Insertion, RFLP, Transposi- Chemolithotrophy 47
tion, Mycobacterium; Insertion sequences, M protein, Gene emm-6.1, Streptococcus pyo-
Copies, Polymorphism, Diagnosis, Tuber- genes, Streptococcus gordonii; Transcrip-
culosis, Epidemiology tion, Chromosomic, DNA, Genetic
Isoniazid, Bactericidal effect, Drug resistance, engineering
Catalase, Peroxidase, Mycobacterium M protein, Phagocytosis, Virulence, Strep-
aurum, Mycobacterium smegmatis, Tuber- tococcus pyogenes, Allele replacement;
culosis; Virulence, Gene cloning Pathogenesis, Koch’s postulates
Johne’s disease, Fibronectin, Mycobacterium mAb, Coagglutination, Brucella; Rapid iden-
paratuberculosis, Mycobacterium phlei, tification, Smooth strains
BCG; Adherence, Phagocytosis, Host Malassezia furfur, Skin; Growth, Methodol-
defences 75 ogy, Identification
Lactococcus lactis, Nisin, Lactose; Biosynthe- Mannitol, PEP, PTS, Membrane insertion,
sis, Regulation, Continuous cultures, Rest- Oligomerization, Permease; E. coli, Trans-
ing cells 879 port, Deletion mutations
Lactose, $-Galactosidase, Plasmid, Vibrio Mannitol, Phosphotransferase, Permease,
cholerae; GalR, Repressor, ChrA, Chro- Oligomerization; System, Enzymes II,
mate resistance, /acZ gene 27 E. coli, Regulation, Membrane transport
Lactose, Nisin, Lactococcus lactis ;B iosynthe- proteins
sis, Regulation, Continuous cultures, Rest- Mannose, Saccharomyces diastaticus, Fermen-
ing cells 879 tation, Floculation; Floculating mutant,
Legionella, Legionnaires’ disease, Transposon, Cell wall enzyme
Mutagenesis, Plasmid; Persistence, Repli- Mannose, Virulence, Adhesion, Entamoeba
cation 471 histolytica, Shigella flexnerie; Receptors,
Legionella, Transposon, Legionnaires’ disease, Type I pili, Invasive phenotype, Coopera-
Virulence; Macrophage, Tn5, Defective
growth, Multifactoriality 481 Mapping, Histidine, Cistron, Cloning; Bio-
Legionnaires’s disease, Legionella, Transpo- synthesis, Transcription, Ais gene
son, Mutagenesis, Plasmid; Persistence, Mating, DNA, Plasmid, Streptomyces bamber-
Replication 471 giensis, Streptomyces lividans; Transfer,
Legionnaires’ disease, Transposon, Legionel- Linear DNA, Physical map
la, Virulence; Macrophage, Tn5, Defective Membrane insertion, Mannitol, PEP, PTS,
growth, Multifactoriality 481 Oligomerization, Permease; E. coli, Trans-
Leucine, Transposon, Campylobacter jejuni; port, Deletion mutations
Biosynthesis, Shuttle mutagenesis, Cloning, Mercury, Sea water, Transposon; Bacteria,
Allelic replacement 15 Resistance, Probe
Lignin, Acinetobacter; Non-phenolic {-o-4, Metalloenzyme, Nickel, Hydrogenase, Urease,
Model compound, Degradation Protein; Bacterial metabolism, Histidine,
Listeria, DNA, PCR; Typing, Fingerprints, Cystein, Motifs
RAPD analysis Milk, Diarrhoea, IgA, Campylobacter, Flagel-
Listeria monocytogenes, DNA, Chemilumines- lin; Woman, Circulating antibodies ....