Research in Microbiology 1996: Vol 147 Index

10 Pages·1996·4.3 MB·English

Research in Microbiology
Editorial Offices:
Index 1996 Volume 147 Institut Pasteur, Service des
Publications, 75724 Paris Cedex 15
January 1 — December 31 Editions Scientifiques Elsevier
INDEX OF AUTHORS Bricipi, P. — See Rossi, M. Coxe, S.T. — Rifamycin resistance in
Brougul, P. and Raou.t, D. — Barto- mycobacteria 48
nella quintana invades and multi- «Collége de Bactériologie, Virologie
plies within endothelial cells in et Hygiéne des H6pitaux Généraux
Acquati, A. — See Fortina, M.G. vitro and in vivo and forms intracel- de France » — See Ges in, P.
Acopi, A., STEFANI, S., Corsaro, C.., lular blebs Co.uier, D.N., HAGER, P.W. and
CAMPANILE, F., GriBpALpo, S. and Brun, Y. — See Goutoumgs, C. Puisss, P.V., Jr. — Catabolite
SicHEL, G. — Study of a melanic Brunet, L.R. — See Das, S. repression control in the Pseudo-
pigment of Proteus mirabilis 167 CAMBAU, E. and JARLIER, V. — Resis- monads
AMBROSOLI, R. — See Fortina, M.G. tance to quinolones in mycobac- Comi, G. — See MANZANo, M.
ANprRE, P. — See CouLances, V. Conway, T. — See Romano, A.H.
ANDREW, P.W. — See Gorpon, S. CAMPANILE, F. — See Acopi, A. Coox, G.M. — See Russet, J.B.
ArBEIT, R.D. — See Von Reyn, C.F. CANTONI, C. — See MANZANO, M. Corsaro, C. — See Aconi, A.
ARENA, A. -—— See CuSUMANO, V. Capasso, A. — See Capasso, C. Costa, G.B. — See CusuMANo, V.
AZIZBEKYAN, R.R. — See SMIRNOVA, Capasso, C., NAZZARO, F., MARULLI, CouLaANGEs, V., ANDRE, P. and VIDON,
T.A. F., Capasso, A., LA Cara, F. and D.J.M. — Esculetin antagonizes
Baroni, A. — See CuSUMANO, V. Parisi, E. — Identification of a iron-chelating agents and increases
BARREAUD, J.-P. — See KARAMANOS, Y. high-molecular-weight cadmium- the virulence of Listeria monocyto-
Barrow, W.W. — See Rastoai, N. binding protein in copper-resistant
BARTHOLD, S.W. — See Das, S. Bacillus acidocaldarius cells 287 Courcoux, P. — See Kansau, I.
Bata, J. See Gersi, C. CasTrOvigjo, M. — See Douert, J.P. CRASNIER, M. — Cyclic AMP and
Béséar, C. — See Douert, J.P. Cayo_, J.-L. — See FARDEAu, M.L. catabolite repression 479
Benson, C.A. — Treatment of disse- Cuarsit, A. — Coordination of carbon CRASNIER, M. — See Sater, M.H., Jr.
minated Mycobacterium avium and nitrogen metabolism .... 513 CuUSUMANO, V., ROSSANO, F., MEREN-
complex disease: a clinician’s pers- CHAUVAUX, S. — CcpA and HPr(ser- DINO, R.A., ARENA, A., Costa, G.B.,
pective P): mediators of catabolite repres- Mancuso, G., BARONI, A. and Losi,
BercHE, P. — See Ripio, M.-T. sion in Bacillus subtilis .... 518 E. — Immunobiological activities of
BERGERET, M. — See KAnsAu, I. CHAUVIN, F., BRAND, L. and ROSEMAN, mould products: functional impair-
Bes, M. — See Gou.oumgs, C. S. — Enzyme I: the first protein and ment of human monocytes exposed
BEézarb, G. — See CLOECKAERT, A. potential regulator of the bacterial to aflatoxin B,
BINGEN, E. — See Kansau, I. phosphoenolpyruvate:glycose phos- DaANcuiNn, A. — See BIvILLE, F.
BIviLLe, F., LAURENT-WINTER, C. and photransferase system 471 Das, S., SHRAGA, D., GANNON, C..,
DANCHIN, A. — In vivo positive CLOECKAERT, A., GREPINET, O., SALIH- Lam, T.T., Fence, S., Brunet, L.R.,
effects of exogenous pyrophosphate ALJ) DesBBARH, H. and ZYGMUNT, TeELForD, S.R., BARTHOLD, S.W.,
on Escherichia coli cell growth and M.S. — Overproduction of the Bru- FLAVELL, R.A. and Fixric, E. —
stationary phase survival .... 597 cella melitensis heat shock protein Characterization of a 30-kDa Bor-
Bizet, C. — See Quitici, M.-L. DnaK in Escherichia coli and its relia burgdorferi substrate-binding
BLANCHARD, J.S. — See SACCHETTINI, localization by use of specific protein homologue 739
pT ll monoclonal antibodies in B. meliten- Dauaa, C. — See Rieu-Lesme, F.
B.ium, G. — See MUHLpDorFkeR, I. sis cells and fractions 145 De AcmeipA, D.F. — See PACHECO,
BocKEMUHL, J. — See Poporr, M.Y. CLOECKAERT, A., ZYGMUNT, M.S.., A.B.F.
Bonp, D.R. — See RussetL , J.B. Bézarpb, G. and DuBray, G. — De Cock, H. — See KLEEREBEZEM, M.
BONEWALD, L.F. — See WILLIAMS, Purification and antigenic analysis Decaris, B. — See MAnain, I.
D.M. of the major 25-kilodalton outer Dopin, A. — See Dour, J.P.
Botrcer, E.C. — See SAnpker, P. membrane protein of Brucella DomiNGUEZ-BERNAL, G. — See RIpio,
Bourcet, N. — See MAnain, I. abortus 225 M.-T.
Bouvet, A. — See GEsLIn, P. CocconceL.i, P.S., ELti, M., RiBo.t, DoNOHUE-ROLFE, A. — See MUHLDOR-
Bouvet, O.M.M. — See Rieu-Lesme, F. B. and Moret, L. — Genetic ana- FER, I.
Braimi, N. — See Kansau, I. lysis of the replication region of the Doré, J. — See Rieu-Lesme, F.
Branp, L. — See Cuauvin, F. Lactobacillus plasmid vector Douet, J.P., CAsTROVIEJO, M., Dopin,
Brenm, K. — See Ripio, M.-T. pPSC22 619 A. and Béstar, C. — Study of the
Breton, A. — See Gersi, C. Coco.in, L. — See MANZANO, M. haemolytic process and receptors of
772 RESEARCH IN MICROBIOLOGY
thermostable direct haemolysin from Gon, K.S. — See Rastoai, N. endo-N-acetyl-B-D-glucosamini-
Vibrio parahaemolyticus .... 687 GONZALEZ VARA Y RopriGuEz, A. — dase during vegetative growth of
Du, Y., Hotte., A., Reizer, J. and See Rossi, M. Myxococcus xanthus ...... 217
Saier, M.H., Jr. — o°4-dependent Gorpon, S., HouLDsworTn, S., DUNCAN, KLEEREBEZEM, M., HeuTtiInk, M., De
transcription of the Pseudomonas K., Roperts, I.S. and ANprRew, P.W. Cock, H. and Tommassen, J. — The
putida xylS operon is influenced by — Rapid measurement of antimyco- qmeA (ts) mutation of Escherichia
the IIAN" protein of the phospho- bacterial drug activity ...... 79 coli is localized in the fab/ gene,
transferase system in Escherichia Gou.Loumgés, C., Bes, M., RENAuD, F., which encodes enoyl-ACP reduc-
iin ta uss-ceensabecexe 129 Lina, B., REverpy, M.E., Brun, Y. SE -c bons Sa ees cwewne 609
DuBLANCHET, A. — See GEsLIN, P. and FLeureTTe, J. — Phenotypic KLopMAN, G., Fercu, D., Li, J.-Y.,
Dusray, G. — See CLOECKAERT, A. and genotypic (pulsed-field gel ROSENKRANZ, H.S. and JAcoss, M.R.
Duncan, K. — See Gorpon, S. electrophoresis) characteristics of — Antimycobacterial quinolones: a
Dupont, C. — See KAnsau, I. enterotoxin-A-producing Staphylo- comparative analysis of structure-
E.ui, M. — See Cocconceui , P.S. coccus aureus strains ..... 263 activity and structure-cytotoxicity
Fasozzi, G. — See LA VALLE, R. GRAHAM, I.A. — Carbohydrate PEE 6.60 60 Sie ewes 86
FALKINHAM, J.O., II] — See Rastoai, N. control of gene expression in Kriz-KUZEMENSKA, P. — See GESLIN, P.
FALKINHAM, J.O., II] — See Warek, U. higher plants ............ 572 KUHNERT, P. — See Frey, J.
FarpDEAU, M.L., FAupon, C., CAYOL, Grancul, L. — See Vim, C. KusaBa, K. — See Tasima, Y.
J.-L., Macot, M., PaTet, B.K.C. GrépineTt, O. — See CLOECKAERT, A. La Cara, F. — See Capasso, C.
and OLLivier, B. — Effect of thio- GriBALpo, S. — See Acopi, A. La VALLE, R., FABozzi, G., GHELAR-
sulphate as electron acceptor on Griwont, P.A.D. — See Rieu-Lesme, F. DINI, P. and PAo.Lozzi, L. — Bacte-
glucose and xylose oxidation by Grosset, J. — Current problems with riophage Mu gem2ts, which induces
Thermoanaerobacter finnii and a tuberculosis treatment ..... 10 synchronous cell division in the
Thermoanaerobacter sp. isolated Grusss, B.G. — See WILLIAMs, D.M. infected host, is mutated in the gem
from oil field water ....... 159 Guip!-RONTANI, C. — Contribution of operon promoter ......... 615
Faupon, C. — See FARDEAU, M.L. plasminogen activator urokinase to LABIGNE, A. — See KAnsAu, I.
Fenc, S. — See Das, S. in vitro cytotoxicity of diphtheria Lam, T.T. — See Das, S.
Fercu, D. — See KLopman, G. a See errr eee 697 LATHIGRA, R., ZHANG, Y., HILL, M.,
FERREIRA, L.C.S. — See PACHECO, Guth, B.E.C. — See Pacuseco, A.B.F. GarciA, M.-J., JAckett, P.S. and
A.B.F. Hacker, J. — See MUHLDorFeER, I. Ivanyi, J. — Lack of production of
FERRONI, P. — See MANZANO, M. Hacer, P.W. — See Co .ikr, D.N. the 19-kDa glycolipoprotein in cer-
Fixric, E. — See Das, S. Haviickova, H. — See GEs in, P. tain strains of Mycobacterium
FLAVELL, R.A. — See Das, S. Helier, H. — See MUHLDoRrFER, I. EE «5-44 ca6kneewe 237
FLEuRETTE, J. — See Gou.Loumés, C. HERMANN, A., SCHLOSSER, A., SCHMID, LAURENT- WINTER, C. — See BIVILLE, F.
FortTInaA, M.G., AcquatTi, A. and R. and ScHNneIpER, E. — Biochemi- LecaApeT, M.-M. — See SMIRNOVA,
AMBROSOLI, R. — Identification of cal identification of a lipoprotein T.A.
spore-forming strains involved in with maltose-binding activity in the LEVINTHAL, M. and Pownper, T. —
biodegradation of acifluorfen 193 thermoacidophilic Gram-positive hns, rpoS and Irp mutations affect
FrEMAUx, A. — See GESLIN, P. bacterium Alicyclobacillus acido- stationary-phase survival at high
Frey, J., KUHNERT, P., VILLIGER, L. and SE bo 640006oe4a 8 s 733 er ee 333
Nicoet, J. — Cloning and charac- HEuTINK, M. — See KLEEREBEZEM, M. Li, J.-Y. — See KLopman, G.
terization of an Actinobacillus pleu- HICKMAN-BRENNER, F.W. — See Lina, B. — See Gou.Loumés, C.
ropneumoniae outer membrane pro- Poporr, M.Y. Linton, D., Owen, R.J. and STANLEY, J.
tein belonging to the family of PAL Hiit, M. See LATHIGRA, R. — Rapid identification by PCR of
ED cet ee ees aedes 351 Ho.te.L, A. — See Du, Y. the genus Campylobacter and of five
Gannon, C. — See Das, S. Hou.LpswortTn, S. — See Gorpon, S. Campylobacter species enteropatho-
Garcia, M.-J. — See LATuiarA, R. Inul, M., Vertes, A.A. and Yukawa, H. genic for man and animals... 707
GASPARINI, V. — See MANZANO, M. — Reverse catabolite repression and Losi, E. — See CusuMANO, V.
GAYRAL, J.P. — See VEDEL, G. regulation of CO, fixation in Rhodo- Maas, H. — See VAN BELKuM, A.
Gersi, C., Bata, J., BRETON, A. and bacter and related bacteria... 562 MaAcrADYEN, L.P. and REDFIELD, R.J. —
PRENSIER, G. — Polysaccharide IvANyI, J. — See LATHIGRA, R. Life in mucus: sugar metabolism in
hydrolase production by the JACKETT, P.S. — See LATHIGRA, R. Haemophilus influenzae .... 541
rumen fungus Caecomyces com- Jacoss, M.R. — See KLopman, G. Mapnpry, J.A., SULING, W.J. and Rey-
EE 93a M6 kde ek ek 363 JARLIER, V. — See CAMBAU, E. NOLDs, R.C. — Glycosyltransfe-
GESLIN, P., Kriz-KUZEMENSKA, P., FRE- JULIEN, R. — See KARAMANOs, Y. rases as targets for inhibition of cell
MAUX, A., HAVLICKOVA, H., DUBLAN- Kacacn, N. — See Kansay, I. wall synthesis in M. tuberculosis
CHET, A. and Bouvet, A., and the KANSAU, I., RAYMOND, J., BINGEN, E., Ee GU ccesc ecc es 106
“Collége de Bactériologie, Virolo- Courcoux, P., KALAcH, N., BERGE- Mascot, M. — See Farpeau, M.L.
gie et Hygiéne des Hépitaux Géné- RET, M., Braimi, N., Dupont, C. and Mamm ina, C. — See Nastasli, A.
raux de France” — Septicaemia LaBIGNE, A. — Genotyping of Heli- Mancuso, G. — See CusuMANO, V.
caused by phenotypic variants of cobacter pylori isolates by sequen- Manain, I., BourGet, N. and Decaris,
group A streptococci ...... 273 cing of PCR products and compari- B. — Ribosomal DNA polymor-
GHELARDINI, P. — See LA VALLE, R. son with the RAPD technique 661 phism in the genus Bifidobacte-
Gipson, J. — See SANTESTEBAN, E. KARAMANOS, Y., BARREAUD, J.-P. and eeee ere 183
GIOVANNETTI, L. — See Viri, C. JULIEN, R. — Secretion kinetics of MANZANO, M., Coco .in, L., FERRONI,
INDEX OF AUTHORS 773
P., GASPARINI, V., NARDuzzi, D., Persinc, D.H. — See TELENrTI, A. Roberts, I.S. — See Gorpon, S.
Cantoni, C. and Comi, G. — Identi- PesteL, M. — See Von Reyn, C.F. RoMANO, A.H. and Conway, T. —
fication of Listeria species by a Peyret, M. — See VeEpEL, G. Evolution of carbohydrate metabo-
semi-nested polymerase chain reac- Puisss, P.V., Jr. — See Co.uikzr, D.N. lic pathways ............ 448
Ds bu a0 seebekeeeedns 637 Poporr, M.Y., BOCKEMUHL, J. and Romeo, T. — Post-transcriptional
MARULLI, F. — See Capasso, C. HICKMAN-BRENNER, F.W. — Sup- regulation of bacterial carbohydrate
Matin, A. — Role of alternate sigma plement 1995 (n° 39) to the Kauff- metabolism: evidence that the gene
factors in starvation protein synthe- mann-White scheme ...... 765 product CsrA is a global mRNA
sis — novel mechanisms of catabo- Pownper, T. — See LEVINTHAL, M. decay factor ............ 505
lite repression ........... 494 PRENSIER, G. — See Gersi, C. RoseMAN, S. — See CHAvuVIN, F.
MattTeuzzi, D. — See Rossi, M. Quiuici, M.-L. and Bizet, C. — Ribo- ROSENKRANZ, H.S. — See KLopMan, G.
Meier, A. — See SANDER, P. typing of Chryseobacterium menin- Rossano, F. — See CusuMANO, V.
MERENDINO, R.A. — See CUSUMANO, V. gosepticum: its use as an epidemio- Rossi, M., Bricipi, P., GONZALEZ VARA
MiLot, P. — See VEDEL, G. logical tool and its correlation with Y Ropricuez, A. and Matreuzzi, D.
MINENKOVA, I.B. — See SMIRNOVA, SD 0646455 6k66C e es 415 — Characterization of the plasmid
T.A. RAMSEIER, T.M. — Cra and the pMB1 from Bifidobacterium lon-
More ui, L. — See Cocconcuei , P.S. control of carbon flux via metabo- gum and its use for shuttle vector
Morris, S.L. and Rouse, D.A. — lic pathways ............ 489 construction ............ 133
The genetics of multiple drug RANK, R.G. — See WILLIAMs, D.M. Rouse, D.A. — See Morris, S.L.
resistance in Mycobacterium RaouLt, D. — See Brougul, P. Russe._, J.B., Bonp, D.R. and Cook,
tuberculosis and the Mycobacte- Rastoci, N. and FALKINHAM, J.O., III G.M. — The fructose diphos-
rium avium complex ..... 68 — Solving the dilemma of antimy- phate/phosphate regulation of car-
Morvan, B. — See Rieu-Lesme, F. cobacterial chemotherapy. Intro- bohydrate metabolism in low G+C
MUnx_Lporrer, I., BLUM, G., DONOHUE- GS 6564 0 SKRoSneS H RS 7 Gram-positive anaerobes ... 528
Roire, A., Heer, H., OLSCHLAGER, Rastoai, N., Gou, K.S., VAN GINKEL, SACCHETTINI, J.C. and BLANCHARD,
T., TscHApe, H., WALLNER, U. and S.Z., WRIGHT, E.L. and Barrow, J.S. — The structure and function
Hacker, J. — Characterization of W.W. — Identification of new of the isoniazid target in M. tuber-
Escherichia coli strains isolated drug targets in Mycobacterium ny 36
from environmental water habitats avium and Mycobacterium tuber- SaigER, M.H., Jr. — Regulatory inter-
and from stool samples of healthy a. 6 s'o' 6 bb 2S ORE 97 actions controlling carbon metabo-
SE. bo bce cwdew es 625 RAYMOND, J. — See KAnsaAu, I. lism: an overview ........ 439
NaGasaAwa, Z. — See Tasima, Y. REDFIELD, R.J. — See MACFADYEN, Saier, M.H., Jr. — See Nouyen, C.C.
Narpbuzzi, D. — See MANZANO, M. L.P. Saier, M.H., Jr. — See Reizer, J.
Nastasi, A. and MAmmina, C. — Epi- Reizer, A. — See Reizer, J. Saier, M.H., Jr. and CraAsnier, M. —
demiology of Salmonella enterica Reizer, A. — See Reizer, J. Inducer exclusion and the regula-
serotype Enteritidis infections in Reizer, J. — See Du, Y. tion of sugar transport ..... 482
southern Italy during the years Reizer, J. and Reizer, A. — A voyage Saier, M.H., Jr. — See Du, Y.
DEE ca tobédendeas 393 along the bases: novel phospho- SALIH-ALJ DeBBarH, H. — See CLOEc-
Nazzaro, F. — See Capasso, C. transferase genes revealed by in KAERT, A.
NouyeEn, C.C. and Sater, M.H., Jr. silico analyses of the Escherichia SANDER, P., Meier, A. and BOTTGER,
— Structural and phylogenetic eee ee 458 E.C. — Ribosomal drug resistance
analysis of the MotA and MotB Reizer, J., Reizer, A. and SAIER, in mycobacteria ......... 59
families of bacterial flagellar M.H., Jr. — Novel PTS proteins SANTESTEBAN, E., GiBson, J. and
motor proteins .......... 317 revealed by bacterial genome Owen, R.J. — Flagellin gene pro-
Nico.et, J. — See Frey, J. sequencing: a unique fructose-spe- filing of Campylobacter jejuni
OLLIvier, B. — See FarpgaAu, M.L. cific phosphoryl transfer protein heat-stable serotype 1 and 4 com-
OLSCHLAGER, T. — See MUHLDoRFER, I. with two HPr-like domains in Hae- eee e ee 641
Or.ova, M.V. — See Smirnova, T.A. mophilus influenzae ...... 209 SCHLOSSER, A. — See HERMANN, A.
Owen, R.J. — See Linton, D. RENAuD, F. — See GouLoumés, C. ScuMIp, R. — See HERMANN, A.
Owen, R.J. — See SANTESTEBAN, E. ReverDy, M.E. — See GouLoumés, C. SCHNEIDER, E. — See HERMANN, A.
Pacueco, A.B.F., Gutu, B.E.C., DE REYNOLDs, R.C. — See Mappry, J.A. SHRAGA, D. — See Das, S.
ALMEIDA, D.F. and FERREIRA, RiBo.i, B. — See Cocconceul , P.S. SICHEL, G. — See AcopI, A.
L.C.S. — Characterization of ente- Rieu-LesmMg, F., DAuGA, C., Morvan, SMIRNOVA, T.A., MINENKOVA, I.B.,
rotoxigenic Escherichia coli by B., Bouvet, O.M.M., GRIMONT, Or.Lova, M.V., LECADET, M.-M.
random amplification of polymor- P.A.D. and Doré, J. — Acetogenic and AZIZBEKYAN, R.R. — The crys-
gg ee ee 175 coccoid spore-forming bacteria iso- tal-forming strains of Bacillus late-
Pao.Lozzi, L. — See LA VALLE, R. lated from the rumen ..... 753 I vecoee ahsias 343
Parisi, E. — See Capasso, C. Ripio, M.-T., DomMiNnGuez-BERNAL, G., STANLEY, J. — See Linton, D.
PARK-SNYDER, S. — See WILLIAMS, SuAreEz, M., BREHM, K., BERCHE, P. STEFANI, S. — See Acopi, A.
D.M. and VAZQUEZ-BOLAND, J.-A. — SuAREz, M. — See Ripio, M.-T.
PATEL, B.K.C. — See FArpgEAu, M.L. Transcriptional activation of viru- SuLinGc, W.J. — See Mapnry, J.A.
PAuLseNn, I.T. — Carbon metabolism lence genes in wild-type strains of TADANO, J. — See Tasima, Y.
and its regulation in Streptomyces Listeria monocytogenes in response TAJIMA, Y., NAGASAWA, Z., TANABE, L.,
and other high GC Gram-positive to a change in the extracellular KusaBa, K. and TADANo, J. — Anio-
SEED ck ere eseveveves 535 medium composition ...... 371 nic properties of B-lactam-enhan-
774 RESEARCH IN MICROBIOLOGY
cing factor on methicillin-resistant transport in Lactococcus and Lacto- analysis, Stationary phase survival,
Staphylococcus aureus ..... 279 DE Cs ¢ tei debtaeae « 523 FPPerCe er e Ty 597
TANABE, I. — See Tasima, Y. YuxKawa, H. — See Inui, M. Bacteriophage, Promoter, Cell divi-
TELENTI, A. and Persinc, D.H. — ZHANG, Y. — See LaTHIGRA, R. sion; E. coli, Cell cycle, Transpo-
Novel strategies for the detection of ZYGMUNT, M.S. — See CLOECKAERT, A. sons, Gene expression ..... 615
drug resistance in Mycobacterium ZYGMUNT, M.S. — See CLOECKAERT, A. Bartonella quintana, Endocarditis;
SUE ibe cbetnses 73 Blebs, Endothelial cell culture,
TELForD, S.R. — See Das, S. Fleast valves .........2.:. 719
TOMMASSEN, J. — See KLEEREBEZEM, M. INDEX OF KEY-WORDS Bifidobacterium longum, Plasmid ;
TscHAPe, H. — See MUHLDorFER, I. Nucleotide sequence, Shuttle vec-
ULLMANN, A. — Catabolite repres- Acetogen, Rumen; 16S rDNA, Rumi- OP civocncdd vbs0000.003 133
sion: a story withoutend... 455 nococcus, Clostridium, Hydrogen Bifidobacterium, rDNA; Identifica-
VAN BeckuoM, A., Maas, H., VER- utilization, New species ... 753 tion, RFLP, Ribosomal patterns,
BRUGH, H. and VAN LEeuwEN, N. — Acifluorfen, Biodegradation, Bacillus Polymorphism ..........- 183
Serotyping, ribotyping, PCR- thuringiensis, Clostridium perfrin- Biodegradation, Acifluorfen, Bacillus
mediated ribosomal 16S-23S spa- gens, Clostridium sphenoides ; thuringiensis, Clostridium perfrin-
cer analysis and arbitrarily primed Identification, Plasmids, Spores, gens, Clostridium sphenoides ;
PCR for epidemiological studies on EY <6' « 6.0 -0:0:o.042%''e5 193 Identification, Plasmids, Spores,
Legionella pneumophila ... 405 Actinobacillus pleuropneumoniae, PEED 0.66 0.0.0 6.6.04 0 d'0-0 193
VAN GINKEL, S.Z. — See Rastoai, N. OMP, Signal sequence, Lipoprotein; Borrelia burgdorferi, Lyme disease ;
VAN LeeuweEN, N. — See VAN BEL- PAL, Immunogenic protein 351 p30, OppA homologue, Outer sur-
KUM, A. Aflatoxin B,, Food, Immunosuppres- face protein 739
VAZQUEZ-BOLAND, J.-A. — See Ripio, sion, Phagocytosis, Fungicidal Brucella abortus, Omp25, R-LPS;
M.-T. activity; Human monocytes, Monoclonal antibodies, Epito-
VepeL, G., Peyret, M., GayrAt, J.P. Microbiological control; Public Toeere ry C ree ee 225
and Mi.tot, P. — Evaluation of an PPTCeT eS Tee 385 Brucella melitensis, Heat shock pro-
expert system linked to a rapid anti- Alicyclobacillus acidocaldarius, tein, DnaK ; Monoclonal antibo-
biotic susceptibility testing system Maltose, Thermoacidophile ; Mal- dies, Epitopes ........... 145
for the detection of B-lactam resis- tose uptake, Binding protein- Cadmium, Copper; Metal-binding
tance phenotypes ........ 297 dependent transport system, Gram* proteins, Bacillus acidocaldarius,
VeNTuRA, S. — See Vii, C. ED 6000-4s6e0 e8we s 733 Heavy metal resistance, Metal toxi-
VERBRUGH, H. — See VAN BELKuM, A. Antibiotic susceptibility, B-Lactam; Es Ss-kw vind a'60568s0 4 s 287
Vertes, A.A. — See INui, M. Enterobacteria, Resistance pheno- Caecomyces communis, Rumen, Cel-
Vipon, D.J.M. — See CouLanags, V. types, Expert system, Rapid detec- lulose, Polysaccharidase ; Anaero-
VILLIGER, L. — See Frey, J. tion, Comparisons ........ 297 bic fungus, Fermentor .... . 363
ViTi, C., GIOVANNETTI, L., GRANCHI, L. Antigenicity, Glycolipoprotein, Campylobacter jejuni, fla gene, Poly-
and VENTURA, S. — Species attribu- Mycobacterium tuberculosis, morphism ; Ribotyping, Serotypes 1
tion and strain typing of Oenococ- Virulence; Mutations, Transfor- GE obs ctenevicseseesi 641
cus oeni (formerly Leuconostoc Peersce r ere 237 Campylobacter, PCR; Genus, Entero-
oenos) with restriction endonu- AP-PCR, Ribotyping, PCR, Legionella pathogenic species, Identification,
clease fingerprints ........ 651 pneumophila; Epidemiology 405 pO ee eee 707
Von Reyn, C.F., Peste., M. and B-Lactam, Antibiotic susceptibility ; Carbohydrate, Catabolite, Repres-
ArBEIT, R.D. — Clinical and epide- Enterobacteria, Resistance pheno- sion, Metabolism, Phosphotransfe-
miologic implications of polyclonal types, Expert system, Rapid detec- rase system, Protein kinase; Trans-
infection due to Mycobacterium tion, Comparisons ........ 297 criptional regulation, Transport;
avium complex .......... 24 B-Lactam, Polyanion, Penicillinase, eeeee e ee 439
WALLACE, R.J., Jr. — Treatment of Factor T, Staphylococcus aureus; Catabolite, Repression, Carbohy-
infections caused by rapidly grow- Sensitivity, Tungstate-phosphate drate, Metabolism, Phosphotrans-
ing mycobacteria in the era of the mixture, Methicillin resistance 279 ferase system, Protein kinase;
newer macrolides ........ 30 Bacillus laterosporus, Spore, Crystal, Transcriptional regulation, Trans-
WALLNER, U. — See MUHLporrer, I. Entomopathogen ; Parasporal crys- i) SN 6 6 4 ee Rae a Oe 439
WarekK, U. and FALKINHAM, J.O., II — tals, Canoe-shaped inclusions, Bac- Cell density, Endoglycosidase,
Action of clofazimine on the Myco- terial morphology ........ 343 Myxobacterium ; Endo-N-acetyl-B-
bacterium avium complex... 43 Bacillus thuringiensis, Acifluorfen, D-glucosaminidase, Secretion,
Wi.uiAMs, D.M., Grusss, B.G., PARK- Biodegradation, Clostridium per- PE vcd ebesewcee nu s 217
Snyper, S., RANK, R.G. and Bone- fringens, Clostridium sphenoides ; Cell division, Bacteriophage, Promo-
WALD, L.F. — Activation of latent Identification, Plasmids, Spores, ter; E. coli, Cell cycle, Transpo-
transforming growth factor beta PPPS Tee ee 193 sons, Gene expression ..... 615
during Chlamydia trachomatis-indu- Bacterial flagellum, MotA pro- Cellulose, Rumen, Polysaccharidase,
ced murine pneumonia ..... 251 tein, MotB protein, OMP, Phylo- Caecomyces communis; Anaerobic
Wits, C. — Some puzzles about eee ee eer 317 fungus, Fermentor........ 363
carbon catabolite repression in Bacterial growth, Osmolarity ; Statio- Chemotherapy, Mycobacterium,
\ PPerery rarer erie 566 nary phase, H-NS, Lrp, rpoS 333 Tuberculosis ; Drug resistance,
Wricut, E.L. — See Rastoai, N. Bacterial growth, Pyrophosphate ; Mechanisms of action and resis-
Ye, J. — Regulation of carbohydrate Growth yield, 2D electrophoresis tance, Rapid detection, Drug tar-
INDEX OF KEY-WORDS 775
gets, M. avium, M. tuberculosis; Escherichia coli, Virulence, Ecology; Iron, Virulence, Listeria monocyto-
PR 2 606 tb0006006-0:68 7 Niches, Surface water, Stool genes, Esculetin, Siderophore;
Chlamydia trachomatis, Cytokine, samples, Healthy carriers ... 625 Esculin, Mouse, Spleen .... 677
TGFB, Immunosuppression ; RT/ Esculetin, Virulence, Listeria mono- Lactobacillus, Plasmid; Plasmid vec-
PCR, Northern blot, Active and cytogenes, Iron, Siderophore ; tors, Origin of replication, RC,
latent TGFB, Bl and B62 iso- Esculin, Mouse, Spleen .... 677 Nucleotide sequence ...... 619
rereer re ee 251 ETEC, Enteritis, Escherichia coli, Legionella pneumophila, Ribotyping,
Chryseobacterium meningosepticum, RAPD; Epidemiological tool, PCR, AP-PCR; Epidemiology 405
Ribotyping ;N osocomial infections, Genetic polymorphism .... 175 Leuconostoc, Ribotyping, RFLP,
Serovars, Epidemiology .... 415 fablI gene, qmeA gene, envM gene, Malolactic fermentation, Oenococ-
Clostridium perfringens, Acifluorfen, Fatty acid; Elongation, Biosynthesis, cus oeni, Weisella; Species attribu-
Biodegradation, Bacillus thurin- PspA, Alleles, E. coli ...... 609 tion, Typing, Total DNA restriction
giensis, Clostridium sphenoides; Factor T, Polyanion, Penicillin- pattern analysis, Wine, Starter cul-
Identification, Plasmids, Spores, ase, B-Lactam, Staphylococcus WE oer sveduatesieneds 65
DED 654466400% 008 6 193 aureus ; Sensitivity, Tungstate- Lipoprotein, OMP, Actinobacillus
Clostridium sphenoides, Acifluorfen, phosphate mixture, Methicillin pleuropneumoniae, Signal se-
Biodegradation, Bacillus thurin- ee ee 279 quence ; PAL, Immunogenic pro-
giensis, Clostridium perfringens; Fatty acid, gmeA gene, fabl gene, envM Sek 6- 6 adicck eae es 351
Identification, Plasmids, Spores, gene ; Elongation, Biosynthesis, Listeria monocytogenes, Virulence;
Pee er ee 193 PspA, Alleles, E. coli ...... 609 Haemolysin, Lecithinase, Virulence
Copper, Cadmium; Metal-binding fla gene, Campylobacter jejuni, Poly- gene expression, prfA, hly, plcB,
proteins, Bacillus acidocaldarius, morphism ; Ribotyping, Serotypes 1 Environmental regulation ... 371
Heavy metal resistance, Metal toxi- | Pererrrryy eterr e 641 Listeria monocytogenes, Virulence,
GD scc ccetitonteevcess 287 Food, Aflatoxin B,, Immunosuppres- Iron, Esculetin, Siderophore ; Escu-
Corynebacterium diphtheriae, Toxin, sion, Phagocytosis, Fungicidal acti- lin, Mouse, Spleen ....... 677
Urokinase; Plasminogen activator, vity; Human monocytes, Microbio- Listeria, PCR; iap gene, Identifica-
COHMEREEOIN o 5 cc ccceccas 697 logical control; Public health 385 GD 40s bveeeeabawevess 637
Crystal, Spore, Bacillus laterosporus, Fructose, PTS, Haemophilus influen- Lyme disease, Borrelia burgdorferi;
Entomopathogen; Parasporal crys- zae ; Multi-domain protein, Ge- p30, OppA homologue, Outer sur-
tals, Canoe-shaped inclusions, Bac- nome sequencing ........ 209 oo eee 739
terial morphology ........ 343 Fungicidal activity, Aflatoxin B ,, Food, Malolactic fermentation, Ribotyping,
Cytokine, TGFB, Immunosuppression, Immunosuppression, Phagocytosis ; RFLP, Oenococcus oeni, Leuco-
Chlamydia trachomatis; RT/PCR, Human monocytes, Microbiological nostoc, Weisella; Species attribu-
Northern blot, Active and latent control; Public health ...... 385 tion, Typing, Total DNA restriction
TGF6, B1 and B2 isoforms 251 Glucose, Thiosulphate, Xylose, Ther- pattern analysis, Wine, Starter cul-
DnaK, Heat shock proteins, Brucella moanaerobacter finnii; Thiosul- PTET PrCrTeT ere 651
melitensis; Monoclonal antibodies, phate reduction, Anaerobiosis, Glu- Maltose, Thermoacidophile, Alicy-
BNGNGS 2 wwe ccccccscess 145 cose and xylose oxidation, Thermal clobacillus acidocaldarius ; Mal-
Ecology, Virulence, Escherichia coli; ecosystems, Oil fields ..... 159 tose uptake, Binding protein-
Niches, Surface water, Stool Glycolipoprotein, Mycobacterium dependent transport system, Gram*
samples, Healthy carriers ... 625 tuberculosis, Antigenicity, viru- er ere 733
Endocarditis, Bartonella quintana; lence; Mutations, Transforma- Melanin, Pigment, Proteus mirabilis,
Blebs, Endothelial cell culture, GP .on.000knsasuuseecens 237 Melanogenesis, Tyrosine; Ultra-
Heart valves ............ 719 Haemolysin, Virulence, Vibrio para- structure, Free radical traps, Tyrosi-
Endoglycosidase, Myxobacterium, haemolyticus ; Receptors, Ganglio- «6-2 HbR eh HOKEO O 167
Cell density ;E ndo-N-acetyl-B-D- Ce star tceueueeecass 687 Melanogenesis, Pigment, Melanin,
glucosaminidase, Secretion, Kine- Haemophilus influenzae, PTS, Fruc- Proteus mirabilis, Tyrosine; Ultra-
Di cetaadeetewenwenes 217 tose; Multi-domain protein, structure, Free radical traps, Tyrosi-
Enteritis, ETEC, Escherichia coli, Genome sequencing ...... 209 ee ee re 167
RAPD; Epidemiological tool, Heat shock protein, DnaK, Brucella Metabolism, Catabolite, Repression,
Genetic polymorphism .... 175 melitensis ; Monoclonal antibodies, Carbohydrate, Phosphotransferase
Enterotoxin A, Staphylococcus eee eee 145 system, Protein kinase; Transcrip-
aureus ; PFGE, Phenotypic and Helicobacter pylori, PCR, RAPD; tional regulation, Transport;
genotypic characteristics, Epide- Sequencing, Genotyping, Compari- EE 26 Keoorek saiéew e 439
SONNE ccc ccccevesenes 263 errr Serre eee ee 661 MotA protein, MotB protein, Bacterial
Entomopathogen, Spore, Crystal, Immunosuppression, Aflatoxin B,, flagellum, OMP, Phylogeny 317
Bacillus laterosporus; Parasporal Food, Phagocytosis, Fungicidal MotB protein, MotA protein, Bacterial
crystals, Canoe-shaped inclusions, activity; Human monocytes, flagellum, OMP, Phylogeny 317
Bacterial morphology ..... 343 Microbiological control; Public Mycobacterium, Chemotherapy,
envM gene, qmeA gene, fabl gene, SP ereeee eee 385 Tuberculosis ; Drug resistance,
Fatty acid; Elongation, Biosynthesis, Immunosuppression, Cytokine, Mechanisms of action and resis-
PspA, Alleles, E. coli ...... 609 TGFB, Chlamydia trachomatis; tance, Rapid detection, Drug tar-
Escherichia coli, ETEC, Enteritis, RT/PCR, Northern blot, Active gets, M. avium, M. tuberculosis;
RAPD; Epidemiological tool, and latent TGFB, B1 and £2 iso- PE. GAR ie hw eRe O66 05 7
Genetic polymorphism .... 175 Peer eeerrn eTT ee 251 Mycobacterium tuberculosis, Glyco-
776 RESEARCH IN MICROBIOLOGY
protein, Antigenicity, Virulence; Sensitivity, Tungstate-phos- Ribotyping, RFLP, Malolactic fer-
Mutations, Transformation... 237 phate mixture, Methicillin resis- mentation, Oenococcus oeni, Leu-
Myxobacterium, Endoglycosidase, eeerres ee ees 279 conostoc, Weisella; Species attribu-
Cell density ;E ndo-N-acetyl-B-D- Polymorphism, fla gene, Campylo- tion, Typing, Total DNA restriction
glucosaminidase, Secretion, Kine- bacter jejuni; Ribotyping, Sero- pattern analysis, Wine, Starter cul-
Gb is cet veebeeieciwes 217 GE ETT eee 641 Power rrre, ese Yer 651
Oenococcus oeni, Ribotyping, RFLP, Polysaccharidase, Rumen, Cellulose, Rumen, Acetogen; 16S rDNA, Rumi-
Malolactic fermentation, Leuco- Caecomyces communis; Anaerobic nococcus, Clostridium, Hydrogen
nostoc, Weisella; Species attribu- fungus, Fermentor........ 363 utilization, New species ... 753
tion, Typing, Total DNA restric- Promoter, Bacteriophage, Cell divi- Rumen, Cellulose, Polysaccharidase,
tion pattern analysis, Wine, Starter sion; E. coli, Cell cycle, Transpo- Caecomyces communis; Anaerobic
GD ofc bs eevee ssecces 651 sons, Gene expression ..... 615 fungus, Fermentor........ 363
OMP, Actinobacillus pleuropneumo- Protein kinase, Catabolite, Repres- Salmonella enterica, PCR; Italy,
niae, Signal sequence, Lipoprotein ; sion, Carbohydrate, Metabolism, Serotype Enteritidis, PCR ribo-
PAL, Immunogenic protein 351 Phosphotransferase system; Trans- typing, Phage types, Epidemio-
OMP, MotA protein, MotB pro- criptional regulation, Transport; Pereee T T. 393
tein, Bacterial flagellum, Phylo- PED 6.0 600s e00080 6 % 439 Salmonella ; Serovars, Taxonomy,
ne 6-6-5 o op oes 00 4.0.0-di0 317 Proteus mirabilis, Pigment, Melanin, Kauffmann-White scheme... 765
Omp25, Brucella abortus, R-LPS; Melanogenesis, Tyrosine; Ultra- Septicaemia, Streptococcus pyo-
Monoclonal antibodies, Epito- structure, Free radical traps, Tyrosi- genes; Epidemiology, Biotypes, M-
SR Ceeeeeesanukerveer. 225 erneee e e es ee 167 SUE See ewecees eases 273
Osmolarity, Bacterial growth; Statio- Pseudomonas putida, PTS, Transcrip- Siderophore, Virulence, Listeria
nary phase, H-NS, Lrp, rpoS 333 tion; Regulation, Sigma-54, xyl monocytogenes, Iron, Esculetin;
PCR, Campylobacter ;G enus, Entero- operon, TOL plasmid, E. coli 129 Esculin, Mouse, Spleen .... 677
pathogenic species, Identification, PTS, Fructose, Haemophilus influen- Signal sequence, OMP, Actinoba-
WE oe easoese env 707 zae; Multi-domain protein, Ge- cillus pleuropneumoniae, Lipo-
PCR, Listeria; iap gene, Identifica- nome sequencing ........ 209 protein; PAL, Immunogenic pro-
____ PURTEE LOLL TYET E e 637 PTS, Pseudomonas putida, Transcrip- Be bs 6 eens 06a ew eee 351
PCR, RAPD, Helicobacter pylori; tion; Regulation, Sigma-54, xyl Spore, Crystal, Bacillus laterosporus,
Sequencing, Genotyping, Compari- operon, TOL plasmid, E. coli 129 Entomopathogen; Parasporal crys-
SEP PPrerrrCia reser 661 Pyrophosphate, Bacterial growth; tals, Canoe-shaped inclusions, Bac-
PCR, Ribotyping, AP-PCR, Legio- Growth yield, 2D electrophoresis terial morphology ........ 343
nella pneumophila; Epidemiol- analysis, Stationary phase survival, Staphylococcus aureus, Enterotoxin
Sreer e ee a 405 OE ot esev ts creedons 597 A; PFGE, Phenotypic and genotypic
PCR, Salmonella enterica; Italy, Sero- qmeA gene, fabl gene, envM gene, characteristics, Epidemiology 263
type Enteritidis, PCR ribotyping, Fatty acid; Elongation, Biosynthesis, Staphylococcus aureus, Polyanion,
Phage types, Epidemiology 393 PspA, Alleles, E. coli ...... 609 Penicillinase, Factor T, B-Lactam;
Penicillinase, Polyanion, Factor T, B- R-LPS, Brucella abortus, Omp25; Sensitivity, Tungstate-phosphate
Lactam, Staphylococcus aureus; Monoclonal antibodies, Epi- mixture, Methicillin resistance 279
Sensitivity, Tungstate-phosphate BD Sineesete ievns e 225 Streptococcus pyogenes, Septi-
mixture, Methicillin resistance 279 RAPD, ETEC, Enteritis, Escherichia caemia; Epidemiology, Biotypes,
Phagocytosis, Aflatoxin B,, Food, coli; Epidemiological tool, Genetic _. SPP eee 273
Immunosuppression, Fungicidal polymorphism .......... 175 TGFB, Cytokine, Immunosuppres-
activity; Human monocytes, RAPD, PCR, Helicobacter pylori; sion, Chlamydia trachomatis;
Microbiological control ; Public Sequencing, Genotyping, Compari- RT/PCR, Northern blot, Active
EE 0:0 5b s'h e 66008860 % 385 _ Prerette i ere 661 and latent TGFB, B1 and B2 iso-
Phosphotransferase system, Catabo- rDNA, Bifidobacterium ; Identifica- ST 2 6650540%0 899 '0' 6% 251
lite, Repression, Carbohydrate, tion, RFLP, Ribosomal patterns, Thermoacidophile, Maltose, Alicy-
Metabolism, Protein kinase; Trans- Polymorphism .......... 183 clobacillus acidocaldarius ; Mal-
criptional regulation, Transport; Repression, Catabolite, Carbohy- tose uptake, Binding protein-
DN Acce006s 6ss ea s8 439 drate, Metabolism, Phosphotrans- dependent transport system, Gram*
Phylogeny, MotA protein, MotB pro- ferase system, Protein kinase; re ee 733
tein, Bacterial flagellum, OMP 317 Transcriptional regulation, Trans- Thermoanaerobacter finnii, Thiosul-
Pigment, Melanin, Proteus mirabilis, OO FOOD 2 ccc cece eese 439 phate, Glucose, Xylose; Thiosul-
Melanogenesis, Tyrosine; Ultra- RFLP, Ribotyping, Malolactic fer- phate reduction, Anaerobiosis, Glu-
structure, Free radical traps, Tyrosi- mentation, Oenococcus oeni, Leu- cose and xylose oxidation, Thermal
MP es babes devecessavir 167 conostoc, Weisella; Species attri- ecosystems, Oil fields ..... 159
Plasmid, Bifidobacterium longum ; bution, Typing, Total DNA Thiosulphate, Glucose, Xylose, Ther-
Nucleotide sequence, Shuttle vec- restriction pattern analysis, Wine, moanaerobacter finnii; Thiosul-
SP sete udedvareeoknnes 133 SUMSIOT CURING 0. cee 651 phate reduction, Anaerobiosis, Glu-
Plasmid, Lactobacillus; Plasmid vec- Ribotyping, Chryseobacterium menin- cose and xylose oxidation, Thermal
tors, Origin of replication, RC, gosepticum; Nosocomial infections, ecosystems, Oil fields ..... 159
Nucleotide sequence ...... 619 Serovars, Epidemiology .... 415 Toxin, Corynebacterium diphtheriae,
Polyanion, Penicillinase, Factor T, Ribotyping, PCR, AP-PCR, Legionella Urokinase; Plasminogen activator,
B-Lactam, Staphylococcus aureus; pneumophila; Epidemiology 405 oo eee eee 697
INDEX OF KEY-WORDS 777
Transcription, PTS, Pseudomonas Mycobacterium avium complex, Overproduction of the Brucella meli-
putida; Regulation, Sigma-54, xyl C.F. Von Reyn, M. PEsTeEL and tensis heat shock protein DnaK in
operon, TOL plasmid, E. coli 129 a ME ccc eteseeees 24 Escherichia coli and its localization
Tuberculosis, Mycobacterium, Che- Treatment of infections caused by by use of specific monoclonal anti-
motherapy; Drug resistance, rapidly growing mycobacteria in bodies in B. melitensis cells and
Mechanisms of action and resis- the era of the newer macrolides, fractions, A. CLOBCKAERT, O. Grépi-
tance, Rapid detection, Drug tar- ads WHAM oh ev ians 30 NET, H. SALIH-ALJ DEBBARH and
gets, M. avium, M. tuberculosis; The structure and function of the iso- M.S. ZYGMUNT .......... 145
EE kod €b.4N 660086% 6 7 niazid target in M. tuberculosis, Effect of thiosulphate as electron
Tyrosine, Pigment, Melanin, Proteus J.C. SACCHETTINI and J.S. BLANn- acceptor on glucose and xylose oxi-
mirabilis, Melanogenesis ; Ultra- I 06 0 se cess bKwhwee e 36 dation by Thermoanaerobacter fin-
structure, Free radical traps, Tyrosi- Action of clofazimine on the Mycobac- nii and a Thermoanaerobacter sp.
ee er ee ee 167 terium avium complex, U. WAREK isolated from oil field water, M.L.
Urokinase, Toxin, Corynebacterium and J.O. FALKINHAM, III.... . 43 FARDEAU, C. FAupon, J.-L. CAYoL,
diphtheriae ; Plasminogen activa- Rifamycin resistance in mycobacte- M. Macot, B.K.C. Patet and B.
tor, Cytotoxicity ......... 697 5S ee Peeerrree S 48 errers ee e ee ee 159
Vibrio parahaemolyticus, Virulence, Resistance to quinolones in mycobacte- Study of a melanic pigment of Pro-
Haemolysin; Receptors, Ganglio- ria, E. CAMBAU and V. JARLIER 52 teus mirabilis, A. Acopi, S. STeE-
Ge aes wkd aeee cd RmKes 687 Ribosomal drug resistance in myco- FANI, C. CorSARO, F. CAMPANILE, S.
Virulence, Escherichia coli, Ecology; bacteria, P. SANDER, A. MEIER and GriBALDOo and G. SicHeL ... 167
Niches, Surface water, Stool ics UN: 6 dee ee tebe 59 Characterization of enterotoxigenic
samples, Healthy carriers ... 625 The genetics of multiple drug resis- Escherichia coli by random ampli-
Virulence, Glycolipoprotein, Mycobac- tance in Mycobacterium tuberculo- fication of polymorphic DNA,
terium tuberculosis, Antigenicity; sis and the Mycobacterium avium A.B.F. Pacueco, B.E.C. Gutn,
Mutations, Transformation ... 237 complex, S.L. Morris and D.A. D.F. De AvmeipA and L.C.S. Fer-
Virulence, Listeria monocytogenes, HOVE E TCC Cee 68 WEA 6 0 cc eccevceseess 175
Iron, Esculetin, Siderophore ; Escu- Novel strategies for the detection of Ribosomal DNA polymorphism in the
lin, Mouse, Spleen ....... 677 drug resistance in Mycobacterium genus Bifidobacterium, 1. MANGIN,
Virulence, Listeria monocytogenes ; tuberculosis, A. TELENTI and D.H. N. Bourcet and B. Decaris_ 183
Haemolysin, Lecithinase, Virulence PCC PE TT EET Ty eS 73 Identification of spore-forming strains
gene expression, prfA, hly, plcB, Rapid measurement of antimycobac- involved in biodegradation of aci-
Environmental regulation ... 371 terial drug activity, S. Gorpon, S. fluorfen, M.G. Fortina, A. ACQUATI
Virulence, Vibrio parahaemolyticus, HouLpsworTH, K. Duncan, L.S. and R. AMBROSOLI ........ 193
Haemolysin; Receptors, Ganglio- RoBerts and P.W. ANDREW 79 Novel PTS proteins revealed by bac-
Pe thavdkdwaeedu sek e 687 Antimycobacterial quinolones: a terial genome sequencing: a unique
Weisella, Ribotyping, RFLP, Malo- comparative analysis of structure- fructose-specific phosphoryl trans-
lactic fermentation, Oenococcus activity and structure-cytotoxicity fer protein with two HPr-like
oeni, Leuconostoc; Species attribu- relationships, G. KLopman, D. domains in Haemophilus influen-
tion, Typing, Total DNA restriction Fercu, J.-Y. Li, H.S. ROSENKRANZ zae, J. Reizer, A. Reizer and M.H.
pattern analysis, Wine, Starter cul- and M.R. JAcoBs ......... 86 | Sevrrrrerrrrir. 209
Se 642 6:64.604.6s Keeekws 651 Identification of new drug targets in Secretion kinetics of endo-N-acetyl-
Xylose, Thiosulphate, Glucose, Ther- Mycobacterium avium and Myco- §-D-glucosaminidase during vege-
moanaerobacter finnii; Thiosul- bacterium tuberculosis, N. RASTOGI, tative growth of Myxococcus xan-
phate reduction, Anaerobiosis, Glu- K.S. Gon, S.Z. VAN GINKEL, E.L. thus, Y. KARAMANOS, J.-P. BAr-
cose and xylose oxidation, Thermal WriGuHTt and W.W. Barrow 97 REAUD and R. JULIEN ...... 217
ecosystems, Oil fields ..... 159 Glycosyltransferases as targets for Purification and antigenic analysis of
inhibition of cell wall synthesis in the major 25-kilodalton outer mem-
M. tuberculosis and M. avium, J.A. brane protein of Brucella abortus,
INDEX Mappry, W.J. SuLinc and R.C. A. CLOECKAERT, M.S. ZYGMUNT, G.
OF ARTICLES PUBLISHED a Pee Te 106 Bézarp and G. Dusray .... 225
Lack of production of the 19-kDa
glycolipoprotein in certain strains
13th Forum in Microbiology : Original articles:
of Mycobacterium tuberculosis,
“Solving the dilemma of antimyco- o°4-dependent transcription of the R. LATHIGRA, Y. ZHANG, M. HILL,
bacterial chemotherapy”. Introduc- Pseudomonas putida xylS operon is M.-J. Garcia, P.S. JACKETT and
tion, N. Rastoai and J.O. FALKIN- influenced by the IIA‘ protein of 3 | PeCPT eET ET Tee 237
4 ePrereer.r ar ra e 7 the phosphotransferase system in Activation of latent transforming
Current problems with tuberculosis Escherichia coli, Y. Du, A. HOLTEL, growth factor beta during Chlamydia
treatment, J. GROSSET ..... 10 J. Reizer and M.H. Saier, Jr. 129 trachomatis-induced murine pneu-
Treatment of disseminated Mycobac- Characterization of the plasmid monia, D.M. WILLIAMS, B.G.
terium avium complex disease: a pMB1 from Bifidobacterium lon- Gruss, S. PARK-SNYDER, R.G. RANK
clinician’s perspective, C.A. BEN- gum and its use for shuttle vector and L.F. BONEWALD........ 251
GF ccc cescawsstrveces 16 construction, M. Rossi, P. Briaipi, Phenotypic and genotypic (pulsed-
Clinical and epidemiologic implica- A. GONZALEZ VARA Y RODRIGUEZ field gel electrophoresis) character-
tions of polyclonal infection due to and D. MATTEUzzI ........ 133 istics of enterotoxin-A-producing
778 RESEARCH IN MICROBIOLOGY
Staphylococcus aureus strains, C. G.B. Costa, G. Mancuso, A. in Lactococcus and Lactobacillus,
Gou.toumés, M. Bes, F. ReNAuD, B. Baroni and E. Losi ....... 385 eee Se eer 523
Lina, M.E. Reverpy, Y. BRUN and Epidemiology of Salmonella enterica The fructose diphosphate/phosphate
Se WOME 6 cei csv cdens 263 serotype Enteritidis infections in regulation of carbohydrate metabo-
Septicaemia caused by phenotypic southern Italy during the years lism in low G+C Gram-positive
variants of group A streptococci, P. 1980-1994, A. NastTAsi and C. anaerobes, J.B. Russett, D.R. Bonp
GeEsLIN, P. Kriz-KUZEMENSKA, A. DEAREIMA. ccc cccccessves 393 8 Re ee 528
FrREMAUX, H. HAvVLICKOVA, A. Serotyping, ribotyping, PCR-media- Carbon metabolism and its regulation
DuBLANCHET and A. Bouvet, and ted ribosomal 16S-23S spacer ana- in Streptomyces and other high
the “Collége de Bactériologie, lysis and arbitrarily primed PCR GC Gram-positive bacteria, I.T.
Virologie et Hygiéne des H6pitaux for epidemiological studies on PE conden seendnaes 535
Généraux de France” ..... 273 Legionella pneumophila, A. VAN Life in mucus: sugar metabolism in
Anionic properties of B-lactam-enhan- Betkum, H. Maas, H. VERBRUGH Haemophilus influenzae, L.P. Mac-
cing factor on methicillin-resistant and N. VAN LEEUWEN ..... 405 FADYEN and R.J. REDFIELD ... 541
Staphylococcus aureus, Y. TAJIMA, Ribotyping of Chryseobacterium Catabolite repression control in the
Z. NAGASAWA, I. TANABE, K. meningosepticum : its use as an epi- Pseudomonads, D.N. Cou.ier, P.W.
KusaBa and J. TADANO..... 279 demiological tool and its correla- HAGer and P.V. Puisss, Jr.... 551
Identification of a high-molecular- tion with serovars, M.-L. Qui.ici Reverse catabolite repression and regu-
weight cadmium-binding protein in eee 415 lation of CO, fixation in Rhodobac-
copper-resistant Bacillus acidocal- ter and related bacteria, M. INul,
darius cells, C. Capasso, F. Naz- A.A. Vertes and H. YUKAWA = 562
14th Forum in Microbiology :
ZARO, F. Maru ui, A. Capasso, F. Some puzzles about carbon catabolite
La Cara and E. Parisi .... 287 “Regulation of carbon metabolism in repression in yeast,C. Witts 566
Evaluation of an expert system linked bacteria”. Carbohydrate control of gene
to a rapid antibiotic susceptibility Regulatory interactions controlling expression in higher plants, I.A.
testing system for the detection of carbon metabolism: an overview, eeree ee ee 572
B-lactam resistance phenotypes, G. Be DAR, GE. ce cccccene 439
Vepe, M. Peyret, J.P. GAYRAL and Evolution of carbohydrate metabolic
Original articles:
Pe BE cic ctvoneseoses 297 pathways, A.H. ROMANO and T.
Structural and phylogenetic analysis of SEE 8 eb ce nsdccursdes 448 In vivo positive effects of exogenous
the MotA and MotB families of bac- Catabolite repression: a story without pyrophosphate on Escherichia coli
terial flagellar motor proteins, C.C. end, A. ULLMANN ........ 455 cell growth and stationary phase
Nouyen and M.H. Saier, Jr. .. 317 A voyage along the bases: novel survival, F. Bivi_te, C. LAURENT-
hns, rpoS and Irp mutations affect phosphotransferase genes revealed WINTER and A. DANCHIN ... 597
stationary-phase survival at high by in silico analyses of the Escheri- The qmeA (ts) mutation of Escheri-
osmolarity, M. LevinTHat and T. chia coli genome, J. Reizer and A. chia coli is localized in the fab/
0 ee ee 333 PEE we ctcvocsccevess 458 gene, which encodes enoyl-ACP
The crystal-forming strains of Bacil- Enzyme I: the first protein and poten- reductase, M. KLEEREBEZEM, M.
lus laterosporus, T.A. SMIRNOVA, tial regulator of the bacterial phos- HeuTink, H. De Cock and J. Tom-
I.B. MINENKOvA, M.V. ORLOva, phoenolpyruvate:glycose phospho- FS es 609
M.-M. Lecapet and R.R. AZIzBE- transferase system, F. CHAUVIN, L. Bacteriophage Mu gem2ts, which
Pere reer re t re 343 BRAND and §. ROSEMAN .... 471 induces synchronous cell division
Cloning and characterization of an Cyclic AMP and catabolite repres- in the infected host, is mutated in
Actinobacillus pleuropneumoniae sion, M. CRASNIER........ 479 the gem operon promoter, R. La
outer membrane protein belonging Inducer exclusion and the regulation VALLE, G. FABozzi, P. GHELARDINI
to the family of PAL lipoproteins, of sugar transport, M.H. Sater, Jr. GRE En FRUIMED oc ccccvcs 615
J. Frey, P. KuHnert, L. VILLIGER and M. CRASNIER......... 482 Genetic analysis of the replication
ODF. TURE kc cocccens 351 Cra and the control of carbon flux via region of the Lactobacillus plas-
Polysaccharide hydrolase production metabolic pathways, T.M. RaAm- mid vector pPSC22, P.S. Coccon-
by the rumen fungus Caecomyces GR oes ensvcersncnees 489 cELLI, M. Exti, B. RiBoui and L.
communis, C. GerBi, J. BATA, A. Role of alternate sigma factors in SL +4-6-4&o o-stU mo % 0 619
BreTON and G. PRENSIER ... 363 starvation protein synthesis — Characterization of Escherichia coli
Transcriptional activation of viru- novel mechanisms of catabolite strains isolated from environmental
lence genes in wild-type strains of repression, A. MATIN...... 494 water habitats and from stool
Listeria monocytogenes in response Post-transcriptional regulation of bac- samples of healthy volunteers, I.
to a change in the extracellular terial carbohydrate metabolism: MUHLporrer, G. BLum, A. Dono-
medium composition, M.-T. Ripio, evidence that the gene product HUE-Rotre, H. Heier, T. OLScHLA-
G. DomMinGuEz-BERNAL, M. SUAREZ, CsrA is a global mRNA decay fac- GER, H. TscHApE, U. WALLNER and
K. BrReHM, P. Bercue and J.-A. eer 505 EE 5 08 6 kar) @ deine 625
VAZQUEZ-BOLAND ........ 371 Coordination of carbon and nitrogen Identification of Listeria species by a
Immunobiological activities of mould metabolism, A. CHARBIT ... 513 semi-nested polymerase chain reac-
products: functional impairment of CcpA and HPr(ser-P): mediators of tion, M. MANzano, L. Coco tin, P.
human monocytes exposed to afla- catabolite repression in Bacillus FERRONI, V. GASPARINI, D. NARDUZzZI,
toxin B,, V. CusuMAno, F. Ros- subtilis, S. CHAUVAUX ..... 518 C. CanToni and G. Comi.... 637
SANO, R.A. MERENDINO, A. ARENA, Regulation of carbohydrate transport Flagellin gene profiling of Campylo-
—_
INDEX OF ARTICLES PUBLISHED 779
bacter jejuni heat-stable serotype 1 tor urokinase to in vitro cytotoxi- Acetogenic coccoid spore-forming
and 4 complex, E. SANTESTEBAN, J. city of diphtheria toxin, C. Guipi- bacteria isolated from the rumen,
GiBson and R.J. OWEN 641 RONTANI 697 F. Rieu-Lesme, C. DauGa, B. Mor-
Species attribution and strain typing Rapid identification by PCR of the VAN, O.M.M. Bouvet, P.A.D. Gri-
of Oenococcus oeni (formerly Leu- genus Campylobacter and of five MONT and J. Dor&é 753
conostoc oenos) with restriction Campylobacter species enteropatho- Supplement 1995 (n° 39) to the
endonuclease fingerprints, C. Vim, genic for man and animals, D. Lin- Kauffmann-White scheme, M.Y.
L. GIiovANNeTTI, L. GRANCHI and S. TON, R.J. Owen and J. STANLEY =707 Poporr, J. BOCKEMUHL and F.W.
VENTURA 651 Bartonella quintana invades and mul- HICKMAN-BRENNER
Genotyping of Helicobacter pylori iso- tiplies within endothelial cells in
lates by sequencing of PCR pro- vitro and in vivo and forms intracel-
ducts and comparison with the lular blebs, P. Brougui and D. BOOKS RECEIVED
RAPD technique, I. KANsau, J. Ray- RAOULT 719
MOND, E. BINGEN, P. Courcoux, N. Biochemical identification of a lipo-
KALACH, M. Berceret, N. BraiMi, C. protein with maltose-binding acti- Trevors, J.T. & VAN Exsas, J.D. —
Dupont and A. LABIGNE .... 661 vity in the thermoacidophilic Nucleic acids in the environ-
Esculetin antagonizes iron-chelating Gram-positive bacterium Alicyclo- 201
agents and increases the virulence bacillus acidocaldarius, A. HER- Montecucco, C. — Clostridial neu-
of Listeria monocytogenes, V. MANN, A. SCHLOSSER, R. SCHMID and rotoxins 427
CouLANGES, P. ANDRE and D.J.M. E. SCHNEIDER 733 Meyers, R.A. (Ed.) — Encyclopedia
VIDON 677 Characterization of a 30-kDa Borrelia of molecular biology and molecular
Study of the haemolytic process and burgdorferi substrate-binding pro- medicine 427
receptors of thermostable direct hae- tein homologue, S. Das, D. BLACKBURN, H.B. & Greiper, C.W. —
molysin from Vibrio parahaemolyti- SHRAGA, C. GANNON, T.T. Lam, S. Telomeres 427
cus, J.P. Douet, M. CaAstrovigso, A. Fence, L.R. Brunet, S.R. TELFORD, Camus, E., BARRE, N., MARTINEZ, D.
Dopin and C. BEBEAR 687 S.W. BARTHOLD, R.A. FLAVELL and & UILENBERG, G. Heart water
Contribution of plasminogen activa- E. Fikric (cowdriosis): a review .... 589