Journal of Microbiological Methods 1991: Vol 13 Index

5 Pages·1991·1.2 MB·English

317
Author Index of Volume 13
Adamkiewicz, V.W., Authier, A., Dumont, S., Dumont, S., see Adamkiewicz, V. W., 255
Garzon, S., Leduc, S., Morency, D., Nak-
hostin, N. and Strykowski, H., A simple Folkers, G.E., see Houwen, F.P., 223
procedure for enriching and cultivating mag- French, D.D., see Dietrich, M.A., 281
netic bacteria in low agar-mud medium, 255 Furiga, M., see Bromke, B. J., 61
Akiyama, T., see Sugai, M., 11
Arnold, W.N., Rapid permanganate-fixation and Garzon, S., see Adamkiewicz, V. W., 255
alcohol-dehydration of fungal specimens for Ghandchi, A., see Trautmann, M., 305
transmission electron microscopy, 17 Green, D.H., Lewis, G. D., Rodtong, S. and Lou-
Authier, A., see Adamkiewicz, V. W., 255 tit, M.W., Detection of faecal pollution in
water by an Escherichia coli uidA gene probe,
Banerjee, D.K., see Patel, B.K.R., 99 207
Boyle, M. D.P., see Otten, R.A., 185 Grehn, M., Miiller, F. and Hugelshofer, R., The
Bromke, B. J. and Furiga, M., Carrageenan is a API ZYM system as a tool for typing of
desirable substitute for ager in media growing Pasteurella multocida strains from humans,
Trichomonas vaginalis, 61 201
Burns, J.L. and Hedin, L.A., Genetic transfor- Griiter, L. and Laufs, R., Protoplast transforma-
mation of Pseudomonas cepacia using elec- tion of Staphylococcus epidermidis, 299
troporation, 215 Gutiérrez, F., see Veiga, M., 23
Butcher, P. D., see Patel, B.K.R., 99
Byun, S., see McFeters, G. A., 87 Hansen, G.H. and Sorheim, R., Improved meth-
od for phenotypical characterization of ma-
Callis, P.R., see McFeters, G.A., 87 rine bacteria, 231
Carlson, H., Nilsson, P., Jansson, H.-B. and Od- Hedin, L.A., see Burns, J.L., 215
ham, G., Characterization and determination Held, T., see Trautmann, M., 305
of prehelminthosporol, a toxin from the plant Hendrick, D.B., Nivens, D.E., Stafford, C. and
pathogenic fungus Bipolaris sorokiniana, us- White, D.C., Rapid differentiation of archae-
ing liquid chromatography/mass spectrome- bacteria from eubacteria by diffuse reflectance
try, 259 Fourier-transform IR spectroscopic analysis
Chevalier, P., Roy, D. and Savoie, L., X-a-Gal- of lipid preparations, 67
based medium for simultaneous enumeration Hood, M.A., Comparison of four methods for
of bifidobacteria and lactic acid bacteria in measuring chitinase activity and the applica-
milk, 75 tion of the 4-MUF assay in aquatic environ-
Choe, W., see Singer, J. T., 49 ments, 151
Choquet, C.G. and Sprott, G.D., Metal chelate Houwen, F.P., Rebers, M., Folkers, G. E., Stams,
affinity chromatography for the purification A.J.M. and Zehnder, A.J.B., The use of a
of the F4.9-reducing (Ni,Fe) hydrogenase of two-liquid-phase electron removal system for
Methanospirillum hungatei, 161 culture of proton-reducing bacteria, 223
Cimolai, N. and Mah, D., Comparison of poly- Hugelshofer, R., see Grehn, M., 201
clonal antisera and anti-43kDa antigen
monoclonal antibodies for the culture- Ineson, P., see Johnson, E.E., 293
amplified antigenic detection of Mycoplasma
pneumoniae by immunoblotting, 123 Jain, D.K., Collins-Thompson, D.L., Lee, H. and
Collins-Thompson, D.L., see Jain, D.K., 271 Trevors, J.T., A drop-collapsing test for
CollinsThompson, D.L., see Jayaratne, A.H. screening surfactant-producing microorgan-
G.P., 1 isms, 271
Cross, A.S., see Trautmann, M., 305 Jansson, H.-B., see Carlson, H., 259
Cryz, Jr., S.J., see Trautmann, M., 305 Jayaratne, A.H.G.P., Collins-Thompson, D.L.
and Trevors, J. T., Occurrence of tetracycline-
Dietrich, M.A., Truax, R.E., French, D. D., Lea, resistant determinant classes among En-
D.F., Stear, M. J.a nd Newman, M. J., Meas- terobacteriaceae isolated from meat, 1
urement of antibody binding to intact bacteria Johnson, D. B. and McGinness, S., A highly effi-
using flow cytometric techniques, 281 cient and universal solid medium for growing
318
mesophilic and moderately thermophilic, biodegradation in anaerobic environments,
iron-oxidizing, acidophilic bacteria, 113 243
Johnson, E.E., O’Donnell, A.G. and Ineson, P.,
An autoradiographic technique for selecting Rebers, M., see Houwen, F.P., 223
Cs-137-sorbing microorganisms from soil, 293 Rodtong, S., see Green, D.H., 207
Roy, D., see Chevalier, P., 75
Komatsuzawa, H., see Sugai, M., 11
Savoie, L., see Chevalier, P., 75
Laufs, R., see Griiter, L., 299 Schmidt, K.A., see Singer, J.T., 49
Lea, D.F., see Dietrich, M.A., 281 Seow, W.K. and Thong, Y.H., Development of a
Leduc, S., see Adamkiewicz, V. W., 255 microcolumn radiometric assay for bacterial
Lee, H., see Jain, D.K., 271 adherence, 39
Lewis, G.D., see Green, D.H., 207 Singer, J. T., Choe, W. and Schmidt, K.A., use of
Lewus, C.B. and Montville, T.J., Detection of a restriction-defective variant for the constric-
bacteriocins produced by lactic acid bacteria, tion of stable attenuated strains of the marine
145 fish pathogen Vibrio anguillarum, 49
Loutit, M. W., see Green, D.H., 207 Singh, A., see McFeters, G. A., 87
Sorheim, R., see Hansen, G.H., 231
Mac Rae, I.C., see O’Donohue, M. J., 171 Sprott, G.D., see Choquet, C.G., 161
Mah, D., see Cimolai, N., 123 Stafford, C., see Hendrick, D.B., 67
McFeters, G.A., Singh, A., Byun, S., Callis, P.R. Stams, A. J.M., see Houwen, F.P., 223
and Williams, S., Acridine orange staining Stear, M.J., see Dietrich, M.A., 281
reaction as an index of physiological activity Strykowski H., see Adamkiewicz, V. W., 255
in Escherichia coli, 87 Sugai, M., Komatsuzawa, H., Tomita, S., Akiya-
McGinness, S., see Johnson, D.B., 113 ma, T., Miyake, Y. and Suginaka, H., Detec-
Miyake, Y., see Sugai, M., 11 tion of a staphylococcal endo-@-N-acetyl-
Montville, T. J., see Lewus, C.B., 145 glucosaminidase using polyacrylamide gels,
Morency, D., see Adamkiewicz, V. W., 255 11
Moriarty, D. J. W., see O’Donohue, M. J., 171 Suginaka, H., see Sugai, M., 11
Miiller, F., see Grehn, M., 201
Thong, Y.H., see Seow, W.K., 39
Nakhostin, N., see Adamkiewicz, V. W., 255 Tomita, S., see Sugai, M., 11
Newman, M.J., see Dietrich, M.A., 281 Trautmann, M., Ghandchi, A., Held, T., Cryz, Jr.,
Nilsson, P., see Carlson, H., 259 S.J. and Cross, A.S., An enzyme-linked im-
Nivens, D.E., see Hendrick, D.B., 67 munosorbent assay for the detection of solu-
ble Klebsiella pneumoniae capsular polysac-
O’Donnell, A.G., see Johnson, E.E., 293 charide, 305
O’Donohue, M.J., Moriarty, D.J.W. and Mac Trevors, J.T., see Jain, D.K., 271
Rae, I.C., Acomparison of methods for deter- Trevors, J.T., see Jayaratne, A.H.G.P., 1
mining rates of acetylene reduction (nitrogen Truax, R.E., see Dietrich, M.A., 281
fixation) by heterotrophic bacteria in seagrass
sediment, 171 Veiga, M. and Gutiérrez, F., BASIC computer pro-
Odham, G., see Carlson, H., 259 gram for the graphic representation of
Otten, R. A. and Boyle, M. D. P., Characterization microbial growth curves and batch fermenta-
of protein G expressed by human group C and tions, 23
G streptococci, 185
Westerlund, B., Fluorescent microparticles as a
Patel, B.K.R., Banerjee, D. K. and Butcher, P. D., rapid tool in bacterial adherence studies, 135
Extraction and characterization of mRNA White, D.C., see Hendrick, D.B., 67
from mycobacteria: implication for virulence Williams, S., see McFeters, G. A., 87
gene identification, 99
Phelps, T.J., Similarity between biotransforma- Zehnder, A.J .B ., see Houwen, F. P., 223
tion rates and turnover rates of organic matter
Subject Index of Volume 13
Acetylene reduction, 171 Electron acceptor, 223
Acridine orange, 87 Electron microscopy, 17
Activity gel, 11 ELISA, 305
Albumin-binding domain, 185 Empirical medium, 255
Anaerobic decomposition, 243 Endo-6-N-acetylglucosaminidase, 11
Anaerobic oxidation, 223 Enterobacteriaceae, |
Antibody measurement, 281 Enzymatic pattern, 201
Antimicrobial, 145 Escherichia coli, 207
AODC, 87 Eubacterium, 67
API 20E, 231
API 20NE, 231 Fe-oxidizing bacterium, 113
API ZYM, 201 Fecal pollution, 207
Aquatic environment, 151 Fermentation, 23
Archaebacterium, 67 Fimbria, 135
Attenuated mutant, 49 Flow cytometry, 281
Autoradiography, 293 Fluorescent microparticle, 135
Fourier-transform IR spectroscopy, 67
Bacterial activity, 87 Fungus, 17
Bacterial adherence, 39
Bacterial adhesion, 135 a-Galactosidase, 75
Bacterial medium, 113 Gene probe, 207
Bacteriocin, 145 Glutamate fermentation, 223
Bacteriolytic enzyme, 11 Growth, 61
BASIC, 23
Bifidobacterium, 75 Heat-shock, 99
Biodegradation, 243 Helminthosporium sativum, 259
Biosurfactant, 271 HPLC, 259
Biotechnology, 67 Human serum albumin, 185
Bipolaris sorokiniana, 259 Hydrogen partial pressure, 223
Brucella abortus, 281 Hydrogenase, 161
Candida albicans, 17 IgG-binding domain, 185
Capsule, 305 Immunoglobulin G (IgG), 185
Carrageenan, 61 Infection, 123
cDNA, 99 Isolation medium, 255
Cell envelope, 17
Characterization, 231 Klebsiella pneumoniae, 305
Chitinase activity, 151
Cochliobolus sativus, 259 Lactic acid bacterium, 145
Comparison of method, 151 Lipid analysis, 67
Computer, 23
Cs-137 sorption, 293 Magnetic bacterium, 255
Cs-137, 293 Marine bacterium, 231
Culture amplification, 123 Mass spectrometry, 259
Culture medium, 255 Metal chelate affinity chromatography, 16!
Cyanogen bromide (CNBr), 185 Methanogenesis, 243
Methanospirillum hungatei,, 161
Diagnosis, 123 4-Methylumbelliferyl technique, 151
Difco Marine Broth, 231 Microbial growth, 23
Differential enumeration, 75 Microbial screening, 271
DNA probe, | mRNA, 99
Drop collapse, 271 Multidish method, 231
320
Mycobacterium, 99 SDS— PAGE, 11
Mycoplasma pneumoniae, 123 Seagrass, 171
Sediment, 171
N fixation, 171 Selective isolation, 293
Ni enzyme, 161 Semisolid, 61
Slime production, 299
Organic soil, 293 Sporothrix schenckii, 17
Spot-on-the-lawn method, 145
Pasteurella multocida, 201 Stain, 87
PCR, 99 Staphylococcus epidermidis, 299
Permanganate fixation, 17 Streptococcus sanguis, 39
Permeabilization procedure, 75
Plotting, 23 Tetracycline resistance, 1
Polysaccharide, 305 Thermophilic bacterium, 113
Prehelminthosporol, 259 Tissue specificity, 135
Presumptive identification, 75 Trichomonas vaginalis, 61
Protein G, 185 Turnover, 243
Protoplast transformation, 299 Typing, 201
Pseudomonas aeruginosa, 39
Vibrio anguillarum 775, 49
Radiometric assay, 39 Virulence, 49
Redox mediator, 223
Renaturation, 11 X-a-Gal, 75
Screening, 145