FEMS Microbiology Letters 1991: Vol 85 Index

9 Pages·1991·1.8 MB·English

FEMS Microbiology Ecology 85 (1991) 353, 354
FEMS Microbiology Ecology
AUTHOR INDEX VOLUME 85
Adriaens, P. and Focht, D.D. Bowman, J.P., Skerratt, J.H., Nichols, P.D. and Sly, L.1.
Evidence for inhibitory substrate interactions during Phospholipid fatty acid and lipopolysaccharide fatty acid
cometabolism of 3,4-dichlorobenzoate by Acinetobacter sp. signature lipids in methane-utilizing bacteria (85) 15
strain 4-CB1 (85) 293 Bremner, J.M., see McCarty, G.W. (85) 345
Ahring, B.K., see Hendriksen, H.V. (85) 241 Burdige, DJ.
Anderson, J.M., see Bignell, D.E. (85) 151 Microbial processes affecting alanine and glutamic acid in
Andreoni, V., Finoli, C., Manfrin, P., Pelosi, M. and Vecchio, anoxic marine sediments (85) 211
A.
Studies on the accumulation of cadmium by a strain of Cayol, J.L., see Qatibi, A.1. (85) 233
Proteus mirabilis (85) 183 Conrad, R., see Baumgartner, M. (85) 95
Ayo, B., see Barcina, I. (85) 141 Conrad, R., see Krumbéck, M. (85) 247
Conrad, R., see Remde, A. (85) 81
Crosse, R., see Bignell, D.E. (85) 151
Bak, F. and Pfennig, N.
Microbial sulfate reduction in littoral sediment of Lake
Davidson, E.A., see Rudaz, A.O. (85) 117
Constance (85) 31
De Leeuw, O., see Van Elsas, J.D. (85) 53
Bak, F. and Pfennig, N.
Dullemans, A.M., see Van Elsas, J.D. (85) 53
Sulfate-reducing bacteria in littoral sediment of Lake Con-
stance (85) 43 Egea, L., see Barcina, I. (85) 141
Bak, F., Scheff, G. and Jansen, K.-H.
Eggersdorfer, B. and Hider, D.-P.
A rapid and sensitive ion chromatographic technique for
Phototaxis, gravitaxis and vertical migrations in the marine
the determination of sulfate and sulfate reduction rates in dinoflagellate Prorocentrum micans (85) 319
freshwater lake sediments (85) 23
Barcina, I., Ayo, B., Muela, A., Egea, L. and Iriberri, J. Feldmann, A.M., see Van Elsas, J.D. (85) 53
Predation rates of flagellate and ciliated protozoa on bac- Fenchel, T., see Finlay, B.J. (85) 169
terioplankton in a river (85) 141 Finlay, B.J. and Fenchel, T.
Baumgartner, M., Sameluck, F., Bock, E. and Conrad, R. An anaerobic protozoon, with symbiotic methanogens, liv-
Production of nitric oxide by ammonium-oxidizing bacteria ing in municipal landfill material (85) 169
colonizing building stones (85) 95 Finoli, C., see Andreoni, V. (85) 183
Bazin, M.J., Rutili, A., Gaines, A. and Lynch, J.M. Firestone, M.K., see Rudaz, A.O. (85) 117
Humic acid relieves pH-inhibition of nitrification in con- Focht, D.D., see Adriaens, P. (85) 293
tinuous-flow columns (85) 9 Frenzel, P., see Rudolph, J. (85) 101
Bentzen, G., Veldkamp, J. and Larsen, H. Fritzsche, C., Huckfeldt, K. and Niemann, E.-G.
Temperature profile of oxygen activation and defense Ecophysiology of associative nitrogen fixation in a rhizo-
against oxygen toxicity in a psychrophilic member of the sphere model in pure and mixed culture (85) 279
Bacteriodaceae (85) 193
Bignell, D.E., Anderson, J.M. and Crosse, R. Gabin-Gauthier, K., Gratadoux, J.-J. and Richard, J.
Isolation of facultatively aerobic actinomycetes from the Conjugal plasmid transfer between lactococci on solid
gut, parent soil and mound materials of the termites surface matings and during cheese making (85) 133
Procubitermes aburiensis and Cubitermes severus (85) 151 Gaines, A., see Bazin, MJ. (85) 9
Blackburn, T.H., see Petersen, $.O. (85) 257 Garcia, J.L., see Qatibi, A.1. (85) 233
Blainey, B.L., see Malmcrona-Friberg, K. (85) 199 Garko, K.A., see Stewart, G.J. (85) 1
Bleeg, H.S. and Polenik, P. Ghauri, M.A. and Johnson, D.B.
Sodium dodecyl sulfate potentiates collagen degradation Physiological diversity amongst some moderately ther-
by proteases from Porphyromonas (Bacteroides) gingivalis mophilic iron-oxidising bacteria (85) 327
(85) 125 Gratadoux, J.-J., see Gabin-Gauthier, K. (85) 133
Bock, E., see Baumgartner, M. (85) 95
Both, G.J. and Laanbroek, H.J. Haider, D.-P., see Eggersdorfer, B. (85) 319
The effect of the incubation period on the result of MPN Heijnen, C.E. and Van Veen, J.A.
enumerations of nitrite-oxidizing bacteria: theoretical con- A determination of protective microhabitats for bacteria
siderations (85) 335 introduced into soil (85) 73
354
Heijnen, C.E., Hok-A-Hin, C.H. and Van Veen, J.A. A comparison of phospholipid and chloroform fumigation
Protection of Rhizobium by bentonite clay against preda- analyses for biomass in soil: potentials and limitations (85)
tion by flagellates in liquid cultures (85) 65 257
Hendriksen, H.V. and Ahring, B.K. Pfennig, N., see Bak, F. (85) 31
Effects of ammonia on growth and morphology of ther- Pfennig, N., see Bak, F. (85) 43
mophilic hydrogen-oxidizing methanogenic bacteria (85) Pfennig, N., see Rudolph, J. (85) 101
241 Polenik, P., see Bleeg, H.S. (85) 125
Henriksen, K., see Petersen, $.O. (85) 257 Pybus, V., see Kaspar, H.F. (85) 313
Hok-A-Hin, C.H., see Heijnen, C.E. (85) 65
Huckfeldt, K., see Fritzsche, C. (85) 279
Qatibi, A.I., Cayol, J.L. and Garcia, J.L.
Glycerol and propanediols degradation by Desulfovibrio
Iriberri, J., see Barcina, I. (85) 141
alcoholovorans in pure culture in the presence of sulfate,
or in syntrophic association with Methanospirillum hun-
Jansen, K.-H., see Bak, F. (85) 23
gatei (85) 233
Jensen, C. and Lysek, G.
Direct observation of trapping activities of nematode-de-
stroying fungi in the soil using fluorescence microscopy Remde, A. and Conrad, R.
(85) 207 Metabolism of nitric oxide in soil and denitrifying bacteria
Johnson, D.B., see Ghauri, M.A. (85) 327 (85) 81
Richard, J., see Gabin-Gauthier, K. (85) 133
Kaspar, H.F., Mountfort, D.O. and Pybus, V. Rogerson, A.
Degradation of gamma-aminobutyric acid (GABA) by ma- On the abundance of marine naked amoebae on the
rine microorganisms (85) 313 surfaces of five species of macroalgae (85) 301
King, G.M., see Petersen, $.O. (85) 257 Rudaz, A.O., Davidson, E.A. and Firestone, M.K.
Klingmiiller, W. Sources of nitrous oxide production following wetting of
Plasmid transfer in natural soil: a case by case study with dry soil (85) 117
nitrogen-fixing Enterobacter (85) 107 Rudolph, J., Frenzel, P. and Pfennig, N.
Krumbéck, M. and Conrad, R. Acetylene inhibition technique underestimates in situ den-
Metabolism of position-labelled glucose in anoxic itrification rates in intact cores of freshwater sediment (85)
methanogenic paddy soil and lake sediment (85) 247 101
Rutili, A., see Bazin, M.J. (85) 9
Laanbroek, H.J. and Schotman, J.M.T.
Effect of nitrite concentration and pH on Most Probable
Sameluck, F., see Baumgartner, M. (85) 95
Number enumerations of non-growing Nitrobacter spp.
Scheff, G., see Bak, F. (85) 23
(85) 269
Schmidt, E.L., see McCarty, G.W. (85) 345
Laanbroek, H.J., see Both, G.J. (85) 335
Schotman, J.M.T., see Laanbroek, H.J. (85) 269
Larsen, H., see Bentzen, G. (85) 193
Sinigalliano, C.D., see Stewart, GJ. (85) 1
Lynch, J.M., see Bazin, M.J. (85) 9
Skerratt, J.H., see Bowman, J.P. (85) 15
Lysek, G., see Jensen, C. (85) 207
Sly, L.1., see Bowman, J.P. (85) 15
Sorensen, S.J.
Malmcrona-Friberg, K., Blainey, B.L. and Marshall, K.C.
Survival of Escherichia coli K12 in seawater (85) 161
Chemotactic response of a marine bacterium to break-
Stewart, G.J., Sinigalliano, C.D. and Garko, K.A.
down products of an insoluble substrate (85) 199
Manfrin, P., see Andreoni, V. (85) 183 Binding of exogenous DNA to marine sediments and the
effect of DNA/sediment binding on natural transforma-
Marshall, K.C., see Malmcrona-Friberg, K. (85) 199
tion of Pseudomonas stutzeri strain ZoBell in sediment
McCarty, G.W., Bremner, J.M. and Schmidt, E.L.
columns (85) 1
Effects of phenolic acids on ammonia oxidation by terres-
trial autotrophic nitrifying microorganisms (85) 345
Mountfort, D.O., see Kaspar, H.F. (85) 313 Van Elsas, J.D., Van Overbeek, L.S., Feldmann, A.M., Dulle-
Muela, A., see Barcina, I. (85) 141 mans, A.M. and De Leeuw, O.
Survival of genetically engineered Pseudomonas fluo-
Nichols, P.D., see Bowman, J.P. (85) 15 rescens in soil in competition with the parent strain (85) 53
Niemann, E.-G., see Fritzsche, C. (85) 279 Van Overbeek, L.S., see Van Elsas, J.D. (85) 53
Van Veen, J.A., see Heijnen, C.E. (85) 65
Pelosi, M., see Andreoni, V. (85) 183 Van Veen, J.A., see Heijnen, C.E. (85) 73
Petersen, S.0., Henriksen, K., Blackburn, T.H. and King, Vecchio, A., see Andreoni, V. (85) 183
G.M. Veldkamp, J., see Bentzen, G. (85) 193
FEMS Microbiology Ecology 85 (1991) 355-362
FEMS Microbiology Ecology
SUBJECT INDEX VOLUME 85
Acetate turnover Bacterial diversity
Glucose degradation pathway; Glucose turnover; Pool con- Thermophilic bacteria; Iron oxidation (Ghauri, M.A. (85) 327)
centration; Homoacetogenesis; Propionate fermentation
(Krumbéck, M. (85) 247) Bacterial release
Enterobacter; nif Plasmids; Risk assessment; Plasmid trans-
Acetylene inhibition fer; Recombinant transposon label, in vitro; Adverse soil
Nitrate flux; Denitrification in situ; Nitrous oxide reduction effect; Ecological factors (Klingmiiller, W. (85) 107)
(Rudolph, J. (85) 101)
Bacterial salt requirement
Actinomycetes Enrichment culture; Viable count; Thiosulfate disproportion-
Streptomyces; Termite; Gut flora (Bignell, D.E. (85) 151) ation; Freshwater sediment (Bak, F. (85) 43)
Adverse soil effect Bacterivorous protozoa
Enterobacter; nif Plasmids; Bacterial release; Risk assess- Grazing rate; Fluvial system (Barcina, 1. (85) 141)
ment; Plasmid transfer; Recombinant transposon label, in
vitro; Ecological factors (Klingmiiller, W. (85) 107) Bacteroidaceae
Psychrophilism; Oxygen toxicity; Pyruvate oxidase; NADH
Alginate oxidase; NADPH oxidase (Bentzen, G. (85) 193)
Chemotaxis; Vibrio; Oligotrophic environment; Surface nutri-
ents (Malmcrona-Friberg, K. (85) 199)
Proteinase; Collagen; Lauryl sulfate (Bleeg, H.S. (85) 125)
Allelopathy
Phenolic acid; Nitrification; Nitrosospira; Nitrosomonas; Ni-
Bentonite clay
trosolobus (McCarty, G.W. (85) 345)
Population dynamics; Predation; Protection; Flagellate; Rhi-
zobium (Heijnen, C.E. (85) 65)
Amino id
Sulfate reduction; Fermentation; Carbon and nitrogen cycling
Protective microhabitat; Pore size; Introduced bacteria
(Burdige, D.J. (85) 211)
(Heijnen, C.E. (85) 73)
Ammonia inhibition
Biocorrosion
Floc formation (Hendriksen, H.V. (85) 241)
Nitrification; Nitrite decomposition; Nitrosomonas; Nitroso-
Ammonium vibrio; Nitrobacter (Baumgartner, M. (85) 95)
Continuous culture; Gradostat; Oxygen (Fritzsche, C. (85)
279) Cadmium tolerance
Uptake; Proteus mirabilis (Andreoni, V. (85) 183)
Anaerobic degradation
Sulfate reduction; Desulfovibrio alcoholovorans; Glycerol; Carbon and nitrogen cycling
1,2-Propanediol; 1,3-Propanediol; Interspecies hydrogen Amino acid; Sulfate reduction; Fermentation (Burdige, DJ.
transfer (Qatibi, A.1I. (85) 233) (85) 211)
Auxotrophic mutant Cheese
Filter-sterilized seawater; Microzooplankton grazing (So- Plasmid; Lactococcus lactis; Conjugation (Gabin-Gauthier, K.
rensen, S.J. (85) 161) (85) 133)
Bacteria Chemotaxis
Gymnamoebae; Protozoa; Spatial distribution; Littoral algae Vibrio; Oligotrophic environment; Surface nutrients; Alginate
(Rogerson, A. (85) 301) (Malmcrona-Friberg, K. (85) 199)
356
Ciliate Direct extraction
Cyst; Metopus palaeformis; Polymorphic life cycle; Metha- Microbial biomass; Growth; PL:C conversion factor (Peter-
nogen; Landfill (Finlay, B.J. (85) 169) sen, S.O. (85) 257)
Collagen Dissimilatory sulfate reduction
Proteinase; Lauryl sulfate; Bacteroides gingivalis (Bleeg, H.S. Suppressed ion chromatography; Thiosulfate; Sediment slurry;
(85) 125) Headspace technique (Bak, F. (85) 23)
Compensation point Dissolved DNA
Nitric oxide production; Nitric oxide consumption; max? Ky; Gene transfer; Pseudomonas genetics (Stewart, G.J. (85) 1)
Nitrous oxide (Remde, A. (85) 81)
Ecological factors
Competition Enterobacter; nif Plasmids; Bacterial release; Risk assess-
Genetic engineering; Pseudomonas fluorescens; Survival; Soil ment; Plasmid transfer; Recombinant transposon label, in
(Van Elsas, J.D. (85) 53) vitro; Adverse soil effect (Klingmiiller, W. (85) 107)
Concentration profile Enrichment culture
Freshwater sediment; Sulfur compound; Temperature; Thio- Viable count; Bacterial salt requirement; Thiosulfate dispro-
sulfate disproportionation (Bak, F. (85) 31) portionation; Freshwater sediment (Bak, F. (85) 43)
Conjugation Enterobacter
Plasmid; Lactococcus lactis; Cheese (Gabin-Gauthier, K. (85) nif Plasmids; Bacterial release; Risk assessment; Plasmid
133) transfer; Recombinant transposon label, in vitro; Adverse soil
effect; Ecological factors (Klingmiiller, W. (85) 107)
Continuous culture
Nitrification; Humic acid; pH (Bazin, M.J. (85) 9) Enzyme characteristics
Invertebrate larval settlement inducer; Microbial metabolism;
Ammonium; Gradostat; Oxygen (Fritzsche, C. (85) 279) Substrate quality (Kaspar, H.F. (85) 313)
Cyst Fatty acid
Ciliate; Metopus palaeformis; Polymorphic life cycle; Methane-utilizing bacteria; Signature lipid; LPS hydroxy fatty
Methanogen; Landfill (Finlay, B.J. (85) 169) acid (Bowman, J.P. (85) 15)
Degradation pathway Fermentation
Incompatibility; Inhibition kinetics; Pseudosubstrate; Resting Amino acid; Sulfate reduction; Carbon and nitrogen cycling
cell (Adriaens, P. (85) 293) (Burdige, D.J. (85) 211)
Denitrification Filter-sterilized seawater
Nitrification; NO; Nitrogen cycle (Rudaz, A.O. (85) 117) Auxotrophic mutant; Microzooplankton grazing (S@rensen,
S.J. (85) 161)
Denitrification in situ
Nitrate flux; Acetylene inhibition; Nitrous oxide reduction Flagellate
(Rudolph, J. (85) 101) Bentonite clay; Population dynamics; Predation; Protection;
Rhizobium (Heijnen, C.E. (85) 65)
Desulfovibrio alcoholovorans
Anaerobic degradation; Sulfate reduction; Glycerol; 1,2-Pro- Floc formation
panediol; 1,3-Propanediol; Interspecies hydrogen transfer Ammonia inhibition (Hendriksen, H.V. (85) 241)
(Qatibi, A.1. (85) 233)
Fluorescein-diacetate
3-Dimensional sticky networks Nematophagous fungi; Trapping activity; Soil; Formation of
Nematophagous fungi; Trapping activity; Soil; Formation of trapping organs; 3-Dimensional sticky networks; Fluorescence
trapping organs; Fluorescence microscopy; Fluorescein-di- microscopy (Jensen, C. (85) 207)
acetate (Jensen, C. (85) 207)
Fluorescence microscopy
Dinoflagellate Nematophagous fungi; Trapping activity; Soil; Formation of
Gravitaxis; Phototaxis; Phytoplankton; Prorocentrum micans; trapping organs; 3-Dimensional sticky networks; Fluorescein-
Vertical migration (Eggersdorfer, B. (85) 319) diacetate (Jensen, C. (85) 207)
Fluvial system pH
Bacterivorous protozoa; Grazing rate (Barcina, I. (85) 141) Nitrification; Humic acid; Continuous culture (Bazin, M_J.
(85) 9)
Formation of trapping organs
Nematophagous fungi; Trapping activity; Soil; 3-Dimensional Headspace technique
sticky networks; Fluorescence microscopy; Fluorescein-di- Suppressed ion chromatography; Dissimilatory sulfate reduc-
acetate (Jensen, C. (85) 207) tion; Thiosulfate; Sediment slurry (Bak, F. (85) 23)
Freshwater sediment
Homoacetogenesis
Sulfur compound; Concentration profile; Temperature; Thio-
Glucose degradation pathway; Glucose turnover; Acetate
sulfate disproportionation (Bak, F. (85) 31)
turnover; Pool concentration; Propionate fermentation
(Krumbéck, M. (85) 247)
Enrichment culture; Viable count; Bacterial salt requirement;
Thiosulfate disproportionation (Bak, F. (85) 43)
Humic acid
Genetic engineering Nitrification; pH; Continuous culture (Bazin, M.J. (85) 9)
Pseudomonas fluorescens; Survival; Competition; Soil (Van
Elsas, J.D. (85) 53) Incompatibility
Degradation pathway; Inhibition kinetics; Pseudosubstrate;
Gene transfer Resting cell (Adriaens, P. (85) 293)
Pseudomonas genetics; Dissolved DNA (Stewart, G.J. (85) 1)
Inhibition kinetics
Glucose degradation pathway Degradation pathway; Incompatibility; Pseudosubstrate; Rest-
Glucose turnover; Acetate turnover; Pool concentration; Ho- ing cell (Adriaens, P. (85) 293)
moacetogenesis; Propionate fermentation (Krumbéck, M. (85)
247) Interspecies hydrogen transfer
Anaerobic degradation; Sulfate reduction; Desulfovibrio alco-
Glucose turnover holovorans; Glycerol; 1,2-Propanediol; 1,3-Propanediol (Qati-
Glucose degradation pathway; Acetate turnover; Pool concen- bi, A.1. (85) 233)
tration; Homoacetogenesis; Propionate fermentation (Krum-
béck, M. (85) 247)
Introduced bacteria
Glycerol Bentonite clay; Protective microhabitat; Pore size (Heijnen,
C.E. (85) 73)
Anaerobic degradation; Sulfate reduction; Desulfovibrio alco-
holovorans; 1,2-Propanediol; 1,3-Propanediol; Interspecies hy-
drogen transfer (Qatibi, A.1. (85) 233) Invertebrate larval settlement inducer
Microbial metabolism; Substrate quality; Enzyme characteris-
Gradostat tics (Kaspar, H.F. (85) 313)
Ammonium; Continuous culture; Oxygen (Fritzsche, C. (85)
279) Iron oxidation
Thermophilic bacteria; Bacterial diversity (Ghauri, M.A. (85)
Gravitaxis 327)
Dinoflagellate; Phototaxis; Phytoplankton; Prorocentrum mi-
cans; Vertical migration (Eggersdorfer, B. (85) 319)
Ky
Nitric oxide production; Nitric oxide consumption; V,,,,;
Grazing rate Compensation point; Nitrous oxide (Remde, A. (85) 81)
Bacterivorous protozoa; Fluvial system (Barcina, I. (85) 141)
Kinetic parameters
Growth
Nitrobacter; Most Probable Number enumeration; Model for-
Direct extraction; Microbial biomass; PL:C conversion factor
mulation; Substrate inhibition (Both, G.J. (85) 335)
(Petersen, $.O. (85) 257)
Gut flora Lactococcus lactis
Actinomycetes; Streptomyces; Termite (Bignell, D.E. (85) 151) Plasmid; Conjugation; Cheese (Gabin-Gauthier, K. (85) 133)
Gymnamoebae Landfill
Protozoa; Spatial distribution; Littoral algae; Bacteria (Roger- Cyst; Ciliate; Metopus palaeformis; Polymorphic life cycle;
son, A. (85) 301) Methanogen (Finlay, B.J. (85) 169)
358
Lauryl sulfate Nematophagous fungi
Proteinase; Collagen; Bacteroides gingivalis (Bleeg, H.S. (85) Trapping activity; Soil; Formation of trapping organs; 3-Di-
125) mensional sticky networks; Fluorescence microscopy; Fluores-
cein-diacetate (Jensen, C. (85) 207)
Littoral algae
Gymnamoebae; Protozoa; Spatial distribution; Bacteria Nitrate flux
(Rogerson, A. (85) 301) Denitrification in situ; Acetylene inhibition; Nitrous oxide
reduction (Rudolph, J. (85) 101)
LPS hydroxy fatty acid
Methane-utilizing bacteria; Fatty acid; Signature lipid (Bow- Nitric oxide consumption
Nitric oxide production; V,,,,; K,,; Compensation point; Ni-
man, J.P. (85) 15)
trous oxide (Remde, A. (85) 81)
Methane-utilizing bacteria
Nitric oxide production
Fatty acid; Signature lipid; LPS hydroxy fatty acid (Bowman,
Nitric oxide consumption; V,,,,; K,,; Compensation point;
J.P. (85) 15) Nitrous oxide (Remde, A. (85) 81)
Methanogen Nitrification
Cyst; Ciliate; Metopus palaeformis; Polymorphic life cycle; Humic acid; pH; Continuous culture (Bazin, M.J. (85) 9)
Landfill (Finlay, B.J. (85) 169)
Nitrite decomposition; Biocorrosion; Nitrosomonas; Nitroso-
Metopus palaeformis vibrio; Nitrobacter (Baumgartner, M. (85) 95)
Cyst; Ciliate; Polymorphic life cycle; Methanogen; Landfill
(Finlay, B.J. (85) 169) Denitrification; N,O; Nitrogen cycle (Rudaz, A.O. (85) 117)
Microbial biomass Phenolic acid; Allelopathy; Nitrosospira; Nitrosomonas, Ni-
Direct extraction; Growth; PL:C conversion factor (Petersen, trosolobus (McCarty, G.W. (85) 345)
S.O. (85) 257)
Nitrite decomposition
Microbial metabolism Nitrification; Biocorrosion; Nitrosomonas; Nitrosovibrio; Ni-
Invertebrate larval settlement inducer; Substrate quality; En- trobacter (Baumgartner, M. (85) 95)
zyme characteristics (Kaspar, H.F. (85) 313)
Nitrite oxidation
Microzooplankton grazing Nitrobacter species; Viability; Most Probable Number tech-
Auxotrophic mutant; Filter-sterilized seawater (Sorensen, SJ. nique (Laanbroek, H.J. (85) 269)
(85) 161)
Nitrobacter
Nitrification; Nitrite decomposition; Biocorrosion; Nitro-
Model formulation
somonas; Nitrosovibrio (Baumgartner, M. (85) 95)
Nitrobacter; Most Probable Number enumeration; Kinetic
parameters; Substrate inhibition (Both, G.J. (85) 335)
Most Probable Number enumeration; Model formulation; Ki-
netic parameters; Substrate inhibition (Both, G.J. (85) 335)
Most Probable Number enumeration
Nitrobacter; Model formulation; Kinetic parameters; Sub-
Nitrobacter species
strate inhibition (Both, G.J. (85) 335)
Nitrite oxidation; Viability; Most Probable Number technique
(Laanbroek, H.J. (85) 269)
Most Probable Number technique
Nitrite oxidation; Nitrobacter species; Viability (Laanbroek, Nitrogen cycle
H.J. (85) 269) Denitrification; Nitrification; N,O (Rudaz, A.O. (85) 117)
NADH oxidase Nitrosolobus
Bacteroidaceae; Psychrophilism; Oxygen toxicity; Pyruvate ox- Phenolic acid; Nitrification; Allelopathy; Nitrosospira; Nitro-
idase; NADPH oxidase (Bentzen, G. (85) 193) somonas (McCarty, G.W. (85) 345)
NADPH oxidase Nitrosomonas
Bacteroidaceae; Psychrophilism; Oxygen toxicity; Pyruvate ox- Nitrification; Nitrite decomposition; Biocorrosion; Nitrosovi-
idase; NADH oxidase (Bentzen, G. (85) 193) brio; Nitrobacter (Baumgartner, M. (85) 95)
Phenolic acid; Nitrification; Allelopathy; Nitrosospira; Ni- Plasmid transfer
trosolobus (McCarty, G.W. (85) 345) Enterobacter; nif Plasmids; Bacterial release; Risk assess-
ment; Recombinant transposon label, in vitro; Adverse soil
Nitrosospira effect; Ecological factors (Klingmiiller, W. (85) 107)
Phenolic acid; Nitrification; Allelopathy; Nitrosomonas; Ni-
trosolobus (McCarty, G.W. (85) 345) PL:C conversion factor
Direct extraction; Microbial biomass; Growth (Petersen, S.O.
Ni ibri (85) 257)
Nitrification; Nitrite decomposition; Biocorrosion; Nitro-
somonas; Nitrobacter (Baumgartner, M. (85) 95) Polymorphic life cycle
Cyst; Ciliate; Metopus palaeformis; Methanogen; Landfill
(Finlay, BJ. (85) 169)
Nitrous oxide
Nitric oxide production; Nitric oxide consumption; V,,,.; K,,;
Compensation point (Remde, A. (85) 81) Pool concentration
Glucose degradation pathway; Glucose turnover; Acetate
turnover; Homoacetogenesis; Propionate fermentation
Nitorxidoe rueduscti on
(Krumbéck, M. (85) 247)
Nitrate flux; Denitrification in situ; Acetylene inhibition
(Rudolph, J. (85) 101)
Population dynamics
N,0 Bentonite clay; Predation; Protection; Flagellate; Rhizobium
(Heijnen, C.E. (85) 65)
Denitrification; Nitrification; Nitrogen cycle (Rudaz, A.O.
(85) 117)
Pore size
Bentonite clay; Protective microhabitat; Introduced bacteria
Oligotrophic environment
(Heijnen, C.E. (85) 73)
Chemotaxis; Vibrio; Surface nutrients; Alginate (Malmcrona-
Friberg, K. (85) 199)
Predation
Bentonite clay; Population dynamics; Protection; Flagellate;
Oxygen
Rhizobium (Heijnen, C.E. (85) 65)
Ammonium; Continuous culture; Gradostat (Fritzsche, C. (85)
279)
1,2-Propanediol
Anaerobic degradation; Sulfate reduction; Desulfovibrio alco-
Oxygen toxicity holovorans; Glycerol; 1,3-Propanediol; Interspecies hydrogen
Bacteroidaceae; Psychrophilism; Pyruvate oxidase; NADH ox- transfer (Qatibi, A.1. (85) 233)
idase; NADPH oxidase (Bentzen, G. (85) 193)
1,3-Propanediol
Phenolic acid Anaerobic degradation; Sulfate reduction; Desulfovibrio alco-
Nitrification; Allelopathy; Nitrosospira; Nitrosomonas; Ni- holovorans;, Glycerol; 1,2-Propanediol; Interspecies hydrogen
trosolobus (McCarty, G.W. (85) 345) transfer (Qatibi, A.1. (85) 233)
Phototaxis Propionate fermentation
Dinoflagellate; Gravitaxis; Phytoplankton; Prorocentrum mi- Glucose degradation pathway; Glucose turnover; Acetate
cans; Vertical migration (Eggersdorfer, B. (85) 319) turnover; Pool concentration; Homoacetogenesis (Krumbéck,
M. (85) 247)
Phytoplankton
Dinoflagellate; Gravitaxis; Phototaxis; Prorocentrum micans; Prorocentrum micans
Vertical migration (Eggersdorfer, B. (85) 319) Dinoflagellate; Gravitaxis; Phototaxis; Phytoplankton; Verti-
cal migration (Eggersdorfer, B. (85) 319)
Plasmid
Lactococcus lactis; Conjugation; Cheese (Gabin-Gauthier, K. Protection
(85) 133) Bentonite clay; Population dynamics; Predation; Flagellate;
Rhizobium (Heijnen, C.E. (85) 65)
nif Plasmids
Enterobacter; Bacterial release; Risk assessment; Plasmid Protective microhabitat
transfer; Recombinant transposon label, in vitro; Adverse soil Bentonite clay; Pore size; Introduced bacteria (Heijnen, C.E.
effect; Ecological factors (Klingmiiller, W. (85) 107) (85) 73)
Proteinase Soil
Collagen; Lauryl sulfate; Bacteroides gingivalis (Bleeg, H.S. Genetic engineering; Pseudomonas fluorescens; Survival;
(85) 125) Competition (Van Elsas, J.D. (85) 53)
p irabili Nematophagous fungi; Trapping activity; Formation of trap-
Cadmium tolerance; Uptake (Andreoni, V. (85) 183) ping organs; 3-Dimensional sticky networks; Fluorescence mi-
croscopy; Fluorescein-diacetate (Jensen, C. (85) 207)
Protozoa
Gymnamoebae; Spatial distribution; Littoral algae; Bacteria Spatial distribution
(Rogerson, A. (85) 301) Gymnamoebae; Protozoa; Littoral algae; Bacteria (Rogerson,
A. (85) 301)
Pseudomonas fluorescens
Streptomyces
Genetic engineering; Survival; Competition; Soil (Van Elsas,
Actinomycetes; Termite; Gut flora (Bignell, D.E. (85) 151)
J.D. (85) 53)
Substrate inhibition
Pseudomonas genetics Nitrobacter; Most Probable Number enumeration; Model for-
Gene transfer; Dissolved DNA (Stewart, G.J. (85) 1)
mulation; Kinetic parameters (Both, G_J. (85) 335)
Pseudosubstrate Substrate quality
Degradation pathway; Incompatibility; Inhibition kinetics; Invertebrate larval settlement inducer; Microbial metabolism;
Resting cell (Adriaens, P. (85) 293) Enzyme characteristics (Kaspar, H.F. (85) 313)
Psychrophilism Sulfate reduction
Bacteroidaceae; Oxygen toxicity; Pyruvate oxidase; NADH Amino acid; Fermentation; Carbon and nitrogen cycling
oxidase; NADPH oxidase (Bentzen, G. (85) 193) (Burdige, D.J. (85) 211)
Pyruvate oxidase Anaerobic degradation; Desulfovibrio alcoholovorans; Glyc-
Bacteroidaceae; Psychrophilism; Oxygen toxicity; NADH oxi- erol; 1,2-Propanediol; 1,3-Propanediol; Interspecies hydrogen
dase; NADPH oxidase (Bentzen, G. (85) 193) transfer (Qatibi, A.I. (85) 233)
Recombinant transposon label, in vitro Sulfur compound
Enterobacter; nif Plasmids; Bacterial release; Risk assess- Freshwater sediment; Concentration profile; Temperature;
Thiosulfate disproportionation (Bak, F. (85) 31)
ment; Plasmid transfer; Adverse soil effect; Ecological factors
(Klingmiiller, W. (85) 107)
Suppressed ion chromatography
Dissimilatory sulfate reduction; Thiosulfate; Sediment slurry;
Resting cell
Headspace technique (Bak, F. (85) 23)
Degradation pathway; Incompatibility; Inhibition kinetics;
Pseudosubstrate (Adriaens, P. (85) 293)
Surface nutrients
Rhizobi Chemotaxis; Vibrio; Oligotrophic environment; Alginate
(Malmcrona-Friberg, K. (85) 199)
Bentonite clay; Population dynamics; Predation; Protection;
Flagellate (Heijnen, C.E. (85) 65)
Survival
Genetic engineering; Pseudomonas fluorescens; Competition;
Risk assessment Soil (Van Elsas, J.D. (85) 53)
Enterobacter; nif Plasmids; Bacterial release; Plasmid trans-
fer; Recombinant transposon label, in vitro; Adverse soil Temperature
effect; Ecological factors (Klingmiiller, W. (85) 107) Freshwater sediment; Sulfur compound; Concentration pro-
file; Thiosulfate disproportionation (Bak, F. (85) 31)
Sediment slurry
Suppressed ion chromatography; Dissimilatory sulfate reduc- Termite
tion; Thiosulfate; Headspace technique (Bak, F. (85) 23) Actinomycetes; Streptomyces; Gut flora (Bignell, D.E. (85)
151)
Signature lipid
Methane-utilizing bacteria; Fatty acid; LPS hydroxy fatty acid Thermophilic bacteria
(Bowman, J.P. (85) 15) Iron oxidation; Bacterial diversity (Ghauri, M.A. (85) 327)
Thiosulfate
Venax
Suppressed ion chromatography; Dissimilatory sulfate reduc- Nitric oxide production; Nitric oxide consumption; K,,,; Com-
tion; Sediment slurry; Headspace technique (Bak, F. (85) 23) pensation point; Nitrous oxide (Remde, A. (85) 81)
Thiosulfate Vertical migration
Dinoflagellate; Gravitaxis; Phototaxis; Phytoplankton; Proro-
Freshwater sediment; Sulfur compound; Concentration pro-
file; Temperature (Bak, F. (85) 31) centrum micans (Eggersdorfer, B. (85) 319)
Viability
Enrichment culture; Viable count; Bacterial salt requirement; Nitrite oxidation; Nitrobacter species; Most Probable Number
Freshwater sediment (Bak, F. (85) 43) technique (Laanbroek, H.J. (85) 269)
Trapping activity Viable count
Nematophagous fungi; Soil; Formation of trapping organs; Enrichment culture; Bacterial salt requirement; Thiosulfate
3-Dimensional sticky networks; Fluorescence microscopy; Flu- disproportionation; Freshwater sediment (Bak, F. (85) 43)
orescein-diacetate (Jensen, C. (85) 207) Vibrio
Chemotaxis; Oligotrophic environment; Surface nutrients; Al-
Uptake
ginate (Malmcrona-Friberg, K. (85) 199)
Cadmium tolerance; Proteus mirabilis (Andreoni, V. (85) 183)