Table Of Content

FEMS Microbiology Reviews AUTHOR INDEX VOL. 104 Bainbridge, B.W., see Markham, P. (104) 287 Choline: Its role in the growth of filamentous fungi and Budzikiewicz, H. the regulation of mycelial morphology (104) 287 Secondary metabolites from fluorescent pseudomonads Mayer, F. (104) 209 Principles of functional and structural organization in the bacterial cell: ‘Compartments’ and their enzymes (104) 327 Gottfert, M. Regulation and function of rhizobial nodulation genes Robson, G.D., see Markham, P. (104) 287 (104) 39 Gottschal, J.C., see Kaprelyants, A.S. (104) 271 Gross, R. Steinriicke, P. and Ludwig, B. Signal transduction and virulence regulation in human and Genetics of Paracoccus denitrificans (104) 83 animal pathogens (104) 301 Houmard, J., see Tandeau de Marsac, N. (104) 119 Tandeau de Marsac, N. and Houmard, J. : Hussain, M., Wilcox, M.H. and White, P.J. Adaptation of cyanobacteria to environmental stimuli: new The slime of coagulase-negative staphylococci: Biochem- steps towards molecular mechanisms (104) 119 istry and relation to adherence (104) 191 Thomson, J.A. Molecular biology of xylan degradation (104) 65 Trinci, A.P.J., see Markham, P. (104) 287 Kaprelyants, A.S., Gottschal, J.C. and Kell, D.B. Dormancy in non-sporulating bacteria (104) 271 Kell, D.B., see Kaprelyants, A.S. (104) 271 White, P.J., see Hussain, M. (104) 191 Wilcox, M.H., see Hussain, M. (104) 191 Lagunas, R. Willison, J.C. Sugar transport in Saccharomyces cerevisiae (104) 229 Biochemical genetics revisited: the use of mutants to study Ludwig, B., see Steinriicke, P. (104) 83 carbon and nitrogen metabolism in the photosynthetic bacteria (104) 1 Mandrand, M.A., see Wu, L.-F. (104) 243 Wu, L.-F. and Mandrand, M.A. Markham, P., Robson, G.D., Bainbridge, B.W. and Trinci, Microbial hydrogenases: Primary structure, classification, A.P.J. signatures and phylogeny (104) 243 FEMS Microbiology Reviews SUBJECT INDEX VOL. 104 Bacterial ultrastructure Cryptobiosis Cytoplasmic enzyme; Membrane-associated enzyme; Mem- Starvation-survival; Viability; Culturability; Ultramicrobacte- brane-bound enzyme; Periplasmic space; Extracellular en- ria (Kaprelyants, A.S. (104) 271) zyme; Electron microscopy; Immunocytochemistry (Mayer, F. (104) 327) Culturability Starvation-survival; Viability; Ultramicrobacteria; Cryptobio- sis (Kaprelyants, A.S. (104) 271) Biochemical genetics Photosynthetic bacteria; Carbon metabolism; Nitrogen metabolism; Mutants (Willison, J.C. (104) 1) Cytoplasmic enzyme Bacterial ultrastructure; Membrane-associated enzyme; Mem- brane-bound enzyme; Periplasmic space; Extracellular en- Biofilm zyme; Electron microscopy; Immunocytochemistry (Mayer, F. Staphylococcus epidermidis; Teichoic acid (Hussain, M. (104) (104) 327) 191) Electron microscopy Carbon metabolism Bacterial ultrastructure; Cytoplasmic enzyme; Membrane-as- Photosynthetic bacteria; Nitrogen metabolism; Biochemical sociated enzyme; Membrane-bound enzyme; Periplasmic genetics; Mutants (Willison, J.C. (104) 1) space; Extracellular enzyme; Immunocytochemistry (Mayer, F. (104) 327) Carbon starvation or assimilation Photosynthesis; Nitrogen starvation or assimilation; Sulphur Electron transfer center starvation or assimilation; Regulation; Light response; Chro- Evolution; Nickel; Protein translocation; Motif (Wu, L.-F. matic adaptation; Cell differentiation; Metal ion resistance; (104) 243) Stress (Tandeau de Marsac, N. (104) 119) Evolution Cell differentiation Nickel; Electron transfer center; Protein translocation; Motif Photosynthesis; Nitrogen starvation or assimilation; Sulphur (Wu, L.-F. (104) 243) starvation or assimilation; Carbon starvation or assimilation; Regulation; Light response; Chromatic adaptation; Metal ion Extracellular enzyme resistance; Stress (Tandeau de Marsac, N. (104) 119) Bacterial ultrastructure; Cytoplasmic enzyme; Membrane-associated enzyme; Membrane-bound enzyme; Periplasmic space; Electron microscopy; Immunocytochemistry (Mayer, F. Choline Choline-o-sulphate; Phosphatidyl choline; Growth; Mycelial (104) 327) morphology; Filamentous fungi (Markham, P. (104) 287) Filamentous fungi Choline; Choline-o-sulphate; Phosphatidyl choline; Growth; Choline- 0-sulphate Mycelial morphology (Markham, P. (104) 287) Choline; Phosphatidyl choline; Growth; Mycelial morphology; Filamentous fungi (Markham, P. (104) 287) Fluorescent pseudomonad Pseudomonas; Secondary metabolite (Budzikiewicz, H. (104) Chromatic adaptation 209) Photosynthesis; Nitrogen starvation or assimilation; Sulphur starvation or assimilation; Carbon starvation or assimilation; Gene regulation Regulation; Light response; Cell differentiation; Metal ion Nod factor; Nodulation genes; Rhizobia-legume interactions; resistance; Stress (Tandeau de Marsac, N. (104) 119) Signaling (Gottfert, M. (104) 39) Codon usage Growth Megaplasmid; Restriction system; Promoter structure; Oxy- Choline; Choline-o-sulphate; Phosphatidyl choline; Mycelial gen-regulated gene expression (Steinriicke, P. (104) 83) morphology; Filamentous fungi (Markham, P. (104) 287) Hemicellulose Nitrogen starvation or assimilation Xylan; Xylanase; B-Xylosidase (Thomson, J.A. (104) 65) Photosynthesis; Sulphur starvation or assimilation; Carbon starvation or assimilation; Regulation; Light response; Chro- Immunocytochemistry matic adaptation; Cell differentiation; Metal ion resistance; Bacterial ultrastructure; Cytoplasmic enzyme; Membrane-as- Stress (Tandeau de Marsac, N. (104) 119) sociated enzyme; Membrane-bound enzyme; Periplasmic space; Extracellular enzyme; Electron microscopy (Mayer, F. Nod factor (104) 327) Gene regulation; Nodulation genes; Rhizobia-legume interactions; Signaling (Gottfert, M. (104) 39) Light response Nodulation genes Photosynthesis; Nitrogen starvation or assimilation; Sulphur Gene regulation; Nod factor; Rhizobia-legume interactions; starvation or assimilation; Carbon starvation or assimilation; Signaling (Géttfert, M. (104) 39) Regulation; Chromatic adaptation; Cell differentiation; Metal ion resistance; Stress (Tandeau de Marsac, N. (104) 119) Oxygen-regulated gene expression Megaplasmid; Restriction system; Codon usage; Promoter Megaplasmid structure (Steinriicke, P. (104) 83) Restriction system; Codon usage; Promoter structure; Oxy- gen-regulated gene expression (Steinriicke, P. (104) 83) Pathogenicity Phase variation; Sensor protein; Transcriptional regulation; Membrane-associated enzyme Two-component system (Gross, R. (104) 301) Bacterial ultrastructure; Cytoplasmic enzyme; Membrane- bound enzyme; Periplasmic space; Extracellular enzyme; Periplasmic space Electron microscopy; Immunocytochemistry (Mayer, F. (104) Bacterial ultrastructure; Cytoplasmic enzyme; Membrane-as- 327) sociated enzyme; Membrane-bound enzyme; Extracellular enzyme; Electron microscopy; Immunocytochemistry (Mayer, F. Membrane-bound enzyme (104) 327) Bacterial ultrastructure; Cytoplasmic enzyme; Membrane-associated enzyme; Periplasmic space; Extracellular enzyme; Phase variation Electron microscopy; Immunocytochemistry (Mayer, F. (104) Pathogenicity; Sensor protein; Transcriptional regulation; 327) Two-component system (Gross, R. (104) 301) Metal ion resistance Phosphatidyl choline Photosynthesis; Nitrogen starvation or assimilation; Sulphur Choline; Choline-o-sulphate; Growth; Mycelial morphology; starvation or assimilation; Carbon starvation or assimilation; Filamentous fungi (Markham, P. (104) 287) Regulation; Light response; Chromatic adaptation; Cell differentiation; Stress (Tandeau de Marsac, N. (104) 119) Photosynthesis Nitrogen starvation or assimilation; Sulphur starvation or assimilation; Carbon starvation or assimilation; Regulation; Motif Light response; Chromatic adaptation; Cell differentiation; Evolution; Nickel; Electron transfer center; Protein transloca- Metal ion resistance; Stress (Tandeau de Marsac, N. (104) tion (Wu, L.-F. (104) 243) 119) Mutants Photosynthetic bacteria Photosynthetic bacteria; Carbon metabolism; Nitrogen Carbon metabolism; Nitrogen metabolism; Biochemical genet- metabolism; Biochemical genetics (Willison, J.C. (104) 1) ics; Mutants (Willison, J.C. (104) 1) Mycelial morphology Promoter structure Choline; Choline-o-sulphate; Phosphatidyl choline; Growth; Megaplasmid; Restriction system; Codon usage; Oxygen-regu- Filamentous fungi (Markham, P. (104) 287) lated gene expression (Steinriicke, P. (104) 83) Nickel Protein translocation Evolution; Electron transfer center; Protein translocation; Evolution; Nickel; Electron transfer center; Motif (Wu, L.-F. Motif (Wu, L.-F. (104) 243) (104) 243) Nitrogen metabolism Pseudomonas Photosynthetic bacteria; Carbon metabolism; Biochemical ge- Fluorescent pseudomonad; Secondary metabolite (Budzikie- netics; Mutants (Willison, J.C. (104) 1) wicz, H. (104) 209) 354 Regulation Sugar catabolism Photosynthesis; Nitrogen starvation or assimilation; Sulphur Saccharomyces cerevisiae; Sugar carrier; Sugar transporter; starvation or assimilation; Carbon starvation or assimilation; Sugar permease (Lagunas, R. (104) 229) Light response; Chromatic adaptation; Cell differentiation; Metal ion resistance; Stress (Tandeau de Marsac, N. (104) Sugar permease 119) Saccharomyces cerevisiae; Sugar carrier; Sugar transporter; Sugar catabolism (Lagunas, R. (104) 229) Restriction system Megaplasmid; Codon usage; Promoter structure; Oxygen-reg- Sugar transporter ulated gene expression (Steinriicke, P. (104) 83) Saccharomyces cerevisiae; Sugar carrier; Sugar permease; Sugar catabolism (Lagunas, R. (104) 229) Rhizobia-legume interactions Gene regulation; Nod factor; Nodulation genes; Signaling Sulphur starvation or assimilation (Gottfert, M. (104) 39) Photosynthesis; Nitrogen starvation or assimilation; Carbon starvation or assimilation; Regulation; Light response; Chro- Saccharomyces cerevisiae matic adaptation; Cell differentiation; Metal ion resistance; Sugar carrier; Sugar transporter; Sugar permease; Sugar Stress (Tandeau de Marsac, N. (104) 119) OaS e catabolism (Lagunas, R. (104) 229) Teichoic acid Secondary metabolite Staphylococcus epidermidis; Biofilm (Hussain, M. (104) 191) Pseudomonas; Fluorescent pseudomonad (Budzikiewicz, H. (104) 209) Transcriptional regulation Pathogenicity; Phase variation; Sensor protein; Two-compo- Sensor protein nent system (Gross, R. (104) 301) Pathogenicity; Phase variation; Transcriptional regulation; Two-component system (Gross, R. (104) 301) Two-component system Pathogenicity; Phase variation; Sensor protein; Transcrip- Signaling tional regulation (Gross, R. (104) 301) Gene regulation; Nod factor; Nodulation genes; Rhizobia- legume interactions (Gottfert, M. (104) 39) Ultramicrobacteria Starvation-survival; Viability; Culturability; Cryptobiosis (Ka- Staphylococcus epidermidis prelyants, A.S. (104) 271) Biofilm; Teichoic acid (Hussain, M. (104) 191) Viability Starvation-survival Starvation-survival; Culturability; Ultramicrobacteria; Crypto- Viability; Culturability; Ultramicrobacteria; Cryptobiosis biosis (Kaprelyants, A.S. (104) 271) (Kaprelyants, A.S. (104) 271) Xylan Stress Hemicellulose; Xylanase; B-Xylosidase (Thomson, J.A. (104) Photosynthesis; Nitrogen starvation or assimilation; Sulphur 65) starvation or assimilation; Carbon starvation or assimilation; Regulation; Light response; Chromatic adaptation; Cell differentiation; Metal ion resistance (Tandeau de Marsac, N. Xylanase Xylan; Hemicellulose; B-Xylosidase (Thomson, J.A. (104) 65) (104) 119) Sugar carrier B-Xylosidase Saccharomyces cerevisiae; Sugar transporter; Sugar permease; Xylan; Hemicellulose; Xylanase (Thomson, J.A. (104) 65) Sugar catabolism (Lagunas, R. (104) 229)