A.nidulans bibliography authors and keywords

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Aspergillus Bibliography Authors
- Adams, T.H. 66,73
- Adeokun, A.M. 56
- Aguirre Linares, J. 1
- Aharonowitz, Y. 2
- Aikawa, J.-I 94
- Akashi, K. 101
- Aleksenko, A. 44
- Alfonso, C. 98
- Alvarez, E. 3
- Andreoli, C. 9
- Aplin, R.T. 4
- Aramayo, R. 5
- Archer, D.B. 84,119
- Arnold, J. 22
- Arnold, M.L. 43
- Arruda, L.K. 102
- Arst, H.N.Jr. 34,86
- Asmussen, M.A. 8
- Babudri, N. 6
- Bainbridge, B.W. 87
- Baldwin, J.E. 4 ,7,131
- Basten, C.J. 8
- Belenky, L. 44
- Belshaw, N.J. 84
- Benigni, R. 9
- Beppu, T. 94
- Berbie, M.L. 128
- Bergmeyer, J. 2
- Berski, R.M. 10
- Bosse, M. 83
- Bowman, B.H. 128
- Bowyer, P. 11,12
- Bradshaw, R.E. 114
- Brakhage, A.A. 13
- Brown, D.W. 14
- Browne, P. 13
- Buchan, A.D.B. 76
- Bulawa, C.E. 15
- Burger, G. 145
- Buxton, F.P. 41,61,85,86
- Byford, M.F. 7
- Cantoral, J.M. 2
- Cantrell, M. 108
- Carere, A. 9
- Carmona, C.L. 10
- Carneiro, M.R. 37
- Castro-Prado, M.A.A. 16
- Caten C.E. 19
- Chae, S.-K. 65
- Charles, I.G. 54
- Chow, R.L. 90
- Clutterbuck, A.J. 17,18,44,45,46,49
- Coenen, A. 135
- Cohen, G. 2
- Cole, S.C.J. 4,131
- Conti, L. 9
- Cooley, R.N. 19
- Cortinas de Nava, C. 25
- Cotta-Ramusino, M. 9
- Cove, D.J. 20
- Cowan, N.J. 90
- Crebelli, R. 9
- Croft, J.H. 23,134 ,135
- Cubero, B. 21
- Cuticchia, A.J. 22
- Dales, R.G.B. 23
- Daniels, M.J. 12
- Davies, R.W. 85,86
- Davis, M.A. 24
- de Azevedo, J. 109
- de Graaf, L.H. 39,143
- De Graaff, L. 121
- de la Torre, R.A. 25
- De Lamo, F. 98
- De Lucas, J.R. 11,26
- de Vries, O.M.H. 27
- De Wit, P.J.G.M. 132
- Demain, A.L. 2
- Denison, S.H. 28,29
- Dhawale, S.S. 30
- Diallinas, G. 48
- Diaquin, M. 102
- Diez, B. 3,38
- Dowzer, C. 70
- Drysdale, M.R. 31
- Durand, N. 32
- Egmond, M.R. 83
- Elliott, C.G. 33
- Espeso, E.A. 34,105
- Espinoza-Aguirre, J.J. 25
- Favela-Torres, E. 137
- Fekete, C. 135
- Fekkes, M.P. 27
- Felenbok, B. 70,125
- Felshi-Zuh, H. 144
- Fernandez-Canon, J.M. 105
- Fernandez-Espinar, M.T. 35,36,110
- Ferrari, N. 37
- Fevre, M. 32
- Field, R.A. 7
- Fierro, F. 38
- Fink, G.R. 47
- Fink, U. 2
- Flipphi, M.J.A. 39
- Ford, C. 72
- Foster, L.M.. 40
- Frederick, G.D. 41
- Friedlin, E. 53
- Garven, S. 86
- Geisen, R. 42
- Geiser, D.M. 43
- Gems, D.H. 18,44,45,46
- Ghali, D. 74
- Gimeno, C.J. 47
- Giusti, S.C. 37
- Gomez-Pardo, E. 107
- Gooday, G.W. 76
- Goosen, T. 139
- Gorfinkiel, L. 48
- Gow, N.A.R. 76
- Griffith, G.W. 49
- Gruber, F. 121
- Gupta, R. 120
- Gutierrez, S. 3,38
- Gwynne, D.I. 85,86
- Hagemans, M.L.D. 83
- Hamer, J.E. 52
- Han, D.M. 50
- Han, Y.J. 50
- Harmsen, M.C. 51
- Harris, S.D. 52
- Haus, H. 53
- Hawkins, A.R. 54,55,56,93
- Hayenza, K.J. 10
- Henwick, S. 57
- Henz, P.-P.C. 144
- Hessing, J.G.M. 83
- Hetherington, S.V. 57
- Hillebrand, M.H.B.C. 143
- Hintz, W.E. 58
- Hodits, R. 121
- Hoh, Y.K. 59
- Holt, C.L. 60
- Horinouchi, S. 94
- Houston, C.S. 108
- Hynes, M.J. 24
- Izquierdo, T. 25
- Jarai, G. 61
- Jeenes, D.J. 84,119
- Jenkins, G.I. 49
- Jha, S.H. 62
- Joshi, H.C. 63
- Judelson, H.S. 64
- Kafer, E. 28,65
- Kantz, N.J. 66
- Keller, N.P. 66
- Kelly, J. 70
- Kelly, J.M. 24,31
- Kemp, B.E. 77
- Kevei, F. 135
- Khurana, N. 120
- Kimura, T. 68
- Kinghorn, J. 2
- Kirchherr, D. 61
- Kirk, K.E 67
- Kitamoto, N. 68
- Kito, Y. 68
- Kleinkauf, H. 2
- Koch, A. 69
- Kolze, S.E. 31
- Kozak, K.R. 40
- Kozakiewicz, Z. 135
- Krave, A.S. 122
- Kubicek, C.P. 74,121
- Kubicek-Pranz, E.M. 74
- Kuck, U. 97,138,145
- Kuhad, R.C. 120
- Kulmberg, P. 70
- Kurokawa, N. 71
- Kusnadi, A.R. 72
- Laborda, F. 26,118
- Lagorsky, P.A. 58
- Lamb, H.K. 54,55
- Lamy, B. 102
- Lane, A.C. 30
- Lang, B.F. 145
- Latge, J.P. 102
- Lee, B.N. 73
- Lemke, P.A. 106
- Lendenfeld, T. 74
- Leslie, J.F. 75
- Lever, M.C. 76
- Loftus, M.G. 40
- Lopez-Isunza, F. 137
- Lu, K.P. 77,78,79,80,117
- Luduena, R.F. 81
- Luengo, J.M. 88
- Luo, H. 82
- Maat, J. 83
- MacCabe, A. 2
- Mach, R.L. 121
- MacKenzie, D.A. 84
- MacRae, W.D. 85,86
- Markham, P. 87
- Martin, J.F. 38
- Martinez-Blanco, H. 88,105
- Marzluf, G.A 89
- Mathieu, M. 70
- May, G.S. 28,29,60
- Means, A.R. 77,78,79,80,117
- Means, R.L. 117
- Meesschaert, B. 3
- Melki, R. 90
- Michel, F. 101
- Miettinen-Oinonen, A. 108
- Miller, B.L. 91
- Miller, J.R. 131
- Miller, P.E.P. 76
- Milner-White, E.J. 49
- Mirabito, P.M. 92
- Monistrol, I.F. 26,118
- Monod, M. 102
- Montenegro, E. 3
- Moore, J.D. 54,55,56,93
- Moorhouse, J. 23
- Moron, F. 25
- Morpurgo, G. 6
- Morrell, J.L. 52
- Morris, N.R. 67,92
- Moukha, S.M. 51
- Murakami, K. 94
- Nakamura, Y. 101
- Naruse, A. 95
- Nevalainen, H. 108
- Nigg, E.A. 123
- Nikolaev, I.V. 96
- Nikolov, Z.L. 72
- Nowak, C. 97
- Nozato, N. 101
- Nuero, O.M. 98
- Oda, K. 101
- Oestreicher, N. 99,100
- Ohfune, Y. 71
- Ohmiya, K. 68
- Ohta, E. 101
- Ohyama, K. 101
- Orejas, M. 88,105,107
- Osbourn, A.E. 12
- Osmani, A.H. 80
- Osmani, S.A. 79,80
- Palissa, H. 2
- Paloheimo, M. 108
- Paris, S. 102
- Parry, J.M. 103,104
- Patrick, C.C. 57
- Payne, G.A. 146
- Pedrogosa, A.M. 118
- Pena, J.L. 35
- Penalva, M.A. 34,88,105,107
- Peng, M. 106
- Perez-Esteban, B. 105,107
- Perlin, M.H. 82
- Pfeifer, E. 2
- Piddington, C.S. 108
- Pileggi, M. 109
- Pileggi, S.A.V. 109
- Pillar, T.M. 114
- Pimpinelli, S. 6
- Pinaga, F 36,35,110
- Prosser, J.L. 111
- Punt, P.J. 51,102,112,113,133,136
- Raitt, D.C. 114
- Rambosek, J. 108
- Ramon, D 36,110,115
- Ramsden, M. 44
- Randez-Gil, F. 116
- Rasmussen, C.D. 117
- Raymond, P. 32
- Redl, B. 53
- Reglero, A. 88
- Reyes, F. 98
- Rios, S. 118
- Roberts, C.F. 54,55
- Roberts, I.N. 119
- Robertson, B.E.M. 76
- Robertson, S. 18,44
- Robson, G.D. 87,142
- Rombouts, P. 41
- Rosa, M. 83
- Ross, K.K. 40
- Salvinvi, D. 6
- Salvo, J.J. 14
- Sanchis, V. 119
- Santos da Silva, M.J. 83
- Sanz, P. 36,116
- Saucedo-Castaneda, G. 137
- Saxena, R.K. 120
- Scazzocchio, C. 21,48,99,100
- Schaap, P.J. 143
- Schindler, M. 121
- Schofield, C.J. 7
- Schrickx, J.M. 122,136
- Schultz, S.J. 123
- Schuren, F.H.J. 51
- Schutz, G. 69
- Schwecke, T. 2
- Sealy-Lewis, H.M. 100,124
- Sekiguchi, J. 95
- Sequeval, D. 125
- Shiau, C.-Y. 7
- Sibley, S. 86
- Singh, N.K. 106,126
- Sinha, U. 62
- Skatrud, P.L. 131
- Sobey, W.J. 7
- Springer, M.L. 127
- Stahl, U. 144
- Stam, H. 83
- Stevens, J.J. 40
- Stoffler, G. 53
- Stouthamer, A.H. 122,136
- Sutherland, J.D. 4,131
- Tafani, P. 9
- Takemura, M. 101
- Tan, T.K. 59
- Taylor, J.W. 128
- Thompson, P.A. 10
- Tiedt, L.R. 129
- Tilburn, J. 34
- Timberlake, W.E 5,22,43,130
- Tiwary, B.N. 126
- Tobin, M.B. 4,131
- Trinci, A.P.J. 87,142
- Tsukagoshi, N. 68
- Turner, G. 11,13
- Ulrich, N. 144
- Vainberg, I.E. 90
- Valles, S. 35,36,110
- van den Ackerveken, G.F.J.M. 132
- van den Broek, H.C. 143
- van den Broek, H.W.J. 139
- van den Broek, P.M.J. 139
- van den Hondel, C.A.M.J.J. 83,112,113,122,13 3,136
- van den Vondervoort, P.J.I. 143
- van der Veen, P. 39,115
- van Engelenberg, F.A.C. 143
- van Gorcom, R.F.M. 83,133
- van Heuvel, M. 39
- van Liempt, H. 2
- van Rotterdam, C. 83
- van Verseveld, H.W. 122,136
- van Zuilen, C.M. 51
- Varga, J. 134,135
- Vavilova, E.A. 96
- Verbakel, H. 83
- Verdoes, J.C. 122,136
- Vinas, I. 119
- Vinetski, Y.P. 44,96
- Viniegra-Gonzalez, G. 137
- Visser, J. 39,115,121,143
- Vollenhofer, S.K. 121
- von Dohren, H. 2
- Vossen, P. 132
- Walz, M. 138
- Ward, M. 10
- Watson, A.J. 119
- Weigel, C.T.D. 69
- Wennekes, L.J.M. 139
- Wessels, J.G.H. 27,51
- White, T.J. 128
- Wiebe, M.G. 142
- Wilkie, D. 140
- Winkelmann, G. 141
- Withers, J.M. 142
- Witteveen, C.F.B. 143
- Wnendt, S. 144
- Wolfe, S. 2
- Wolff, G. 145
- Woloshuk, C.P. 146
- Wolschek, M. 74
- Wosten, H.A.B. 27
- Yamamoto, H. 95
- Yamato, K. 101
- Yeoh, H.-H. 59
- Zhang, J. 2
- Zucchi, T.M.A.D. 16,147
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Keywords
- alpha-amylase 116
- alpha-galactosidase 118
- alpha-sarcin 144
- alpha-tubulin 67
- Acetate induction 11,25
- Acetate utilization 11,24,88,124
- Acetyl-CoA synthetase 88
- ACV synthesis 2,7,13,74
- Aflatoxin 146
- Alcohol dehydrogenase 146
- Aminoadipate 74
- Amylase 116
- Aneuploid induction 9,25,62,103,104
- Anthoquinones 14
- Antigens 102
- Antisuppressor 147
- Arabinan degradation 35,39,115
- Arabinase 115
- Arabinofuranosidase 35,39,115
- Arabitol induction 115
- Aromatic biosynthesis 54,55,56,93
- Aromatic path regulation 54,55,56,93
- Ascoquinone A 14
- Ascospore pigments 14
- Aspergillopepsin 10
- Autocatalytic enzyme cleavage 131
- Autolysis 98
- beta-arylesterase 134
- beta-galactosidases 96
- beta-glucanases 98
- beta-glucosidases 59
- beta-lactam biosynthesis 2,3,7,13,34,38,74,105,107,131,138
- beta-tubulin gene 97
- Baking 83
- Benomyl resistance 19
- Benzimidazoles 19,25,26
- Calcium 76,78,80,117
- Calmodulin 78,80,117
- Carbendazole 26
- Carbon regulation 11,21,24,31,58,70,105,110,143
- Catalase 143
- Cell cycle 28,29,52,76,77,79.80,92,117,123
- Cellulase 69
- Chaperonins 90
- Chemostat cultures 122,142
- Chitin synthesis 15
- Choline 87
- Chromosome duplication 16
- Chromosome mis-segregation 9,25,103,104
- Chromosome physical mapping 22
- Cloning methods 12,44,45,60
- Compartmentation 74
- Complement binding 57
- Complexone 141
- Conidial surfaces 57
- Conidial walls 129
- Conidiation 1,5,17,33,46,49,50,73,91,120,122,127,129,130,142
- Cosmid mapping 22
- Cotransformation 45,64,97
- Cyclic peptide 71
- Cytochrome c gene 114
- Cytochrome oxidase gene 101
- Cytokinesis 52
- Cytoplasmic inheritance 140
- Developmental regulation 1,5,44,49, 73,91,122,120 ,127,130
- DNA ligation 64
- DNA-binding proteins 30,117
- Duplication strains 16
- Echinocandin 71
- Electron microscopy 129
- Electrophoretic karyotype 38
- Endoxylanase 36
- Enhancer mutants 46
- Environmental mutagens 104
- Enzyme subunit interaction 131
- Ethanol production 119
- European Community Aneuploidy Project 104
- Extracellular protein 26,84,89,96,133
- Flat mutants 142
- Fluffy mutants 73,142
- Fluorophenylalanine 126
- gamma-tubulin 63,82,90
- Galactosidase 96,118
- Galvanotropism 76
- Gene disruption 13,102,138
- Gene silencing 16
- Glucanases 98
- Glucoamylase 72,122,136
- Glucose oxidase 143
- Glucose-6-PO4 deH 139
- Glutamine synthetase 73
- Glyceraldehyde-3-PO4 deH 51
- Griseofulvin 26,62
- Halogenated methanes 9
- Haploidization 62
- Heterokaryon incompatibility 23,43,75
- Heterologous expression in E. coli 4,42,69,72,79,90,93,131
- Heterologous gene expression 58,69,84,85,89,94,116,132,133
- Hydrophobins 27
- Hydroxamate 141
- Hydroxylaminopurine 6
- Hyphal growth form 87,111,137
- Hyphal walls 27
- Immunogenicity 57
- Instant gene bank 12,44
- Intron conservation 88,99,101,145
- Iron complexes 141
- Isocitrate lyase 11
- Isopenicillin N synthase 34,107,138
- Isopenicillin-N acyltransferase 3,4,131
- Lactonase 143
- Lactose assimilation 96
- Leucine zipper 28
- Malate dehydrogenase isozymes 134
- Mapping chromosomes 22
- Mebendazole 25
- Melanins 50
- Methyl benzimidazol-2yl carbamate 26
- Microcycle conidiation 120
- Microtubules 26,63,67
- Mitochondrial DNA polymorphism 135
- Mitochondrial genes 95,140,145
- Mitochondrial introns 101,145
- Mitosis 92
- Mitotic catastrophe 29
- Mitotic instability 8
- Model organisms 1,128
- Multicopy transformants 122,136
- Multienzyme complexes 2,3,54,55,56,93,131
- Mutagen sensitivity 28,29,65
- Mutagen testing 6,9,25,37
- Mutational analysis 20
- Mycelial growth 87,111,137
- Mycotoxins 14,66,146
- Nitrate reduction 20
- Nitrogen regulation 14,24,48,89,99
- Nondisjunction 25
- Nuclear migration 17
- omega-amino acids 25
- Parasexual recombination 32
- Pathogenicity 57,102,132
- PCR applications 40
- Penicillin biosynthesis 2,3,7,13,34,38,74,105,107,131,13 8
- Peptide synthesis 7
- pH dependent galvanotropism 76
- pH regulation 34,105
- Phenylalanine 126
- Phosphatases 85,86,108
- Phosphatase isozymes 134
- Phosphate regulation 85
- Phylogenetics 43,128,135,145
- Phytase 108
- Phytoalexin elicitor 132
- Phytochrome 49
- Pigments 14,50
- Plant pathology 132
- Plasmid replication 12,18,44,45,106
- Polygalactoronase 68
- Polyketide reductase 66
- Polymerase chain reaction 40
- Polymorphisms 32,43,134,135
- Population groups 43
- Position effect 16
- Promoter analysis 70,107,113
- Propionate resistance 124
- Proteases 10,41,42,61,94
- Protein domains 55,56,93
- Protein excretion 26,84,85,89,133
- Protein folding 90
- Protein glycosylation 94
- Protein kinase substrates 77
- Protein kinase 79,123
- Pseudohyphal growth 47
- Pyruvate decarboxylase 119
- Pyruvate kinase 121
- Quinate pathway 54,55,56
- RAPD markers 32,134
- Recombination in the wild 32,43
- Recombination mutants 65
- Regulation: see acetate, aromatic, carbon, development, nitrogen, omega-amino acids, phosphate, sulphur
- Replicating plasmids 12,18,44,45,106
- Restrictocin 102,144
- RFLP markers 134,135
- Ribosome inactivating proteins 102,144
- Ribosomal RNA genes 95
- Ribosomal spacer polymorphism 134
- Septation 52
- Sexual reproduction 14,33,43,50,67,127
- Shikimate pathway 54,55,56,93
- Siderophores 141
- Soy sauce manufacture 68
- Species hybrid 134
- Spindle pole body 92
- Starch medium 120
- Starch-binding domain 72
- Sterigmatocyctin 66
- Subtilisin-like protease 61
- Sulphur regulation 85
- Taxonomy 43,128,135,145
- TPR motif 92
- Transcription factors 30,55
- Transcription signals 113
- Transformant, multicopy 122,136
- Transformation 97,106,112,136
- Tubulin polymerization 103
- Tubulins 19,63,67,81,82,90
- Urate oxidase 99,100
- Uric acid permease 48
- Vacuoles 74
- Wall structure 129
- Xanthine permease 48
- Xylanases 36,53,83,110
- Zinc fingers 21,117,125
Organisms
- Fungi other than A. nidulans
  - A. flavus 57,146
  - A. fumigatus 57,76,102
  - A. giganteus. 144
  - A. glaucus 57
  - A. niger 31,39,41,57,61,83,85, 108,112,122,133,135,136,139,143
  - A. niger var. awamori 72,83,108
  - A. niveus 120
  - A. ochraceus 57
  - A. oryzae 10,68,94,112,116
  - A. parasiticus 119
  - A. quadrilinatus 134
  - A. rugulosus 71
  - A. tamarii 120
  - A. terreus 57,120
  - A. versicolor 57
- Acremonium chrysogenum 7,97,138
- Agaricus bisporus 51
- Cephalosporium acremonium 2,7,97,138
- Cladosporium fulvum 132
- Coprinus cinereus 76
- Gaeumannomyces graminis 12
- Mucor pusillus 94
- Neurospora crassa 56r,76,127,128
- Penicillium canescens 96
- P. chrysogenum 3,4.38,53,74,88,95,131
- P. janthinellum. 69
- P. nalgiovense 42
- P. notatum 38
- P. roqueforti 32
- Phanerochaete chrysosporium 51
- Phytophthora infestans 64
- Pleurotus ostreatus 106
- Saccharomyces cerevisiae 47c,116h,128
- Schizophyllum commune 27,51
- Septoria nodorum 19
- Trichoderma reesei 121
- Ustillago violacea 82
Other Organisms
- Achyrocline satureioides 37
- Escherichia coli 4,22,93
- Homo sapiens 123c
- Prototheca wickerhamii 145
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Genes [(c)-sequence comparison, (h)-heterologous expression, (s)-clone or sequence, (r)-regulation]
- A. nidulans
  - abaA 5
  - acoD 73(r)
  - acrA 16
  - acuD 11r
  - acuO 124
  - acvA 13
  - alcA 58,70
  - alcR 70,117,125
  - amdS(r) 24
  - apsA,B 17
  - aromA 54,55,56,93
  - asu 147
  - bimA 92
  - bimD 28(s),29
  - brlA 44,46,49,91
  - CaM 80
  - creA 21,70
  - cycA 114
  - fluG(s) 73
  - gpdA 51,(c),132(c)
  - hetA,B 23
  - medA 46,91
  - meth reversion 25,37,147
  - nicB 109
  - nimA 77,79
  - nimT 80(r)
  - npgA 50
  - pacG 86
  - phenA 126
  - pcbC 34(r),107(r)
  - prn 21(r)
  - qut 54,55,56
  - sepA ,E,G,J,H,I 52
  - su-nicB 109
  - supmeth 147
  - sthA,B 46
  - stuA 47(c),91
  - tub A ,B 67
  - uapA 48(sr)
  - uaZ 99(s),100
  - uvs 29
  - verA 66
  - yA 5(r)
- Other Aspergilli
  - alpha-amylase gene 116(h)
  - abfB 39(s)
  - adh 146(r)
  - aphA 84,108
  - creA 31(s)
  - glaA 122(s)
  - goxBCE 143(r)
  - pdcA 119(s)
  - pepC 41(s)
  - pepD 61(s)
  - pepO 10
  - phy 108(s)
  - Polygalacturonase gene 68(s)
- Other fungi
  - acuA 88(s)
  - benA 97
  - cbh1 69(s)
  - gpdA 51(c)
  - pcbAB 38
  - pcbC 138
  - penDE 3(s),4,131
  - PHD1 47(c)
  - pki1 121(s)
  - pyrG 38
  - qa-2 56(r)
  - tubA 19(s)
- Other Organisms
  - HmB 112
  - nimA 123(c)
  - Phle 112
[(c)-sequence comparison, (h)-heterologous expression, (s)-clone or sequence, (r)-regulation]