Subject index
Volume 160 (2001)
www.elsevier.com/locate/plantsci
ABA;Corydalis yanhusuo; Growth retardant; Medicinal plant; Papaveraceae; PEG-4000; Somatic embryogenesis 160, 139
Abscisic acid; Copper; Oryza sati6a; Proline
accumula-tion 160, 283
Abscisic acid; Days after pollination; Days after germination; Desiccation tolerance; Aldose reductase; Water stress 160, 149
Acid metabolism; Organic acids; Nutrient uptake; Aluminum tolerance; Microorganisms; Transgenic plants 160, 1
Agrobacterium rhizogenes; Ammi majus; Furanocoumarins; Hairy roots; Secondary metabolites; Transformation 160, 259
Aldose reductase; Abscisic acid; Days after pollination; Days after germination; Desiccation tolerance; Water stress 160, 149
Aluminum tolerance; Organic acids; Acid metabolism; Nutrient uptake; Microorganisms; Transgenic plants 160, 1
Amino acids; Barley; Nitrate uptake; Nitrate reductase; Roots 160, 219
Ammi majus; Agrobacterium rhizogenes; Furanocoumarins; Hairy roots; Secondary metabolites; Transformation 160, 259
Anthocyanin; Copigmentation; Bluing effect; Flower color breeding;Torenia fournieri; Transformation 160, 49
Anthocyanin; Fusion protein;Ipomoea batatas; Polyclonal
an-tibodies; Transmembrane domain; Vacuolar protein 160, 121
Antirrhinum majus; Aurone; Aureusidin; Bracteatin; 2%,4%,6% ,4-Tetrahydroxychalcone; 2%,4%,6%,3,4-Pentahydroxychalcone; Snapdragon 160, 229
Arabinogalactan-proteins; Gene regulation; Loblolly pine;Pi
-nus taeda; Transformation; Xylem 160, 77
Asparagus officinalisL.; Somatic embryogenesis; Habituation; Mutation; Hormone; Flow cytometry; Ploidy level 160, 15
Aureusidin; Aurone; Bracteatin; 2%,4%,6% ,4-Tetrahydroxychal-cone; 2%,4%,6%,3,4-Pentahydroxychalcone; Snapdragon; Antir -rhinum majus 160, 229
Aurone; Aureusidin; Bracteatin; 2%,4%,6%
,4-Tetrahydroxychal-cone; 2%,4%,6%,3,4-Pentahydroxychalcone; Snapdragon; Antir -rhinum majus 160, 229
Bacterial wilt; Protoplast fusion; Flow cytometry; RAPDs; Chloroplast DNA microsatellite 160, 301
Bacterial wilt; Solanum tuberosum;Solanum phureja;
Electro-fusion; Somatic hybrids;Ralstonia solanacearum 160, 165
Barley; Amino acids; Nitrate uptake; Nitrate reductase; Roots 160, 219
Binding protein; Molecular chaperone; Organ-specific
regula-tion 160, 273
Bluing effect; Copigmentation; Flower color breeding; An-thocyanin;Torenia fournieri; Transformation 160, 49
Bracteatin; Aurone; Aureusidin; 2%,4%,6% ,4-Tetrahydroxychal-cone; 2%,4%,6%,3,4-Pentahydroxychalcone; Snapdragon; Antir -rhinum majus 160, 229
Callus; Oncidium; Somatic embryogenesis 160, 87
cDNA; Sugar phosphorylation;Lycopersicon esculentum 160,
209
Chlorophyll; Cucumis melo (Inodorus group);
Hypodermal-mesocarp; Malondialdehyde; Lipoxygenase; Phospholipase
D 160, 105
Chloroplast DNA microsatellite; Protoplast fusion; Flow cy-tometry; RAPDs; Bacterial wilt 160, 301
Chronaxie; Stimulus; Threshold; Strength – duration relation; Rheobase 160, 237
Citrullus lanatus; Lycopersicon esculentum; Phenolic com-pounds 160, 315
Citrus; H+-ATPase; Inhibitors; LATS; Nitrate uptake 160,
95
Closterium ehrenbergii; DNA synthesis inhibitor; Pyrenoid; Sexual reproduction; Zygote formation 160, 57
Copigmentation; Bluing effect; Flower color breeding; An-thocyanin;Torenia fournieri; Transformation 160, 49
Copper; Abscisic acid; Oryza sati6a; Proline
accumula-tion 160, 283
Copper; Glutathione cycle enzymes; Glutathione; Phy-tochelatins;Scenedesmus bijugatus 160, 291
Copper; Nitrate reductase; Nitrite reductase; Glutamate dehy-drogenase; Glutamate; Glutamine 160, 159
Corydalis yanhusuo; ABA; Growth retardant; Medicinal plant; Papaveraceae; PEG-4000; Somatic embryogenesis 160, 139
Cucumis melo (Inodorus group); Chlorophyll; Hypodermal-mesocarp; Malondialdehyde; Lipoxygenase; Phospholipase
D 160, 105
Cytochrome P450; Lotus japonicus; Fabaceae; Isoflavonoid;
Vestitol 160, 37
Cytomics/proteomics; Cytoskeleton-associated proteins; Cy-toskeleton-bound polysomes; 4 nm nanofilaments; 12 nm nan-otubules; Plant-specific methods 160, 185
Cytoskeleton-associated proteins; Cytomics/proteomics; Cy-toskeleton-bound polysomes; 4 nm nanofilaments; 12 nm nan-otubules; Plant-specific methods 160, 185
Cytoskeleton-bound polysomes; Cytomics/proteomics;
Cy-toskeleton-associated proteins; 4 nm nanofilaments; 12 nm nanotubules; Plant-specific methods 160, 185
Daucus carota; Polyketide biosynthetic enzyme; Reducing co-factor; Rate-limiting step; Multifunctional enzyme; Deuterium isotope effect 160, 113
Days after germination; Abscisic acid; Days after pollination; Desiccation tolerance; Aldose reductase; Water stress 160, 149
Days after pollination; Abscisic acid; Days after germination; Desiccation tolerance; Aldose reductase; Water stress 160, 149
Desiccation tolerance; Abscisic acid; Days after pollination; Days after germination; Aldose reductase; Water stress 160, 149
Deuterium isotope effect; Daucus carota; Polyketide
biosyn-thetic enzyme; Reducing co-factor; Rate-limiting step; Multi-functional enzyme 160, 113
DNA synthesis inhibitor;Closterium ehrenbergii; Pyrenoid; Sex-ual reproduction; Zygote formation 160, 57
Early nodulin; ENBP1 binding site; Hairy roots; Promoter activity;Vicia faba;Vicia hirsuta 160, 67
Electrofusion; Solanum tuberosum; Solanum phureja; Somatic
hybrids; Bacterial wilt;Ralstonia solanacearum 160, 165
ENBP1 binding site; Early nodulin; Hairy roots; Promoter activity;Vicia faba;Vicia hirsuta 160, 67
Essential oils; Ocimum basilicum L.; Lamiaceae; Sweet basil;
Estragole; Methyl eugenol;O-methyltransferase 160, 27
Estragole; Ocimum basilicum L.; Lamiaceae; Sweet basil;
Es-sential oils; Methyl eugenol;O-methyltransferase 160, 27
Ethylene; Rosa hybrida; Flower senescence;
Lipoxyge-nase 160, 129
Fabaceae; Lotus japonicus; Cytochrome P450; Isoflavonoid;
Vestitol 160, 37
FAD; Polyamine oxidase; Flavoprotein; Hydrogen peroxide; Spermine; Spermidine 160, 197
Flavoprotein; Polyamine oxidase; FAD; Hydrogen peroxide; Spermine; Spermidine 160, 197
Flow cytometry;Asparagus officinalisL.; Somatic
embryogene-sis; Habituation; Mutation; Hormone; Ploidy level 160, 15
Flow cytometry; Protoplast fusion; RAPDs; Chloroplast DNA microsatellite; Bacterial wilt 160, 301
Flower color breeding; Copigmentation; Bluing effect; An-thocyanin;Torenia fournieri; Transformation 160, 49
Flower senescence; Rosa hybrida; Lipoxygenase;
Ethyl-ene 160, 129
Furanocoumarins; Ammi majus; Agrobacterium rhizogenes;
Hairy roots; Secondary metabolites; Transformation 160, 259
Fusion protein; Anthocyanin;Ipomoea batatas; Polyclonal
anti-bodies; Transmembrane domain; Vacuolar protein 160, 121
Gas exchange; Salt stress;Lycopersicon esculentum; Plant
wa-ter uptake; Wawa-ter relations; Wawa-ter use efficiency 160, 265
Gene regulation; Arabinogalactan-proteins; Loblolly pine;Pi
-nus taeda; Transformation; Xylem 160, 77
Glutamate; Copper; Nitrate reductase; Nitrite reductase; Glu-tamate dehydrogenase; Glutamine 160, 159
Glutamate dehydrogenase; Copper; Nitrate reductase; Nitrite reductase; Glutamate; Glutamine 160, 159
Glutamine; Copper; Nitrate reductase; Nitrite reductase; Glu-tamate dehydrogenase; GluGlu-tamate 160, 159
Glutathione; Copper; Glutathione cycle enzymes;
Phy-tochelatins;Scenedesmus bijugatus 160, 291
Glutathione cycle enzymes; Copper; Glutathione;
Phy-tochelatins;Scenedesmus bijugatus 160, 291
Growth retardant; ABA;Corydalis yanhusuo; Medicinal plant;
Papaveraceae; PEG-4000; Somatic embryogenesis 160, 139
Habituation; Asparagus officinalisL.; Somatic embryogenesis;
Mutation; Hormone; Flow cytometry; Ploidy level 160, 15
Hairy roots; Ammi majus; Agrobacterium rhizogenes;
Fura-nocoumarins; Secondary metabolites; Transformation 160, 259
Hairy roots; Early nodulin; ENBP1 binding site; Promoter activity;Vicia faba;Vicia hirsuta 160, 67
H+-ATPase; Citrus; Inhibitors; LATS; Nitrate uptake 160,
95
Hormone; Asparagus officinalis L.; Somatic embryogenesis;
Hydrogen peroxide; Polyamine oxidase; Flavoprotein; FAD; Spermine; Spermidine 160, 197
Hypodermal-mesocarp; Chlorophyll; Cucumis melo (Inodorus
group); Malondialdehyde; Lipoxygenase; Phospholipase
D 160, 105
Inhibitors; Citrus; H+-ATPase; LATS; Nitrate uptake 160,
95
In vitro culture; Phytohormones; Radio-immunoassay; Somatic embryogenesis;Zea mays(L.) 160, 247
Ipomoea batatas; Anthocyanin; Fusion protein; Polyclonal antibodies; Transmembrane domain; Vacuolar protein 160, 121
Isoflavonoid; Lotus japonicus; Fabaceae; Cytochrome P450;
Vestitol 160, 37
Lamiaceae; Ocimum basilicum L.; Sweet basil; Essential oils;
Estragole; Methyl eugenol;O-methyltransferase 160, 27
LATS; Citrus; H+-ATPase; Inhibitors; Nitrate uptake 160,
95
Lipoxygenase; Chlorophyll; Cucumis melo (Inodorus group);
Hypodermal-mesocarp; Malondialdehyde; Phospholipase
D 160, 105
Lipoxygenase; Rosa hybrida; Flower senescence;
Ethyl-ene 160, 129
Loblolly pine; Arabinogalactan-proteins; Gene regulation;Pi
-nus taeda; Transformation; Xylem 160, 77
Lotus japonicus; Fabaceae; Cytochrome P450; Isoflavonoid; Vestitol 160, 37
Lycopersicon esculentum; Citrullus lanatus; Phenolic com-pounds 160, 315
Lycopersicon esculentum; Salt stress; Plant water uptake; Wa-ter relations; Gas exchange; WaWa-ter use efficiency 160, 265
Lycopersicon esculentum; Sugar phosphorylation;
cDNA 160, 209
Malondialdehyde; Chlorophyll; Cucumis melo (Inodorus
group); Hypodermal-mesocarp; Lipoxygenase; Phospholipase
D 160, 105
Medicinal plant; ABA;Corydalis yanhusuo; Growth retardant;
Papaveraceae; PEG-4000; Somatic embryogenesis 160, 139
Methyl eugenol;Ocimum basilicumL.; Lamiaceae; Sweet basil;
Essential oils; Estragole;O-methyltransferase 160, 27
Microorganisms; Organic acids; Acid metabolism; Nutrient uptake; Aluminum tolerance; Transgenic plants 160, 1
Molecular chaperone; Binding protein; Organ-specific
regula-tion 160, 273
Multifunctional enzyme; Daucus carota; Polyketide
biosyn-thetic enzyme; Reducing co-factor; Rate-limiting step; Deu-terium isotope effect 160, 113
Mutation; Asparagus officinalis L.; Somatic embryogenesis;
Habituation; Hormone; Flow cytometry; Ploidy level 160, 15
Nitrate reductase; Amino acids; Barley; Nitrate uptake; Roots 160, 219
Nitrate reductase; Copper; Nitrite reductase; Glutamate dehy-drogenase; Glutamate; Glutamine 160, 159
Nitrate uptake; Amino acids; Barley; Nitrate reductase; Roots 160, 219
Nitrate uptake; Citrus; H+-ATPase; Inhibitors; LATS 160,
95
Nitrite reductase; Copper; Nitrate reductase; Glutamate dehy-drogenase; Glutamate; Glutamine 160, 159
4 nm nanofilaments; Cytomics/proteomics; Cytoskeleton-asso-ciated proteins; Cytoskeleton-bound polysomes; 12 nm nan-otubules; Plant-specific methods 160, 185
12 nm nanotubules; Cytomics/proteomics; Cytoskeleton-associ-ated proteins; Cytoskeleton-bound polysomes; 4 nm nanofila-ments; Plant-specific methods 160, 185
Nutrient uptake; Organic acids; Acid metabolism; Aluminum tolerance; Microorganisms; Transgenic plants 160, 1
Ocimum basilicum L.; Lamiaceae; Sweet basil; Essential oils; Estragole; Methyl eugenol;O-methyltransferase 160, 27
O-methyltransferase;Ocimum basilicum L.; Lamiaceae; Sweet
basil; Essential oils; Estragole; Methyl eugenol 160, 27
Oncidium; Callus; Somatic embryogenesis 160, 87
Organic acids; Acid metabolism; Nutrient uptake; Aluminum tolerance; Microorganisms; Transgenic plants 160, 1
Organ-specific regulation; Binding protein; Molecular
chaper-one 160, 273
Oryza sati7a; Abscisic acid; Copper; Proline
accumula-tion 160, 283
Papaveraceae; ABA; Corydalis yanhusuo; Growth retardant;
Medicinal plant; PEG-4000; Somatic embryogenesis 160, 139
PEG-4000; ABA; Corydalis yanhusuo; Growth retardant;
Medicinal plant; Papaveraceae; Somatic embryogenesis 160, 139
2%,4%,6%,3,4-Pentahydroxychalcone; Aurone; Aureusidin;
Bracteatin; 2%,4%,6%,4-Tetrahydroxychalcone; Snapdragon;An -tirrhinum majus 160, 229
Phenolic compounds; Lycopersicon esculentum; Citrullus lana
-tus 160, 315
Phospholipase D; Chlorophyll; Cucumis melo (Inodorus
group); Hypodermal-mesocarp; Malondialdehyde;
Lipoxyge-nase 160, 105
Phytohormones; Radio-immunoassay; Somatic embryogenesis; In vitro culture;Zea mays(L.) 160, 247
Pinus taeda; Arabinogalactan-proteins; Gene regulation; Loblolly pine; Transformation; Xylem 160, 77
Plant-specific methods; Cytomics/proteomics; Cytoskeleton-as-sociated proteins; Cytoskeleton-bound polysomes; 4 nm nanofilaments; 12 nm nanotubules 160, 185
Plant water uptake; Salt stress;Lycopersicon esculentum; Water relations; Gas exchange; Water use efficiency 160, 265
Ploidy level;Asparagus officinalisL.; Somatic embryogenesis;
Habituation; Mutation; Hormone; Flow cytometry 160, 15
Polyamine oxidase; Flavoprotein; FAD; Hydrogen peroxide; Spermine; Spermidine 160, 197
Polyclonal antibodies; Anthocyanin; Fusion protein; Ipomoea
batatas; Transmembrane domain; Vacuolar protein 160, 121
Polyketide biosynthetic enzyme; Daucus carota; Reducing
co-factor; Rate-limiting step; Multifunctional enzyme; Deuterium isotope effect 160, 113
Proline accumulation; Abscisic acid; Copper; Oryza sa
-ti6a 160, 283
Promoter activity; Early nodulin; ENBP1 binding site; Hairy roots;Vicia faba;Vicia hirsuta 160, 67
Protoplast fusion; Flow cytometry; RAPDs; Chloroplast DNA microsatellite; Bacterial wilt 160, 301
Pyrenoid; Closterium ehrenbergii; DNA synthesis inhibitor;
Sexual reproduction; Zygote formation 160, 57
Radio-immunoassay; Phytohormones; Somatic embryogenesis; In vitro culture;Zea mays(L.) 160, 247
Ralstonia solanacearum;Solanum tuberosum;Solanum phureja; Electrofusion; Somatic hybrids; Bacterial wilt 160, 165
RAPDs; Protoplast fusion; Flow cytometry; Chloroplast DNA microsatellite; Bacterial wilt 160, 301
Rate-limiting step;Daucus carota; Polyketide biosynthetic en-zyme; Reducing co-factor; Multifunctional enen-zyme; Deuterium isotope effect 160, 113
Reducing co-factor; Daucus carota; Polyketide biosynthetic
enzyme; Rate-limiting step; Multifunctional enzyme; Deu-terium isotope effect 160, 113
Rheobase; Stimulus; Threshold; Strength – duration relation; Chronaxie 160, 237
Roots; Amino acids; Barley; Nitrate uptake; Nitrate
reduc-tase 160, 219
Rosa hybrida; Flower senescence; Lipoxygenase;
Ethyl-ene 160, 129
Salt stress;Lycopersicon esculentum; Plant water uptake;
Wa-ter relations; Gas exchange; WaWa-ter use efficiency 160, 265
Scenedesmus bijugatus; Copper; Glutathione cycle enzymes; Glutathione; Phytochelatins 160, 291
Secondary metabolites; Ammi majus; Agrobacterium rhizoge
-nes; Furanocoumarins; Hairy roots; Transformation 160, 259
Sexual reproduction; Closterium ehrenbergii; DNA synthesis
inhibitor; Pyrenoid; Zygote formation 160, 57
Snapdragon; Aurone; Aureusidin; Bracteatin; 2%,4%,6% ,4-Te-trahydroxychalcone; 2%,4%,6%,3,4-Pentahydroxychalcone; Antir -rhinum majus 160, 229
Solanum phureja;Solanum tuberosum; Electrofusion; Somatic hybrids; Bacterial wilt;Ralstonia solanacearum 160, 165
Solanum tuberosum; Solanum phureja; Electrofusion; Somatic hybrids; Bacterial wilt;Ralstonia solanacearum 160, 165
Somatic embryogenesis; ABA; Corydalis yanhusuo; Growth
retardant; Medicinal plant; Papaveraceae; PEG-4000 160, 139
Somatic embryogenesis; Asparagus officinalisL.; Habituation;
Mutation; Hormone; Flow cytometry; Ploidy level 160, 15
Somatic embryogenesis; Callus; Oncidium 160, 87
Somatic embryogenesis; Phytohormones; Radio-immunoassay; In vitro culture;Zea mays(L.) 160, 247
Somatic hybrids; Solanum tuberosum; Solanum phureja;
Elec-trofusion; Bacterial wilt;Ralstonia solanacearum 160, 165
Spermidine; Polyamine oxidase; Flavoprotein; FAD; Hydro-gen peroxide; Spermine 160, 197
Spermine; Polyamine oxidase; Flavoprotein; FAD; Hydrogen peroxide; Spermidine 160, 197
Stimulus; Threshold; Strength – duration relation; Rheobase; Chronaxie 160, 237
Strength – duration relation; Stimulus; Threshold; Rheobase; Chronaxie 160, 237
Sugar phosphorylation;Lycopersicon esculentum; cDNA 160,
209
Sweet basil;Ocimum basilicum L.; Lamiaceae; Essential oils;
Estragole; Methyl eugenol;O-methyltransferase 160, 27
2%,4%,6%,4-Tetrahydroxychalcone; Aurone; Aureusidin;
Bracteatin; 2%,4%,6%,3,4-Pentahydroxychalcone; Snapdragon; Antirrhinum majus 160, 229
Threshold; Stimulus; Strength – duration relation; Rheobase; Chronaxie 160, 237
Torenia fournieri; Copigmentation; Bluing effect; Flower color breeding; Anthocyanin; Transformation 160, 49
Transformation;Ammi majus;Agrobacterium rhizogenes;
Fura-nocoumarins; Hairy roots; Secondary metabolites 160, 259
Transformation; Copigmentation; Bluing effect; Flower color breeding; Anthocyanin;Torenia fournieri 160, 49
Transgenic plants; Organic acids; Acid metabolism; Nutrient uptake; Aluminum tolerance; Microorganisms 160, 1
Transmembrane domain; Anthocyanin; Fusion protein; Ipo
-moea batatas; Polyclonal antibodies; Vacuolar protein 160, 121
Vacuolar protein; Anthocyanin; Fusion protein; Ipomoea
batatas; Polyclonal antibodies; Transmembrane domain 160, 121
Vestitol; Lotus japonicus; Fabaceae; Cytochrome P450;
Isoflavonoid 160, 37
Vicia faba; Early nodulin; ENBP1 binding site; Hairy roots; Promoter activity;Vicia hirsuta 160, 67
Vicia hirsuta; Early nodulin; ENBP1 binding site; Hairy roots;
Promoter activity;Vicia faba 160, 67
Water relations; Salt stress; Lycopersicon esculentum; Plant
water uptake; Gas exchange; Water use efficiency 160, 265
Water stress; Abscisic acid; Days after pollination; Days after germination; Desiccation tolerance; Aldose reductase 160, 149
Water use efficiency; Salt stress; Lycopersicon esculentum;
Plant water uptake; Water relations; Gas exchange 160, 265
Xylem; Arabinogalactan-proteins; Gene regulation; Loblolly pine;Pinus taeda; Transformation 160, 77
Zea mays(L.); Phytohormones; Radio-immunoassay; Somatic embryogenesis; In vitro culture 160, 247
Zygote formation; Closterium ehrenbergii; DNA synthesis
