 |
|
|
|
 |
 |
 |
| Contact Us | Register |
| SITE SEARCH |
| HOME |
| ONLINE COMMUNITY |
| MEMBERSHIP |
| MEETINGS & EVENTS |
| PUBLICATIONS/RESOURCES |
| CAREERS |
| GOVERNANCE |
| SECTIONS |
| AWARDS & FUNDING |
| EDUCATION & RESEARCH |
| PUBLIC AFFAIRS |
| EDUCATION FOUNDATION |
| ABOUT US |
  1998 Trends in Plant Science Subject Index - TOPICAL REVIEWS IN PLANT BIOLOGY 1992 | 1993 | 1994 | 1995 | 1996 | 1997 | 1998 <-- 1998 Subject Index --> 1999 | TiPS Contents 1999 | 2000
BR = Book Review A B C D E F G H I J K L M N O P Q R S T U V W X Z abiotic stress tolerance 61-66 abscissic acid, calcium signaling 32-36 jasmonic acid (L) 8-9 phosphatases 271-275 signal transduction pathways 123-124, 231-235 abscission and gene expression 10-14 acclimation and UV-B radiation 131-135 Acetobacter xylinum, cell walls 27-32 cellulose biosynthesis 164-165, 165-166 actinomorphy and flower symmetry 311-317 aging of trees 400-405 Agrobacterium (L) 125 agrostology (BR) 406-407 aleurone development (L) 168-169 allopolyploidy and reticulate evolution 254-259 aluminium tolerance (LF) 45 Amazonian rain forest 400-405 amino acids, composition and improved nutrition 281-286 transport 188-195 ammonia and nitrogen assimilation 51-56 amylose and starch biosynthesis 462-467 analysis, phytochemical methods (BR) 449 phytochemistry symposium 289-290 anthocyanins and flower pigmentation 212-217 apomixis and clonal reproduction 415-416 apoptosis 218-223 arabinogalactans, cell walls 27-32 GPI-anchors 426-431 architectural proteins, high mobility group proteins 260-265 ascorbic acid, vitamin C biosynthetic pathway 329-330 auxin, jasmonic acid and ubiquitination 368-369 parthenocarpy (LF) 46 polarity and vascularization 245-246 response pathways (LF) 292 responsive genes 205-206 avirulence, resistance genes 207-208 axis formation, auxin and vascularization 245-246
biliproteins, fluorescent proteins (LF) 7 biochemistry, acclimation to light and cold 224-230 amino acid transport 188-195 molecular biology (BR) 323 phospholipase activity 419-426 photosynthesis and photorespiration (BR) 322-323 starch biosynthesis 462-467 biodiversity, plant genetic resources (BR) 116-117 bioinformatics (WR) 450 biosynthesis, carotenoids 445-449 cell walls 27-32 vitamin C 329-330 biotechnolgy, chemical inducers of gene expression 352-358 cold-tolerant crops 289-290 engineering resistance 409-410 environmental risk assessment (BR) 158-159 genetic resources (BR) 200 hairy root culture (BR) 156 homologous recombination 77-78, 209-210 improved nutrition 281-286 lipids symposium report 369-370 nematode resistance 266-271 nuclear matrix attachment regions 91-97 ozone as a defense elicitor 47-50 parthenocarpy (LF) 46 phytomining 359-362 repression of cold sweetening (LF) 253 safety evaluation 276-281 stress tolerance 61-66 transfer of T-DNA border sequences (L) 85 transgene silencing 97-104 brassinosteroids, dwarfism and pathogenic signaling 1-2
cADPR, guard cells 32-36 calcineurin, salt stress 411-412 calcium, ABA signaling 123-124 amplitude 32-36 calmodulin 299-304 calreticulin and calnexin 396-399 defense response 342-346 NADPH dehydrogenase 21-27 salt stress 411-412 signaling 32-36 tip-growth 40-42, 43 callus culture, telomeres and telomerase 126-130 calmodulin 299-304 calnexin 396-399 calreticulin 396-399 carbohydrates, symposium report 370-371 carotenoids, diversity 445-449 membrane stabilizers 147-151 cell adhesion, arabinogalactans 426-431 cell cycling (BR) 240 cell death 218-223 cell division, embryogenesis 325-327 ovule development 468-472 quiescent centre 80-81 cell fate, pollen division asymmetry 305-310 cell proliferation, CLAVATA1 (LF) 6 cell separation, abscission 10-14 cell signaling, a model for aleurone development (L) 168-169 cell walls, lignification 67-71 mutant analysis 165-166 cell fate 3-4 cellulose, cell walls 27-32 cellulose synthesis, mutant analysis 164-165, 165-166 central oscillator, circadian clock components 454-456 chaperones, calreticulin and calnexin 396-399 chemical ecology 362-365 chemical induction of gene expression (LF) 167 chloroplasts, carotenoids as membrane stabilizers 147-151 gene expression 4-6 herbicide resistance (LF) 211 import machinery 56-61 photosystems I and II (LF) 7 protein targeting (LF) 46 protein translocation 56-61 RNA-binding proteins 15-21 RNA polymerases 4-6 starch biosynthesis 462-467 thioredoxins (LF) 211 transformation (L) 377 cholesterol, carotenoids as membrane stabilizers 147-151 chromatin, modification transgene silencing 97-104 nuclear matrix attachment regions 91-97 structure 260-265 transcriptional regulation 378-383 chromosome organization, telomeres and telomerase 126-130 chromosome structure, reticulate evolution 254-259 circadian clock, clock components 454-456 climate, quaternary changes 432-438 clonal reproduction, somatic embryogenesis 451-452, 452-453 coenzyme, NADP 21-27 cold-regulated genes, freezing tolerance (LF) 211 cold-tolerant crops 289-290 complementation, amino acid transport 188-195 compound leaves 439-444 confocal microscopy, use of GFP 317-320 copper, chemical inducers of gene expression 352-358 cosuppresion, transgene silencing 97-104 cyanobacteria, heterocyst formation 346-351 phytochrome 43-44 protein import machinery 56-61 cyclic ADP-ribose, ABA signaling 123-124 cyclins, cell division (BR) 240 cyclophilins, role in T-DNA integration (LF) 292 cytochrome P450, hormone biosynthetic pathways 457-458 gibberellin biosynthesis pathway (LF) 334 cytokinesis, pollen development 305-310 cytokinin signaling, G-protein-coupled receptor 248-250 cytoplasmic male sterility 175-180
defense, antifungal genes (LF) 334 brassinosteroids 1-2 cell death mechanisms 218-223 complexity of defense response 85-90 engineering resistance 409-410 ozone 47-50 phosphatase signaling 271-275 phospholipase activity 419-426 plant-microbe interactions (BR) 490 recombination in resistance loci 121-122 redox signals 330-334 resistance genes 207-208 retrotransposon activation by stress 181-187 signal transduction pathways 342-346 syringolide elicitors (LF) 167 tandemly repeated defense genes (LF) 84 the nature of disease (BR) 405-406 virus disease control (BR) 490 development, anther tapetum 250-253 auxin responsive genes 205-206 boundaries between floral whorls (LF) 45 cell death mechanisms 218-223 cell-fate 3-4 circadian clock components 454-456 CLAVATA1 39-40 clonal reproduction through apomixis 415-416 conservation of flowering genes (LF) 459 embryogenesis 325-327, 328 embryology research (BR) 406 ethylene perception 141-146 flower pigmentation 212-217 GPI-anchors on arabinogalactans 426-431 heterocyst formation 346-351 leaf patterning in pea 439-444 legume nodule organogenesis 105-110 maize genetics 246-248 model for aleurone development (L) 168-169 nodulation in Leguminosae 473-478 ovule development 468-472 phyllotaxy 413-414 pollen division asymmetry 305-310 receptor kinases 384-388 retrotransposon activation by stress 181-187 role of Medea in embryogenesis (L) 460-461 root growth 203-204, 204-205 sexual reproduction in conifers 479-485 somatic embryogenesis 451-452, 452-453 telomeres and telomerase 126-130 diagnostic techniques, leaf reflectance 151-156 differentiation, quiescent centre 80-81 differentiation of aleurone, receptor kinases 384-388 disease resistance genes 207-208 diversity, recombination in resistance loci 121-122 division asymmetry, pollen 305-310 DNA, finger printing and domestication of Einkorn wheat 82-83 repair and UV-B radiation 131-135 replication and nuclear matrix attachment regions 91-97 DNA-bending proteins 260-265 DNA-binding proteins, transcriptional regulation 378-383 domestication, Einkorn wheat 82-83 food plants (BR) 115-116 drought, stress tolerance 61-66
ecology, genetics of Arabidopsis 485-489 Quaternary climatic change 432-438 symposium on tropical forests 287-288 ecophysiology (BR) 72 ecosystem analysis (BR) 241-242 Einkorn wheat 82-83 elaioplasts, anther tapetum 250-253 electron transport, NADPH dehydrogenase 21-27 embryo maturation phospholipase activity 419-426 embryogenesis, apomixis 415-416 developments in research (BR) 406 role of Medea in embryogenesis (L) 460-461 somatic embryogenesis 451-452, 452-453 endocytosis, patch-clamp measurements 110-114 endoplasmic reticulum, GFP expression in brassicaceous species 417 endosperm development, role of Medea in embryogenesis (L) 460-461 energy balance 224-230 ENOD40, legume nodule organogenesis 105-110 environmental sensing, calmodulin 299-304 epigenetics, maize genetics 246-248 ethanol, induction of gene expression (LF) 167 chemical inducers of gene expression 352-358 ethnobotany, cyberculture (WR) 243 herbal remedies (BR) 321 ethylene, abscission 10-14 perception 141-146 evolution, chromosome organization 195-199 cytoplasmic male sterility 175-180 Einkorn wheat 82-83 flower symmetry 311-317 genetics of Arabidopsis 485-489 leaf patterning in pea 439-444 maize genetics 246-248 map-based studies 254-259 mating strategies 335-341 nodulation in Leguminosae 473-478 plant variation (BR) 241 quaternary climatic change 432-438 recombination in resistance loci 121-122 retrovirus envelope-like genes 371-374 RNA-binding proteins 15-21 sexual reproduction in conifers 479-485 symposium on tropical forests 287-288 excitation pressure, acclimation to light and cold 224-230 exocytosis, patch clamp measurements 110-114 tip-growth 40-42, 43
F-box containing proteins, jasmonic acid signaling 367-368, 368-369 fertilization, cytoplasmic male sterility 175-180 embryogenesis 325-327, 328 flavonols, flower pigmentation 212-217 floral organ abortion, cell death mechanisms 218-223 flower pigmentation 212-217 flower symmetry 311-317 flowering, anther tapetum development 250-253 boundaries between floral whorls (LF) 45 circadian clock components 454-456 conservation of MADS-box genes (LF) 459 cytoplasmic male sterility 175-180 mating strategies 335-341 fluorescent markers, use of GFP 317-320 phytofluors (LF) 7 folate metabolism, NADP 21-27 folding enzymes, calreticulin and calnexin 396-399 free radicals, UV-B radiation 131-135 freezing, tolerance (LF) 211 stress tolerance 61-66 fruit ripening, ethylene perception 141-146 functional traits (BR) 241-242 fungal elicitors, pathogen defense response 85-90
G-proteins, serpentine receptor 248-250 gametophyte development, embryogenesis 325-327 gender strategies, reproductive fitness 335-341 gene expression, abscission 10-14 amino acid transport 188-195 chemical inducers of expression 352-358 chemical induction (LF) 167 defense signals 330-334 ethylene perception 141-146 in chloroplasts 4-6 jasmonic acid (L) 8-9 light-regulated 161-163 nuclear matrix attachment regions 91-97 post-transcriptional regulation 15-21 transcriptional regulation 378-383 positive feedback pathways (L) 374-375 silencing 97-104 targeting and homologous recombination 77-78, 79-80 genetic engineering, carotenoid diversity 445-449 improved nutrition 281-286 lignification 67-71 nematode-resistance 266-271 nuclear matrix attachment regions 91-97 photosynthetic genes (L) 376-377 resistance strategies 409-410 risk assessment (BR) 37 safety evaluation 276-281 stress tolerance 61-66 transfer of T-DNA border sequences (L) 85 transgene silencing 97-104 genetic resources, biodiversity (BR) 116-117 genetics, ABA signal transduction pathways 231-235 cold-tolerance 289-290 ecological aspects of plant breeding (BR) 157 high mobility group proteins 260-265 homologous recombination 209-210 QTL mapping 362-365 reticulate evolution 254-259 telomeres and development 126-130 trait analysis 236-239 transcription factors 378-383 genome, analysis 39-40 sequencing 119-120 structure 371-374 chromosome organization 195-199 GFP, expression in brassicaceous species 417 for in vivo imaging 317-320 gibberellins, biosynthesis pathway (LF) 334, 457-458 glaciation, quaternary changes 432-438 glucans, starch biosynthesis 462-467 glutamate synthase, nitrogen assimilation 51-56 glycoproteins, association with calreticulin and calnexin 396-399 glycosyl transferases, cellulose biosynthesis 164-165, 165-166 GOGAT, nitrogen assimilation 51-56 GPI-membrane anchors, arabinogalactans 426-431 grasses, population biology (BR) 406-407 guard cells, ABA signaling 123-124 calcium 32-36 phosphatase signaling 271-275
hair cells, root development 3-4 hairy roots, applications (BR) 156 hemicellulose, cell walls 27-32 herbal medicines (BR) 321 herbicide resistance (LF) 211 herbivory 362-365 heterocyst formation, in cyanobacteria 346-351 high mobility group proteins 260-265 homologous recombination, in Arabidopsis 79-80 in mosses 77-78 homoplastomic state (L) 376-377 hormone biosynthesis 457-458 hybridization, evolution 254-259 hydrogen peroxide, defense signals 330-334 use and misuse of peroxidase inhibitors 418 hydrolytic enzymes, abscission 10-14 hyperaccumulators, phytomining 359-362 hypersensitive response, resistance genes 207-208 hypoxia, stress tolerance 61-66
immortalization, telomeres and telomerase 126-130 inbreeding, reproductive fitness 335-341 incompatibility, sexual reproduction in conifers 479-485 insect predation 362-365 insecticides, natural products (BR) 158-159 integument morphogenesis, ovule development 468-472 Internet resources phytopathology (WR) 366 bioinformatics (WR) 450 ethnobotany (WR) 243 teaching (WR) 286 intracellular signaling, calcium 32-36 calmodulin 299-304 salt stress 411-412 use of GFP 317-320 ion channels, calcium signaling 32-36 nitrate uptake processes 389-395 patch clamp measurements 110-114 potassium uptake (LF) 253 xylem transport 293-298
jasmonic acid, signaling (L) 8-9 ubiquitin-mediated proteolysis 367-368, 368-369
kinase, calcium activation 32-36
leaf patterning in pea 439-444 legume nodules, nitrogen assimilation 51-56 organogenesis 105-110 leucine-rich repeats, jasmonic acid signaling 367-368, 368-369 receptor kinase domains 384-388 signal transduction pathways 342-346 tandemly repeated defense genes (LF) 84 light harvesting 445-449 light interception, acclimation to light and cold 224-230 light quality, response of Arabidopsis 485-489 light-sensing, COP1-HY5 complex 161-163 lignification 67-71 lipids, phospholipase activity 419-426 symposium report 369-370 long terminal repeat retroviruses 371-374
MAP kinase cascade, phosphatase signaling 271-275 pathogen defense response 85-90 marker-assisted selection 236-239 mechanical stress, design of trees (BR) 320 medicinal plants (BR) 199-200 megagametogenesis, ovule development 468-472 megastrobilus, reproduction in conifers 479-485 membrane capacitance, patch clamp measurements 110-114 membrane flexibility, stress tolerance 61-66 membrane proteins, protein import machinery 56-61 membrane stucture, sterols 170-175 membrane transporters, nitrate uptake processes 389-395 Mendel, genetic analysis 39-40 metabolism, acclimation to light and cold 224-230 amino acid transport 188-195 cold-tolerance 289-290 hormone biosynthesis 457-458 metabolic diversity 370-371 NADPH 21-27 nitrate uptake processes 389-395 nitrogen assimilation 51-56 nutrients and root growth 203-204, 204-205 phospholipase activity 419-426 starch biosynthesis 462-467 sterols 170-175 vitamin C biosynthetic pathway 329-330 xylem transport 293-298 metal accumulation, phytomining 359-362 methionine composition, improved nutrition 281-286 microscopy, confocal laser scanning (BR) 36-37 microspore polarity, pollen development 305-310 mineral nutrition, 453-454 mitochondria, NADP 21-27 targeting peptides 136-140 molecular biology, and biochemistry (BR) 323 techniques (BR) 157-158 molecular chaperones, calreticulin and calnexin 396-399 molecular systematics, Arabidopsis 485-489 nodulation in legumes 473-478 monolignols, lignification 67-71 morphogenesis, ovule development 468-472 morphology, phyllotaxy 413-414 mortality rates of trees 400-405 mosses, homologous recombination 77-78, 79-80, 209-210 mRNA, post-transcriptional regulation 15-21 mycota, phytopathology (BR) 322
NADP, defense response 342-346 mitochondria 21-27 natural products (BR) 199-200 nematode resistance 266-271 nematodes (BR) 239 nitrate signaling, root growth 203-204, 204-205 nitrate, uptake processes 389-395 nitric oxide, defense signals 330-334 nitrogen assimilation, glutamate synthase 51-56 nitrogen fixation, in cyanobacteria 346-351 nitrogenase, heterocyst formation 346-351 Nod factors, legume nodule organogenesis 105-110 nodulation 473-478 nodulin family trees 473-478 nuclear genomes, chromosome organization 195-199 nuclear localization, transcription factors 378-383 nuclear matrix attachment regions 91-97 nuclear trafficking, use of GFP 317-320 nucleolin, RNA-binding proteins 15-21 nucleoproteins, high mobility group proteins 260-265 nutrients, ion uptake 453-454 nitrate uptake processes 389-395 root growth 203-204 nutrition, protein content 281-286
oleosins, anther tapetum 250-253 organogenesis, ovule development 468-472 origins of legume nodules 473-478 osmotic changes, phospholipase activity 419-426 ovule development 468-472 oxalic acid, aluminium tolerance (LF) 45 oxidation, ozone as a defense elicitor 47-50 vitamin C biosynthetic pathway 329-330
parasites, nematodes (BR) 239 parthenocarpy (LF) 46 patch clamping, endocytosis and exocytosis 110-114 pathology internet sites (WR) 36 patterning in pea 439-444 pectins, cell walls 27-32 permeases, amino acid transport 188-195 peroxidase inhibitors, use and misuse 418 pest resistance, nematodes 266-271 phenolic polymers, lignification 67-71 phenotypic plasticity of Arabidopsis 485-489 phenylpropanoid pathway, lignification 67-71 phloem, amino acid transport 188-195 phophorylation, phosphatases 271-275 phospholipase activity 419-426 phospholipids, phospholipase activity 419-426 phosphorelay, ethylene perception 141-146 phosphorylation, circadian clock components 454-456 phytochrome 43-44 photochemical efficiency, reflectance techniques 151-156 photolyase, UV-B radiation 131-135 photomorphogenesis, COP1-HY5 complex 161-163 phytochrome 43-44 positive feedback pathways (L) 374-375 photoreceptors, circadian clock components 454-456 photosynthesis, a comprehensive treatise (BR) 322-323 acclimation to light and cold 224-230 carotenoid diversity 445-449 NADH:ubiquinone oxidoreductase (L) 376-377 reflectance techniques 151-156 UV-B radiation 131-135 xanthophyll cycle (LF) 459 photosystems, two-dimensional structure (LF) 7 phyllogeny, nodulation in Leguminosae 473-478 phyllotaxy, developmental arrangement 413-414 phylogenetic analysis, flower symmetry 311-317 phylogeography, quaternary climatic change 432-438 physical mapping, chromosome organization 195-199 physiological ecology, tropical rainforest (BR) 115 physiology, ABA signal transduction pathways 231-235 acclimation to light and cold 224-230 nitrate uptake processes 389-395 phytoalexins, ozone as an elicitor 47-50 phytochemistry, methods and techniques (BR) 449 QTL mapping 362-365 symposium report 291 phytochrome 43-44 phytoene desaturase 445-449 phytofluors, fluorescent proteins (LF) 7 phytogeography (BR) 366 phytohormones, ABA signal transduction pathways 231-235 abscission 10-14 auxin and vascularization 245-246 auxin responsive genes 205-206 biosynthetic pathways 457-458 ethylene perception 141-146 G-protein-coupled receptor 248-250 jasmonic acid 367-368, 368-369 phytomer initiation, phyllotaxy 413-414 phytomining, metal accumulation 359-362 phytopathology, antifungal genes (LF) 334 calcium homeostasis 342-346 complexity of host defense response 85-90 diseases of plants (BR) 405-406 GTP-binding proteins 342-346 internet sites (WR) 36 leucine-rich repeats 342-346 plant-microbe interactions (BR) 490 protein kinases 342-346 recombination in resistance loci 121-122 resistance genes 207-208 the Mycota (BR) 322 the threat of Phytophthora cinnamomi 287-288 web sites (WR) 366 pigmentation 212-217 pine cones, scale closure (LF) 45 plant breeding, ecological aspects (BR) 157 transgenic safety evaluation 276-281 plant distribution (BR) 366 plant-insect interactions 362-365 plant-pathogen interactions, defense signals 330-334 signal transduction pathways 342-346 plasmodesmata, cell-to-cell trafficking (LF) 84 plastid transformation (L) 376-377 plastids, carotenoids as membrane stabilizers 147-151 gene expression 4-6 ploidy, effects on embryogenesis 325-327 polarity, auxin and vascularization 245-246 in pollen 305-310 tip-growth 40-42 pollen development, division asymmetry 305-310 receptor kinases 384-388 pollen dispersal, mating strategies 335-341 pollen tubes, tip-growth 40-42 pollination, in conifers 479-485 polygenic trait analysis 236-239 polysaccharides, cell walls 27-32 population dynamics (BR) 72 positional cloning strategy 368-369 post-transcriptional regulation, RNA recognition 15-21 potassium uptake (LF) 253 pressure probe, xylem transport 293-298 promoters, inducible gene expression 352-358 protein composition, improved nutrition 281-286 protein folding, calreticulin and calnexin 396-399 chloroplast protein import machinery 56-61 protein import, into mitochondria 136-140 protein kinases, ethylene perception 141-146 protein phospatases, signaling cascades 271-275 calcium 32-36 protein phosphorylation, pathogen defense response 85-90 protein targeting, in chloroplasts (LF) 46 to mitochondria 136-140 protein translocation, chloroplast envelopes 56-61 proteolysis, jasmonic acid signaling 368-369 stress tolerance 61-66 protocols for Arabidopsis (BR) 242-243
quantitative genetics, in Arabidopsis 485-489 Quaternary climatic change 432-438 quiescent centre, root development 80-81
rain forest, aging of trees 400-405 ecology and management (BR) 74-75 symposium on tropical forests 287-288 receptor kinases 384-388 receptor signaling, CLAVATA1 (LF) 6 recombination, homologous recombination 77-78, 79-80 red-light sensing, phytochrome 43-44 refugia, quaternary changes 432-438 repetitive DNA, chromosome organization 195-199 reporter systems,. use of GFP 317-320 reproduction, apomixis 415-416 mating strategies 335-341 sexual reproduction in conifers 479-485 resistance, defense signals 330-334 restorer genes, cytoplasmic male sterility 175-180 reticulate evolution 254-259 retrotransposons, activation by stress 181-187 retroviruses 371-374 reverse genetics 209-210 Rhizobia, legume nodule organogenesis 105-110 risk assessment, transgenic plants (BR) 37 RNA recognition, post-transcriptional regulation 15-21 root cap cells, cell death mechanisms 218-223 root development, cell-fate 3-4 quiescent centre 80-81 root exudate, xylem transport 293-298 root growth, aluminium toxicity (LF) 45 roots, nematode resistance 266-271
safety issues, transgenic crops 276-281 salicylic acid, defense signals 330-334 salt stress, involvement of calcium in signaling 411-412 tolerance 61-66 scale closure in pine cones (LF) 45 seed cones, reproduction in conifers 479-485 seed proteins, amino acid transport 188-195 self-incompatibility, reproductive fitness 335-341 senescence, ethylene perception 141-146 serpentine receptor 248-250 sexual reproduction, conifers 479-485 mating strategies 335-341 ovule development 468-472 shoot apical meristem, receptor kinases 384-388 signal transduction pathways, ABA signaling 123-124, 231-235 auxin response pathways (LF) 292 auxin responsive genes 205-206, brassinosteroids 1-2 calmodulin and calcium 299-304 COP1-HY5 complex 161-163 ethylene perception 141-146 GPI-anchors on arabinogalactans 426-431 pathogen defense response 85-90 phosphatases 271-275 positive feedback (L) 374-375 receptor kinases 384-388 serpentine receptor 248-250 sitosterol 170-175 somatic embryogenesis 451-453 species diversity (BR) 241 splicing factors, post-transcriptional regulation 15-21 starch biosynthesis 462-467 steroid-inducible gene expression 352-358 sterols, membrane stucture 170-175 stigmasterol 170-175 stilbene synthase, ozone as an elicitor 47-50 stomata, ABA signaling 123-124 calcium 32-36 phosphatase signaling 271-275 stress, ABA signal transduction pathways 231-235 acclimation to light and cold 224-230 cold-tolerance 289-290 freezing tolerance (LF) 211 involvement of calcium in signaling 411-412 leaf reflectance 151-156 phosphatase signaling 271-275 phospholipase activity 419-426 retrotransposon activation by stress 181-187 tolerance 61-66 sucrose metabolism, symposium report 370-371 symbiosis, plants and bacteria 473-478 syringolide elicitors (LF) 167
T-DNA, cyclophilins (LF) 292 transfer of border sequences (L) 85 transfer of border sequences (L) 125 tandem repeats, chromosome organization 195-199 tapetal organelles 250-253 teaching resources, the global classroom (WR) 286 techniques, for Arabidopsis (BR) 242-243 molecular protocols (BR) 157-158 telomeres 126-130 tetracyline, chemical inducers of gene expression 352-358 tetrad, pollen development 305-310 Texas cytoplasm, cytoplasmic male sterility 175-180 thioredoxins (LF) 211 thylakoid membranes, carotenoids as membrane stabilizers 147-151 tip-growth, calcium 43 pollen tubes 40-42 tracheary element differentiation, cell death mechanisms 218-223 trafficking through plasmodesmata (LF) 84 transcription, in chloroplasts 4-6 regulation 378-383 retrotransposon activation by stress 181-187 upregulation and signal transduction pathways (L) 374-375 transgene silencing 97-104 transgenics, chemical inducers of gene expression 352-358 environmental risk assessment (BR) 158-159 safety evaluation 276-281 transpiration stream, xylem transport 293-298 transport, amino acids 188-195 xylem transport 293-298 tree design (BR) 320 tropical forest ecology (BR) 74-75 tropical rain forest, aging of trees 400-405
ubiquitin, auxin response pathways (LF) 292 jasmonic acid 367-368, 368-369 UV-B radiation, damage and acclimation 131-135
vacuolar pH, calcium 32-36 flower pigmentation 212-217 virology, disease control (BR) 490 environmental risk assessment (BR) 158-159 vitamin C, biosynthetic pathway 329-330 voltage-gated ion channels, calcium signaling 32-36
wounding, phospholipase activity 419-426 xanthophyll cycle (LF) 459 xanthophylls, carotenoids as membrane stabilizers 147-151 xylem, amino acid transport 188-195 transport 293-298 xyloglucan cell walls 27-32 zygomorphy, flower symmetry 311-317
|