Annual Review of Plant Physiology and Plant Molecular Biology 2000: Vol 52 Index

33 Pages·2000·6.2 MB·English

SUBJECT INDEX
biosynthesis and, one-carbon metabolism
Actin filaments and, 127-28
guard cell signal \DP-ribose
solutes and, transduction and, 63 cyclic
Actinidia spp guard cell signal
cytokinin metabolism and transduction and,
lipid action, 106 635-36
sis and, 345 Actinodaphne hookeri Aerobic metabolism
seed-storage lipid mitochondria and oxidative
biosynthesis and, 352 stress, 561-82
Activated methyl cycle Agmatine
one-carbon metabolism alkaloid biosynthesis and
and, 127-28 41, 52
$s in conifers Active site metal clusters A erobac fertum tumefactens
98-99. 704. Mo-based nitrogenase and, alkaloid biosynthesis and,
>
269, 276-80 51
Acy 1-ACP thioesterases ascorbic acid biosynthesis
ignal seed-storage lipid and, 444
and, 6 33 34 biosynthesis and, 340-41 cytokinin metabolism and
and oxidative Acyl groups action, 102, 106, 108
seed-storage lipid fruit maturation and
biosynthesis and, 335-54 ripening, 732
Acyltransferases history of research, 1, 12,
seed-storage lipid 14, 16
biosynthesis and, 342-44 Ajmalacine
ension and water Adaptive significance alkaloid biosynthesis and,
circadian rhythms and, 44
153-54 Al
Adenine-type cytokinins organic anion exudation
cytokinin metabolism and from roots and, 527, 533,
action, 91—94, 96 540-43
plant 1 pholipases and, Adenosine triphosphate Aldonolactone
»4 (ATP) dehydrogenases
Acetabularia acetabulum isoprene emission and, ascorbic acid biosynthesis
tonoplast transporters and, 407 and, 449-50
plasma membrane Aldonolactone oxidases
1m H*-ATPases and, 832 ascorbic acid biosynthesis
ascorbic acid biosynthesis S-Adenosylhomocysteine and, 449-50
and, 443 one-carbon metabolism Aleurone
roups and, 127-28 endosperm development
e lipid S-Adenosylmethionine and, 233, 251-55
877
878 SUBJECT INDEX
gibberellin signaling and, gibberellin signaling and, organic anion exudation
67, 79-81 70-71 from roots and, 527—50
Algae Alveolus Antibiotics
ascorbic acid biosynthesis endosperm development history of research, 9
and, 446-48 and, 241-46 Anticlinal cell wall deposition
macronutrient utilization Amaranthus edulis endosperm development
22
and, 163-92 molecular engineering of and, 233
plant phospholipases and, C4 photosynthesis and, Antioxidants
218 300-1 isoprene emission and,
Alkaloid biosynthesis American Association for the 419-20
benzylisoquinolone Advancement of Science mitochondria and oxidative
alkaloids, 36-41 (AAAS) stress. 561 82
biochemistry of pathways history of research, 24-25 Antirrhinum spp
31-45 Amino acid substitution fruit maturation and
cell biology of pathways, studies ripening, 731
31-45 Mo-based nitrogenase and, \Pases
developmental regulation, 282-85 macronutrient utilization
45-47 Amino acid transporters and, 187
future research, 55 transporters for APC family
inducible expression, nitrogenous solutes and, transporters fo!
4749 659, 668-75 nitrogenous solutes and,
introduction, 31-45 Ammonium 669
metabolic engineering macronutrient utilization Apoptosis
applications, 51-55 and, 165-74 ribosome-inactivating
miscellaneous alkaloids transporters for proteins and, 784—804
53-55 nitrogenous solutes and, Aquaporins
nicotine, 41-43, 53 659, 666-68 tonoplast transporters and
polyamine derivatives, AMT family 469, 480-85
53 transporters for Arabidopsis thaliana
promoter analysis, 49-51 nitrogenous solutes and, alkaloid biosynthesis and
purine alkaloids, 43 667-69 36
regulation of alkaloid a-Amylase ascorbic acid biosynthesis
biosynthetic genes, 45-51 gibberellin signaling and and, 437-38, 440-41
signal transduction, 47-49 79-8 | 443-45, 449-56, 458
subcellular Anabaena spp circadian rhythms and
compartmentation of Mo-based nitrogenase and, 139-54
alkaloid biosynthetic 270 cohesion-tension and water
enzymes, 43-45 photosystem I and, 596-97 uptake, 866
terpenoid indole alkaloids, Anabasine cytokinesis and cell plate
31-36. 51-53 alkaloid biosynthesis and, building, 759, 762-65,
tissue-specific localization 52-53 768-73
45-47 Angiosperms cytokinin metabolism and
tropane alkaloids, 41-43, endosperm development action, 97-98, 102-7, 109
53 and, 233-58 defensive resin
Allium cepa Anion channels biosynthesis in conifers
metabolic NMR and, 513 guard cell signal and, 711—12
Altered function mutant transduction and, 640—42 endosperm development
JIBJECT INDEX 879
Arum maculatum introduction, 438
mitochondria and oxidative mammals, 449-50
fruit maturation and stress, 576 D-mannose- 1-phosphate
a we
ripenin 25 Arylsulfatase guanylyltransferase,
199
macronutrient utilization 444
gibberellin signaling and, and, 180 phosphomannose
6 s | Ase lepias Syvriaca isomerase, 443-44
guard cell signal seed-storage lipid phosphomannose
transduct 1 and, 629-42, biosynthesis and, 345 mutase, 444
645—4 Ascorbate plants, 449-50
macronutriet mitochondria and oxidative Smirnoff-Wheeler
and, I¢ stress, 579-81 pathway of ascorbate
176 Ascorbic acid biosynthesis, 440-43
molecular engineering of biosy nthesis of vicl gene, 451-54
C,4 photosynthesis and, aldonolactone Aspergillus flavus
dehydrogenases, ribosome-inactivating
1 metabolism 449-50 proteins and, 791
22, 126, 128-29 aldonolactone oxidases Aspergillus nidulans
nion exudation 449-50 ribosome-inactivating
san 04
ind, 532-33 algae, 446-48 proteins and, 803-4
alternative pathways in transporters for
nd. 595-98. plants to ascorbic acid nitrogenous solutes and,
454-56 663
spholipases and, ascorbate biosynthetic Aspergillus niger
219-20, enzymes, 443-46 organic anion exudation
ascorbate-deficient A from roots and, 546
rembrane thaliana mutants, Astelaria spp
ises and, 817-35 450-5] endosperm development
ion and, 315, conclusions, 458—59 and, 241
395 ZO control of ascorbate Asymmetric cell divisions
ipid synthesis, 456-58 cytokinesis and cell plate
; and, 341-42, conversion of building, 770-71
1 353-54 GDP-L-Gal to L-Gal, Atriplex spp
‘porters and, 444 molecular engineering of
488 fungi, 446-50 C4 photosynthesis and,
transp L-galactono-1,4-lactone 303
nitrog s solutes and, dehydrogenase, 445-46 Atropa belladonna
I galactose alkaloid biosynthesis and,
Aromatic cytokinins dehydrogenase, 444-45 33, 46, 52
ytokinin metabolisamn d GDP-D-mannose-3 Aureomycin
action, 93, 95 5-epimerase, 444 history of research, 9
ARR gene GDP-D- Autoregulation
macronutrient utilization pyrophosphorylase, gibberellin signaling and,
and, | 444 69-70
Ars gene genetics, 450-51 AUXINS
macronutrient utilization historical perspective, history of research, 12, 14,
and, 180, 185 439-40 21
880 SUBJECT INDEX
Avena sativa gibberellin signaling and, Bradyrhizobium japonicum
alkaloid biosynthesis and, 74-75 Mo-based nitrogenase and,
52 macronutrient utilization 270
history of research, 15, 21 and, 168 Brassica juncea
Azotobacter vinelandii Basal bodies macronutrient utilization
Mo-based nitrogenase and Chlamydomonas spp. and, and, 184
270-71, 273, 286-87 363, 376-79 Brassica napus
BBE! promoter alkaloid biosynthesis and,
B alkaloid biosynthesis and, 52, 54
B22E gene 50-51 cytokinin metabolism and
endosperm development Benzophenanthridine action, 100
and, 251 alkaloid biosynthesis and, endosperm development
Bacillus subtilis 39 and, 242
organic anion exudation Benzylisoquinolone alkaloids macronutrient utilization
from roots and, 546 alkaloid biosynthesis and, and, 173
Bacteria 29, 36-41 organic anion exudation
defensive resin (R,S)-Berbamunine from roots and, 531-32,
biosynthesis in conifers alkaloid biosynthesis and, 536
and, 693 38 Brassica nigra
Mo-based nitrogenase and, Berberine macronutrient utilization
270 alkaloid biosynthesis and, and, 187-88
molecular engineering of 36-37, 39-40, 44, 47 Brassica spp
C4 photosynthesis and, Berberis stolonifera macronutrient utilization
303, 307 alkaloid biosynthesis and, and, 167
organic anion exudation 33, 38, 40 molecular engineering of
from roots and, 528, Bet genes C4 photosynthesis and,
545-46 endosperm development 303
plant phospholipases and, and, 250 tonoplast transporters and,
213, 217-18 Biological clocks 478
plastid division and, circadian rhythms and, Bryonia dioica
315-27 139-54 ribosome-inactivating
seed-storage lipid “Biosynthetic” vesicles proteins and, 789, 802
biosynthesis and, 341, alkaloid biosynthesis and, Budding
348 29-55 cytokinesis and cell plate
Badger Ordinance Works Biotechnology building, 751
history of research, 8-9 defensive resin Bundle sheath cells
Balancing charges biosynthesis in conifers molecular engineering of
organic anion exudation and, 689-718 C4 photosynthesis and,
from roots and, 544—45 Biotic stress 306
Ballooning mitochondria and oxidative Butanol |-guard cell signal
cytokinesis and cell plate stress, 561-82 transduction and, 636
building, 751-74 Blue light signal transduction
C
Bark beetles guard cell signal
defensive resin transduction and, 630 C4 photosynthesis
biosynthesis in conifers Borago officinalis molecular engineering of
and, 689-718 seed-storage lipid C4 enzymes in C3
Barley biosynthesis and, 346 plants, 303-10
SUBJECT INDEX 881
7 +
C4 enzymes in C4 Ca**/ H™ antiporter isoprene emission and,
plants, 300-3 tonoplast transporters and, 415-16
CO, pump, 302-3 469, 478-79 Carbon dioxide (CO) pump
enzymes located in Cab gene molecular engineering of
bundle sheath cells of molecular engineering of C4 photosynthesis and,
C4 plants, 306 C4 photosynthesis and, 302-3
enzymes located in 3034, 306 Carotenoids
mesophyll cells of C4 Cadaverine fruit maturation and
plants, 303-6 alkaloid biosynthesis and, ripening, 739
future research, 310 52-53 Carpel development
introduction, 298-99 Caffeine fruit maturation and
NADP-ME enzyme, 309 alkaloid biosynthesis and, ripening, 725
overproduction of C4 43 Carpophilus spp.
enzymes in leaves of Calendula officinalis ribosome-inactivating
C; plants, 303-6 seed-storage lipid proteins and, 791
PEPC gene, 307-8 biosynthesis and, 348 Casava
PEP-CK enzyme, 309 California Institute of history of research, 22
physiological impacts of Technology (CalTech) Casparian bands
overproduction of C4 history of research, 11-16 cohesion-tension and water
enzymes in C; plants, Callose synthase uptake, 863-65
307-9 cytokinesis and cell plate macronutrient utilization
PPDK enzyme, 308-9 building, 751-74 and, 171
rate-limiting reactions, Camellia sinensis Cassia tora
300-2 alkaloid biosynthesis and, organic anion exudation
transgenic Cy, plants, 33 from roots and, 532-33
302-3 Camptotheca acuminata Catalase
Ca** alkaloid biosynthesis and, mitochondria and oxidative
alkaloid biosynthesis and, 31-32 stress, 578-79
49 Camptothecin Catalysis
circadian rhythms and, alkaloid biosynthesis and, Mo-based nitrogenase and,
142-43 31 272-73
cytokinesis and cell plate Candida albicans plant phospholipases and,
building, 758, 764-65 ascorbic acid biosynthesis 213, 217-19, 221-22
guard cell signal and, 443, 447-49 plasma membrane
transduction and, 627-47 Carbon H*-ATPases and, 833
mitochondria and oxidative guard cell signal Catharanthine
stress, 561 transduction and, 627-47 alkaloid biosynthesis and,
plant phospholipases and, isoprene emission and, 34
213-16, 218 407, 420 Catharanthus roseus
plasma membrane metabolic NMR and, 499, alkaloid biosynthesis and,
H* -ATPases and, 817-35 508-11 31-32, 34-35, 45-48,
Ca**-ATPase Carbon dioxide (CO>) 50-52
tonoplast transporters and, circadian rhythms and, plant phospholipases and,
469, 478 142 213
Ca** -binding proteins guard cell signal Cavitation
tonoplast transporters and, transduction and, 627-47 cohesion-tension and water
485-86 history of research, 6 uptake, 847-68
882 SUBJECT INDEX
Cedrus spp Ceratodon purpureus functional systems
defensive resin seed-storage lipid basal bodies, 376-79
biosynthesis in conifers biosynthesis and, 346 cell wall, 368
and, 698 Cereals chloroplasts, 369-75
Cell-cell recognition endosperm development contractile vacuoles,
Chlamydomonas spp. and, and, 233-58 368-69
363 gibberellin signaling and, eyespot, 379-80
Cell cycle 79-81 flagella, 375-76
Chlamydomonas spp. and, Channeling mitochondria, 369
363, 380-84 seed-storage lipid nuclear genome, 368
cytokinesis and cell plate biosynthesis and, 351-54 nucleus, 368
building, 754-55, 770-71 Chara corallina osmotic regulation,
endosperm development tonoplast transporters and, 758-69
and, 233-58 476-77, 484 rn ototaxis, 379-80
macronutrient utilization “Chatt” cycle ci ‘cadian rhythms, 154,
and, 190 Mo-based nitrogenase and, 387
plastid division and, 281 cytokinesis and cell plate
7
315-2 Chemical ecology building, 754, 757
Cell entry defensive resin genus
ribosome-inactivating biosynthesis in conifers C. reinhardtii laboratory
proteins and, 797-801 and, 689-718 strains, 366-68
Cell plate building Chenopodium spp taxonomy, 364-66
cytokinesis and, 751 74 circadian rhythms and, 152 introduction, 364
Cell wall ribosome-inactivating light-mediated responses,
alkaloid biosynthesis and, proteins and, 796—97 386-87
29 chi33 mutant meiotic life cycle, 380-84
Chlamydomonas spp. and, endosperm development mitotic life cycle, 380-84
O08 and, 251 molecular tool kit, 387-91
cytokinesis and cell plate Chi8 gene nutrient uptake, 385-86
building, 751-74 macronutrient utilization physiological processes,
endosperm development and, 173 385-87
and, 233 Chlamydomonas reinhardtii plant phospholipases and,
fruit maturation and macronutrient utilization 218
ripening, 725, 738-39 and, 163, 165, 168-71, sexual cycle, 382-84
Central circadian oscillator 174-75, 177-78, 180-81, sources of strains and
circadian rhythms and, 184-86, 190-91 information, 391-92
139, 148-51 as model organism, tetrad analysis, 384
Centrioles 366-68, 370-75, 380-85, vegetative cell growth,
Chlamydomonas spp. and, 387, 389-91 380-8 1
363-92 photosystem I and, 595-97, Chlorella fusca
Centripetal growth 603, 606, 609, 612-14. metabolic NMR and, 511
endosperm development 616 Chlorella pyrenoidosa
and, 233 transporters for ascorbic acid biosynthesis
Ceratocystis spp nitrogenous solutes and, and, 444, 446
defensive resin 663-64 Chloroplasts
biosynthesis in conifers Chlamydomonas spp alkaloid biosynthesis and,
and, 693 cell architecture and 29-55
SUBJECT INDEX 883
Chlamydomonas spp. and, stomatal aperture, 142 gas-seeding theory,
363. 369-75 temperature, 147-48 849-50
one-carbon metabolism TOC genes, 149-51 heterogenous nucleation,
and, 126 Clarkia concinna 853-54
photosystem I and, defensive resin homogeneous
593 616 biosynthesis in conifers nucleation, 852-53
plastid division and, and, 711 introduction, 848
315-27 Climacteric ripening older evidence in favor
Cinchona officinalis fruit maturation and of the cohesion-tension
alkaloid biosynthesis and, ripening, 727 theory, 854-55
&%
Cloned guard cell K> channel pathways for water and
Cinnan am camphora genes solutes, 863
ribosome-inactivating guard cell signal physiological
proteins and, 791 transduction and, 632 consequences of
Circadian rhythms Cloning composite transport
adaptive significance, cytokinin metabolism and and role of cohesion
153-54 action, 89 tension, 865-67
basic model of plant Clostridium pasteurianum recent evidence against
circadian system, 141 Mo-based nitrogenase and, the cohesion-tension
beginning of timing, 270-71 theory, 857-58
151-52 Cluster root development recent evidence from
calcium, 142-43 organic anion exudation pressure probe
central circadian oscillator, from roots and, 536 experiments in favor of
148-5] cob gene the cohesion-tension
lomonas spp., 387 Chlamydomonas spp. and, sory, 858-60
‘O> assimilation, 142 369 refilling mechanisms,
conclusions, 154 Codeine 860-61
dedication, 140 alkaloid biosynthesis and, role of cohesion-tension
entrainment 145—47 A 40 during water
gas exchange, 142 Coenocyte acquisition and
gene expression 143-45 endosperm development transport by roots,
growth rhythms, 141-42 and, 233, 23641 86-62
hormones, 142 Cofactors Scholander-Hammel
imbibition, 148 photosystem I and, 593, pressure bomb, 855-57
input, 145-4 598-99 tensile strength of water,
introduction, 140—4] Cohesion-tension mechanism 849-52
acquisition of water by theoretical approaches,
movement rhythms, roots and 850-51
141-42 cavitation avoidance, vapor-seeding
multiple circadian clocks, 849-50 mechanisms, 852-53
composite transport variable root hydraulic
ve feedback loop, model of root, 863-65 resistance, 862-63
148 conclusions, 867-68 Colchicine
rhythmic outputs, 141-45 essential features, alkaloid biosynthesis and,
single Myb 84849 36
domain-binding proteins, gases dissolved in xylem Coleoptiles
148—49 sap, 853-54 history of research, 15, 21
884 SUBJECT INDEX
Columbamine p-Coumaric acid Cyanobacteria
alkaloid biosynthesis and, history of research, 21 Mo-based nitrogenase and,
40 Coupling 270
Commelina spp cytokinin metabolism and photosystem I and,
guard cell signal action, 103 593-616
transduction and, 636, cp2 mutant Cyclic ADP-ribose
640-41 endosperm development guard cell signal
Compartmentation and, 254 transduction and, 635
alkaloid biosynthesis and, CPR gene Cyclic electron transfer
29, 43-45 alkaloid biosynthesis and, photosystem I and, 611
metabolic NMR and, 499, 35, 49-50 Cycloheximide
505 ‘rambe abysinnica alkaloid biosynthesis and,
ribosome-inactivating seed-storage lipid 48
proteins and, 798 biosynthesis and, 353 cytokinin metabolism and
Complexes I-IV ‘raterostiga plantagineum action, 103
mitochondria and oxidative plant phospholipases and, ‘yclotella cryptica
stress, 561-82 213, 215-16 ascorbic acid biosynthesis
Composite transport model of ‘repis spp and, 447
root seed-storage lipid ylindrocapsa spp
cohesion-tension and water biosynthesiansd , 348 cytokinesis and cell plate
uptake, 863-65 ‘rinkly4 gene building, 754
Conifers endosperm development ‘ylindrotheca fusiformis
defensive resin and, 233, 253-54, 258 cytokinesis and cell plate
biosynthesis and, ‘romakalin building, 757
689-718 guard cell signal “ysteine
Conocephalum conicum transduction and, 640 macronutrient utilization
tonoplast transporters and, ‘rown gall and, 182-83
484 history of research, 1, 12, “ytokinesis
Conserved fatty acids 14, 16 cell plate building and
seed-storage lipid ‘ryphonectria parasitica asymmetric cell
biosynthesis and, 335-54 fungal disease and, 2 divisions, 770-71
Contractile vacuoles “ryptochrome building cell plate,
Chlamydomonas spp. and, circadian rhythms and, 759-63
368-69 139-54 Ca-~ in cell plate
Conversions ‘ucurbita pepo formation, 764—65
cytokinin metabolism and ascorbic acid biosynthesis cytokinesis, 753-59
action, 96 and, 458 cytoskeletal elements
Coptis japonica Culex pipines pallens and phragmoplast
alkaloid biosynthesis and, ribosome-inactivating formation, 755-56,
32—33, 38, 40, 47 proteins and, 791 delivery of cell plate
Corydalis vaginans Cuphea spp vesicles. 760-61
alkaloid biosynthesis and, seed-storage lipid introduction, 752—53
39 biosynthesis and, 340-44, kinases in cytokinesis,
Corynebacterium glutamicum 352 758-59
molecular engineering of CUTI gene KNOLLE, 762-63
C4 photosynthesis and, seed-storage lipid maturation of cell plate,
303, 307 biosynthesis and, 349 768-69
SUBJECT INDEX 885
meiotic division, 772 N°-isoprenoid side Databases
mutations, 772-74 chain, 93-94, 97-101 Chlamydomonas spp. and,
orientation of cell perception, 107-8 363, 391-92
division, 754—55 phenylurea-type Datura stramonium
origin of vesicles of cytokinins, 92, 95 alkaloid biosynthesis and,
building cell plate, phosphorelay signal 33, 42
759-60 transduction, 102-3 metabolic NMR and, 512
perspectives, 773-74 zeatin Deacetylvindoline
phragmoplastin, 757-58 O-glycosyltransferases, alkaloid biosynthesis and,
polysaccharides, 765-68 99-100 34-35
preprophase band, zeatin isomerase, 101 Defensive resin biosynthesis
54-55 zeatin reductase, 101 in conifers
uncoupling of cell plate Cytoskeleton bark beetle life cycle,
formation from nuclear cytokinesis and cell plate 692
division, 769-70 building, 751-74 chemical ecology,
Cytokinins endosperm development 693-96
metabolism and action and, 233-58 conifer-bark beetle
action, 101-3 plastid division and, 315, interactions, 692-96
adenine-type cytokinins, 317-27 conifer resin production,
91-94. 96 Cytosol 696-16
aromatic cytokinins, 93, alkaloid biosynthesis and, future prospects, 716-18
05 29-55 genomic intron/exon
biosynthesis, 106 defensive resin organization, 712-15
conversions between biosynthesis in conifers introduction, 690-91
cytokinin bases, and, 700 microbial symbiosis, 693
nucleosides, and guard cell signal molecular genetics,
nucleotides, 96 transduction and, 627-47 707-8
cytokinin oxidases, mitochondria and oxidative protein-based
97~—98 stress, 566—67 phylogenetics, 708-12
discovery and ribosome-inactivating Degradation
quantitation of proteins and, 799 isoprene emission and, 414
metabolites, 95—96 Cytotoxicity organic anion exudation
enzymes, 96-101 ribosome-inactivating from roots and, 535
future research, 108-9 proteins and, 785-804 Dehydrogenases
B-glucosidases 100-1 mitochondria and
G-protein coupled D oxidative stress,
receptor, 103 2,4-D 561-82
genes, 96-101 history of research, 16, 25 dek! mutant
hydroxylase, 101 D4H gene endosperm development
implications, 103-8 alkaloid biosynthesis and, and, 253-54, 256
introduction, 90-91 45—46, 48 Dendroctonus spp.
metabolites, 91—96 D8 mutant defensive resin
miscellaneous gibberellin signaling and:, biosynthesis in conifers
modificationso f 71-72 and, 692-96
adenine moiety, 97 dap mutant Deoxyxylulose
modifications of adenine endosperm development 5-phosphate/methy]
ring, 91-92 and, 254 erythritol 4-phosphate
886 SUBJECT INDEX
(DMAPP) Mo-based nitrogenase and, 8th International Congress of
isoprene emission and, 269-88 Botany and Congress at
407, 412-13 Diploidy Briancon
Depurination endosperm development history of research, 18-20
ribosome-inactivating and, 233, 238 Electron transfer
proteins and, 784-804 Diterpenes Mo-based nitrogenase and,
Derepression defensive resin 269, 275-80
gibberellin signaling and, biosynthesis in conifers photosystem I and, 593,
67-83 and, 689-718 605-12
Desatoxyvindoline Doxantha spp Electron transport
alkaloid biosynthesis and, seed-storage lipid mitochondria and oxidative
34 biosynthesis and, 345 stress, 561-82
Desaturation Drosophila spp Elongation
seed-storage lipid cytokinesis and cell plate macronutrient utilization
biosynthesis and, 335, building, 762, 773 and, 190
338 endosperm development seed-storage lipid
Detoxification and, 239-40, 243, 250 biosynthesis and, 335,
reactive Oxygen species Dry weight 337-38, 350
mitochondria and seed-storage lipid Embryo surrounding region
oxidative stress, biosynthesis and, 335-54 endosperm development
578-81 Drycoetes spp and, 233, 249-50
Developmental regulation defensive resin emp mutants
alkaloid biosynthesis and, biosynthesis in conifers endosperm development
45-47 and, 692 and, 257
endosperm, 233-58 dsc mutants Endomembrane nitrate
fruit maturation and endosperm development transport
ripening, 725, 735-37 and, 256 transporters for
gibberellin signaling and, Dunaliella tertiolectra nitrogenous solutes and,
69 macronutrient utilization 665-66
organic anion exudation and, 191 Endoplasmic reticulum
from roots and, 536 dwarf-!] mutant alkaloid biosynthesis and,
seed-storage lipid gibberellin signaling and:, 29-55
biosynthesis and, 337—39 77-78 Endosperm development
transporters for Dynamin aleurone cells, 251-55
nitrogenous solutes and, cytokinesis and cell plate alveolus formation, 241-46
~
659-80 building, 751, 757-58 cell cycle arrest at end of
Diabrotica undecimpunctata coenocytic stage, 240-41
howardii E cell fate specification
ribosome-inactivating Early acceptors 249-57
proteins and, 791 photosystem I and, 607-8 cell file development,
Diazotrophs Efflux systems 246-49
Mo-based nitrogenase and, nitrate cellularization, 235-36,
270 transporters for 241-49
Dihydrosanguarinine nitrogenous solutes coenocyte, 236-41
alkaloid biosynthesis and, and, 665 differentiation, 249
44 organic anion exudation embryo surrounding
Dinitrogen reduction from roots and, 540-45 region, 249-50