Planta: An International Journal of Plant Biology 2001: Vol 213 Index

7 Pages·2001·1.8 MB·English

Author index
Adam. Z 614 de Kam, R J Hertel. R 92 anglade, N 534
\georges, A 20 Dominguez, | Hertzberg. M aosinchai, W 223
Aguilar, M 402 Dong, | 379 Hesse, M 411 aporte, P
Albrecht, 7 602 Drandarov, K 411 Hill, S.A 478 Lausanne, | 296
Allard, ( 296 Dresselhaus. T. | Hillmer, S 967 Le Saos. J 109
Amano, Ÿ 223 Dumas, C | Himlv. M 132 Lee, A 977
Andoh. S 943 Dumas-Gaudot, I Hinderhofer. K 469 Lenartowska. M 182
Andre, M.-.l 296 Dunn, M.A 770 Hinz, M 927 Leon. S 534
Aouali, N 71 Hirel, B 265 | eubner-Metzger, G
\postolakos. P 824 Ermolova. N.\ Hoge, J.H.C 0 Es, 1 722
Arruda, P 691 Holbrook, N.M 192 Liang, S 556
Asami, 1 716 Holtan, S 207 Lichtenthaler, H.K
Facchini, P.J 888. 898
Azmi, A 29 Horton, P 794 Lin, Z.-.Q. 977
Felle. H.H 594
Howell, S.H. 700 Lisenbee, C.S 849
Fernandez. | 309. 565
Backendorf, I 5] Huang, B.-.Q. 722 Liu, Y.-.M 722
Bailey. > 794 Fernie. A.R 418 Hughes. M.A 770 Lode, A 602
Barlow. P 811 Ferrario-Mery, S. 265 Huner. N.P.A 575 Lohaus, G 80
Barthlott. W 427 Ferreira, F. 132 Huxham, I.M 869 Loidl, P 280
Baudino, S | Fester, 1 864 Lörz. H |
Beck, C.I 309 Figueroa, F.1 64 Iba. K 833 ER oe 556
Bednarska, I 182 Fischer-Schliebs, I 11 Ingvardsen, C. Lusser, A. 280
Benedetti. C.H 691 Fladung, M 731 Ishii, I 907 Lützelschwab, M 11
Bestel-Corre. G 781 Flynn, C.R 849 Ishioka, N.-.S
Bigler. | 411 Fover. C.H 265 Ivanov, A.G
Bird. ( 748 Frey, M 493 Iwai, H 907 Maätaoui, M.l 543
Bird. D.A SSS Frommolt. R 446, 492 Mäck. G 396
Blasiak. J 318 Fukuda, H 121 Jahns, P 620 Malmberg. G 575
Bones, A.M 207 Jansson, S. 794 Mandoli, D.I 659
Boucaud, J 109 Galatıs. B 824 Jarvis, M.C 869 Manteuffel, R 967
Brettschneider. R Galvez-Valdivieso, G 402 Jones. P 164 Marchetti, S 199
Britto, D.T 175 Gambale, I 457 Joshi, P.A 333 Marga, I 841
Brosch. G 280 Gardeström, P 575 Marraccini, P 296
Brown, A.P.( 770 Gehwolf, R 132 Kaiser. W.M 594 Marry, M 869
Brown, Jr.. R.M 223 Gianinazzi. S 781 Kaldenhoff, R. 550 Martin, M.C 881
Brown. P.H 142 Gibbon, B.( 390 Kamachi, S 943 Martinez, I 286
Bruyant-Vannier, M.-.P. 435 Gierl, A 493 Kaneko, I 716 Martinoia, | 534
Bughio, N 708 Giersch, C 629 Kang. B.G. 92 Masclaux, C. 265
Bukovac. M.J 927 Goddard. N.J 770 Karahara, | 474 Massonneau, A. 534
Bush. M.S 869 Gonzalez de la Vara, L.I 802 Katada. K 764 Matsuda, O. 833
Gooding, P.S. 748 Kauder, I 361 Matsuhashi, S 708
aillet. \ 296 Gordillo. F.J.l 64 Kehr, J 586 McCann, M.C 869
anlet. } 828 Goss, R 446. 492 Kimura, T. 716 McCartney, L 37
antu, A.M 457 Gouhet, I 435 Kiyomiya, S 708 McCurdy, D.W 390)
apella, A.N 691] Graßes. T 620 Kloppstech, K 953 McRae, D. 258
arpaneto, A 457 Graham. R.D 142 Knoche, M. 927 Meijer, A.H. 370
ary, A 700 Greve. B 60? Knop. C. 80 Menossi, M. 691
ejudo, F.J 352 Grimm. B 620. 667 Knox, J.P. 37 Merchan. I 309
haffey, N 81] Koch. A. 602 Merkle, 1 327, 499
hiaba, ( 199 Haas. H 280 Koch, K. 427 Meyer, A 214
hoi, Y.-.E 45 Haebel. S 586 Köhler. ( 327 Michalke, W 11, 132
hollet, R 379 Halperin, 1 614 Koroleva, O 620 Michaux, S 296
hriqui, D. 29 Hansen, S | Kovar. D.R 390 Miller, B. 483
leland. R.t 342 Harada, I 45 Kreimer, G 51 Mislevy, P. 488
lement. ( 71 Hardin, S.¢€ 916 Kriechbaumer. R 132 Moen, L 207
onrad, | 361 Harvengt, | 828 Kronzucker, H.J 175 Moreno, 3. 352
ortadellas. N 565 Hasenstein, K.H 84] Kruger, N.J 147, 478 Mori, S 708
rain. R.( 518 Hashimoto, S 708 Kumar, S 731 Morita, \ 45
AE ul, X 2E23 E Hashimoto, 1 764 Kume, 1 708 Morvan, C. 435
Hause, B 864 Kuroyama, H. Morvan-Bertrand, A. 109
Dangl. M 280 Havaux, M 953 Kusano, T 45 Motose, H 121
Davies. H.Y 258 Heber, | 594 Moysset, L. 565
Davis. K.R 682 Hecht, V.F.G | La Rocca. N. 101 Mulcahy. D.L. 318
Deli, J 937 Hedrich. R. 594 Lacoste, N 296 Mullen, R.T. 849
DePass, A.l 518 Heineke, D 361 Langdale, J.A. 647 Munn, H.L. 647
Dewitte, W 29 Hepler, P.K 518 Langhans, M. 11 Musgrave, M.E. 318
Raab. T.K 88] Simon, I 5 van den Ende, H
Rao, M.\ 682 Simonyi, M 7 Van Onckelen. H
Rascio, N 101 Sinclair, T.R Van Onckelen, H.A
Ratayczak. R 11 Slezack. S Van Oostveldt. P
Ray. J.D. 488 Smets. R Van Volkenburgh, I
Raya, J.¢ 802 Smith, I 7 Veierskov. B 333
Reid. R.J 142, 788 Smutny 3 Veraverbeke. E.A
Renninger. S 5] Solomon : ) Villarejo, A 286
Reymond, | 828 Song. ( 223 Viola. R 258
Richter, K 132 Sonnewald Voegt. I 534
Riedel, J 396 Stahlberg. R Vogt, 1 164
Robinson, S.P 748 Staiger, C.J 3 Voitsekhovskaja. O SO
Roby. D 327 Stangoulis, J.( von Dassow, M 659
Rodriguez-Garcia, M.I 182 Steup. M 602 Voragen. A.G.J 435
Roessner, | 418 Strack. D 864
Rogers. W.J 296 Strasser, D 13 ächter. R 1]
Rogowsky. P.M Strauß. M 361 ada, M 45
Rolland, N 286 Sugiyama, M 121 alters, R.G 794
Romieu, ( 20 Siiltemeyer, D.I 28 an. X 74]
Suzuki. A 26 ang. | 556
Sweetlove. | - atanabe. (
itanabe. S
tzer | Takeuchi 16 Werner. (
Osuna Tanaka, O Werner. M 550
Ouwerkerk, P.B.I 37 ıkai 3 Tang. W 98 | Whetten. R 98]
Samanani Taylor, M.A 25 Wilhelm. ( 446. 492
Papenbrock, J 67 Sane, P.\ 3 Terrier, N 20 Wilkins. M.B 250
Pappalardo, ( 194 Sano, H Terry, N 977 Willats. W.G.T 37
Paques. M 82 Sato, Ÿ 943 lhangstad, O.P 207 Willmitzer, I 418
Park. W.J 92 Satoh. S 907 Theodorou. M.I 147 Wingsle. G 272
Peisker. M 3 Sauvage, F.-.X Thoiron. B 13 Wolniak. S.M 916
Pertl. H 32 Savchenko. G Thyssen, ( x Wright. | 258
Pesacret Sawers. R.J.H lischner, R
Peschel 927 Schäfer, A 2 Tognetti. J Yen, L.-.] 722
Peugnet 3 Scher, J.l 192 release Yokoyama, M
Pich, A YO Schinkel, H Irethewey - Yonevama. K
Pichot. ( 543 Schlichtine. R 62 Irontin 28 Yoshida, S
Pickering, | 97 Schmidt. W 967 Tsuboi, H
Piedras, P 402 Schneider-Mergener, J 602 Tsuji, A Zachariadis, M
Pineda. M 402 Schols. H.A 435 Fsumurava | Zaina, G 199
Pitotti. A 199 Scholz, G 967 Zee. S.-.\ 722
Pontis. H.G 640 Sederofl. R 98] Uchida, H 7 Zeidler, J
Prinsen, | 92 Sekimata. K 716 Uehlein. N Zeinalov. \ 575
Proksch. P 550 Sekimoto. H 7 Ullrich, CI | Zentgraf. | 469
Prud’homme, M.-.P 109 Sekine, T | ttamchandani, S.J Zhang, Q 788
Pühler. A 14 Shichijo Zimmer. W 483
Shin. H 223 Valadier. M.-.H % Zsila, I 93
Silk. W | Van Bruaene. N 5: Zwiazek, J.J 741
Subject index
\bscisic acid 361. 594, 741 admium detoxification 45 ucurbita (phloem Epicuticular wax 427
{cetabularia 659 alcıum 182 proteins) 586 Epitope mapping 602
Acidity 20 ‘alcium excretion 45 upressus Ethylene 943
Actin 390 alcium ion (imaging) (microsporogenesis) 543 Etioplast structure 101
Actin (F,G) 722 alcium/calmodulin- uscula 550 Eucalyptus 29
Active oxygen species 68? dependent protein uticle 525, 841, 927 Evolution (secondary
A DP-glucose kinase 556 uticle (plant) 427 metabolic pathways) 493
pyrophosphorylase 478. allose synthase 223 utin 841 Extinction (species) 543
629 allus formation 700 uZn-superoxide Eyespot apparatus 51
Aequorin 214 arbon 64 dismutase 272
fesculus (cytoskeleton) 811 arbon dioxide 64, 342 vclic nucleotide-gated lon
{grobacterium 29 arbonic anhydrase 286 channel (AtCNGC2) 327 FAD3 gene 833
Alkaloid biosynthesis SSS arotenoid 51. 620. 937. 953 vnodon (forage yield) 488 «9-3 Fatty acid
{/onsoa SU asparian strip (band) 474 ytochrome P450 desaturase 833
Fe hyper-accumulating
Amitrole 101 ation transport 788 enzymes 493
mutant 967
Ammonium 175 ell death 327, 352, 682 ytochrome P-450
Feedback 667
Androgenesis 199 ell division 824 oxidase 411
Ferredoxin-glutamate
Antheraxanthin 446 ell expansion 342, 474 Cytokinin 29, 700
synthase 265
Antisense cDNA ell wall 223 Cytoplasmic streaming
(2-glucosidase) 258 ell wall (xylan) 231 bidirectional 722 Fiber development 192
Field trial 828
{plu landra (alkaloids) 411 ell wall polysaccharide 296 ytoskeleton 390
Fimbrin/plastin 390
\pical meristem 700 ell wall 435, 659, 869, 907 ytoskeleton
Flavonoid 953
\poplast 241. 594 ellular differentiation 647 (immunofluorescence Flower formation 943
Aquaporin 550 hara 142 localisation) 811
Flower-specific
Irabidopsis 327 AARAA RAAh A eRmi Aca AdAefAensAe AAA
Irabidopsis (senescence) 469 mechanisms 493 Defence 207 expression 69]
trmaubtiadonpts)i s (6C9o1i l hhiilmlaiengr ics tretsrsa nsc9r5i3p tion lD-efDoeloixayt-iDo-nx ylu1o0s9e 323 FFoorsamgied oymiyecldi n 488 24 9 3
Fructan 109, 640
{rabidopsis (F {D3 factor 370 Dexamethasone 370
expression) R33 hiral self-assembly 937 Differential display 69] Fructose 1, 6-
Irabidopsis hitinase 781 Differentiation 323232 bisphosphate 147
Fructose 2,6-
(brassinosteroid) 716 hlamydomonas 309, 629 2.4-Dihydroxy-7-methoxy-1.4-
bisphosphate 147
Irabidopsis (chilling hlamydomonas (carbonic benzoxazin-3-one 92
stress) 953 anhydrase) 286 2.4-dihydroxy-7-methoxy-2H- I ructosylsucrose
synthase 640
trabidopsis hloramphenicol | .4-benzoxazin-3(4H )-one
Fruit quality 748
(cytoskeleton) 390 acetyltransferase 849 (DIMBOA)
Irabidopsis (histone hlorophyll 667, 794 biosynthesis 493 Fruit storage 525
Fusicoccin 132
deacetylase) 280 hloroplast 396, 614, 667 Dimethylallyl
Irabidopsis (light hloroplast biogenesis 647 diphosphate 483
acclımation) 794 hloroplast envelope 286 Discrimination center 708 Galactomannan 296
{rabidopsis (peclic hromatin 770 Divalent ions 457 Gametogeneis 309
polysaccharides) KaRR RRh rAom oplast DNA fragmentation Gene expression |
Irabidopsis (signal ultrastructure 937 Dopamine 898 Gene expression (gus) 29
transduction) 499 ircular dichroism 937 Gene expression
Irabidopsis irsium (cuticle) 841 Ectopic gene expression 833 (LeAgp2) 550
(organogenesis) 700 ladosporium 241 Electric coupling 342 Gene expression (MCK) 556
Arabinan 907 Ip protease 614 Electric photoresponse 342 Gene expression (polyphenol
Arbuscular mycorrhiza S64 luster root Electron transport 575 oxidase) 748
Isarina 80 development 534 Elicitor 898 Gene
Ascorbate peroxidase 849 O;-concentrating Elongation (leaf base) 109 expressionP F AS) 402
Asparagine synthetase 402 mechanism 286, 629 Emission (volatile Genetic transformation 98]
AT-AC type intron 280 offea 296 hemiterpene) 323 Germination 296
Auxin 92, 333 oleoptile elongation y) ndo-ß-mannanase 296 Gibberellin 758
oleus x hybridus 342 ndodermis 474 Gibberellin biosynthesis 716
Berberine bridge enzyme 888
ompartmental analysıs ndogenous growth Glomus 781
Beta 457, 802
onditional gene factor 92 B-1,3-glucan 223
Biomechanics 192 758
Blue-light receptor 802 expression 370 ndoplasmic reticulum 824, ß-1.3-Glucanase
ooperative substrate 849 Glucan phosphorylase 602
Boron 142
binding 898 nergy dissipation 620 1-Glucosidase 258
Brassica (glucosinolate) 207 ‘racking (cherry fruit) 927 nergy Status (root) 534 Glucosinolate
Brassinosteroid 716. 758
rassulacean acid nzyme activation 147 metabolism 207
Bud regeneration 29
metabolism 250 nzyme purification B-Glucuronidase gene 98]
C4 photosynthesis 647 ross-talk 682 (PP2A) 379 B-Glucuronidase reporter
C, phosphoenolpyruvate ucumis (flowet nzymic browning 748 gene 370
carboxylase 379 formation) 943 Ephedradine 411 Glutamine 265
Lipopolysaccharide 2 tiana (niti Phosphoeno/ pyruvate
carboxylase kinase
6-Phosphofructokinase
organogenesis) Phosphoglucomutase
764 f isome (plastidi 418
534 Vicotiana (photo-oxıdatıv 3-Phosphoglyceric acid
Phosphorus 881]
Phosphoserine
Photodorman
Photo-oxidatis
Nicotianamin Photoperiod
MADS-box gene 943 Nitrate 175 Photoporphyri
H ATPase
Heavy meta Magnesium 10] Nitrate reductase Photosynt hesis
He Malus (wax) 525 Nitrogen |
Mantoniella (xanthophyll Nitrogen-13 Photosyst
Heme
446 Nitrogen control Phototaxis
Heter
High 543 Nonphotochemical energy Phototr
permeability 2 quenchin Phyto
H
otential 594 Norflurazon Phy
Phyt
ince)
Plant mio I 5
Plant DNA T-DNA
intibody 869
antibody (JIM 5
869. 907 Porphyrin
ventional len reserves pollen Position effect
wall | Positional
Pectin biosynthesis ) PP2A holoenzy
Peroxisome 849 Preprophase
Petal 937 Programmed cel
PETIS 708 Promoter me
tic mesophase 93 Petunia hybrid 2 Promoter 7
Nickel uptake 788 pH (stoma) 594 Protease 241]
Vicotiana (14-3-3- Phaseolus 402 14-3-3 protein 132. 396
proteins) 396 Phloem 11 Protein (nuclear export
tiana (cadmium) 45 Phloem loading import) 499
ium (pollen 7 2 tiana (hpopolysaccharide, Phloem protein Protein (phloem) 586
num 435 xidative burst) 214 identification Protein kinase 640, 916
Protein phosphatase 640 Shoot regeneration 700 Symplast 80 Vine 192
Protein phosphorylation 250 Sieve element 11 Synchrotron radiation 8&8] Violaxanthin cycle 446
Protein targeting 888 Signal (oxytropism) 318 Violaxanthin
Proteolysis 614 Signal transduction 214, 499, l'apetum (secretion) de-epoxidase 446
Proteome 286 682 T-DNA repeal 731 Vitamin E 953
Protoplast (Ni uptake) Single-chain antibody 361 Thermoluminescence Vitis (fruit ripening) 20
Prunus (fruit) 927 Solanum 418 602 Tip growth 132 Volatilization (selenium) 977
Pulvinus 565 Solanum (abscisic acid) 361 %-Tocopherol 620
Pyrenoid 629 Solanum (aquaporın) 550 Tonoplast 457 Water permeability 927
Pyrophosphate:fructose 6- Solanum (carbohydrate lonoplast-type Water transport 741
phosphate |- metabolism) 147 pyrophosphatase Wax (ultrastructure)
phosphotransferase 147 Solanum (development, lracheary element
Winter stress 575
pectin) 869 differentiation 121 WRKY transcription
Raffinose oligosaccharide Solanum (x-glucosıdase) Tradescantia (Ca factors 469
Regeneration (cuticle) 427 Solanum (phytochrome stamen) 518
RRRRiihecpipiezrnnoouissdn pughc (etprihevl e2o0 e mb8)i8 o1l.o g1y917 543 SSoolsmrlayeunansutntmpau honment sssie)s((s )ss) tt aormc7a4h6t57 4a98 l4 Tlllrrrr4aaaa7nnnn8ssss ggggeeeennnniieecc sippinioltnteeenag ctrioan tgi9 8o1n2 XXXYyyaallnnaottnghh eoonpm hoy2n3la1l s1 2 1 cyc2l1e4 446
ot fia 70(8p ulvınus) SOS Somatic embryo 828 Transient expression 1-X vlosidase 258
Root (cell division) 82 Somatic embryogenesis [Transmembrane protein Xylosyltransferase
Root (protein kinase) 916 Somatic embryogenesis Transpiration 927
Root hydraulic receptor-like kinase | Transport 11 Zea (auxin, elongation) 92
conductivity 74] Spermatozopsis (eyespot) 5] Transport kinetics 142 Zea (defense
Spinacia (carbohydrate Irıchome 45, 333 mechanisms) 493
Root imaging 88]
Root surface 3 metabolism) 147 Trı-hydroxy fatty acid 84] Zea (histone
Stalk apex Triticum (cell death) 352 deacetylase) 280
(Acetabularia) 659 Triticum (cell wall) 231 Zea (PEPCase kinase) 250
Salicornia (selenium) Stamen hair cells 518 Triticum (sugaı Zea (plastid
sanguinarine 888 Starch 629 signaling) 640 differentiation) 647
Secondary metabolism 493 Starch metabolism 602 Fropism 318 Zea (PP2A) 379
Secondary Plant Starch phosphorylase 629 Tuberisation 869 Zea (protein kinase) 556. 916
metabolism 164 Starch synthesis 418. 478 Twining 192 Zea (somatic
Secondary É Vascula1 l Starvation 24] embryogenesis) |
ti1 ssue1 s SII ] Stoma 594, 927 UDP-galactose 435 Zeaxanthin epoxidase 446
Seed germination Stomatal conductance 74] Ulva (C: N balance) 64 Zinnia (tracheary
Seed germination Strain 927 l rate oxıdase 309 element) 121
inhibition 764 Stress tolerance 682 Zygotic embryo 981
Subtropical grasses 488 Vacuolar ATPase 20
427 Sucrose metabolism 534 Vacuolar inorganic
327, 469 Sucrose (re)synthesis 418 pyrophosphatase 20
Senescence-associated Sucrose transporter 30 Vacuolar sorting 888
genes 469 Sugar signaling 640 Vacuole 457
1e threonine Suppression subtractive Vigna (Ni uptake) 788
phospha|i tase hybridization 469 Vigna (rhizosphere) 881