Trends in Plant Science 1997: Vol 2 Index

17 Pages·1997·3.7 MB·English

Plant
SCIBNCEH
Author Index
Subject Index
Books Reviewed
1997
Volume 2
Issues 1—12
ISSN 1360 1385
Trends in Plant Science
Elsevier Trends Journals
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Cambridge
UK CB2 1LA
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Advisory Editorial Board J. Barber London, UK
F. Bazzaz Cambridge, MA, USA
D. Bowles York, UK
J. Dangl Chapel Hill, NC, USA
S. Dellaporta New Haven, CT, USA
R. Goldberg Los Angeles, CA, USA
C. Hawes Oxford, UK
G-F. Hong Shanghai, China
R.L. Jones Berkeley, CA, USA
M. Koornneef Wageningen, The Netherlands
T.M. Kutchan Munich, Germany
C. Lamb La Jolla, CA, USA
A. Larkum Sydney, Australia
J. Nasrallah Ithaca, NY, USA
R. Ranjeva Toulouse, France
K. Shinozaki Tsukuba, Japan
M. Stitt Heidelberg, Germany
I. Sussex Berkeley, CA, USA
A. Trewavas Edinburgh, UK
Editor Hugh Blackbourn
Assistant Editor Jonathan Ingram
Editorial Administrator Nicola Ross
Publisher Peter Desmond
© 1998 Elsevier Science Ltd. All rights reserved.
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Author Index
BR= Book Review
L =Letter
A C Draper, J., Salicylate, superoxide
Allen, J.F. and Matthijs, H.C.P., Cai, G., Moscatelli, A. and Cresti, M., synthesis and cell suicide in plant
Complementary adaptations, Cytoskeletal organization and defence 162
photosynthesis, and phytochrome pollen tube growth 86 Du, L., see Halkier, B.A.
41 Cape, J.N., Plant Response to Air Duke, S.0., Molecular Mechanisms
Alscher, R., Oxidative Stress and the Pollution, edited by M. Yunus of Resistance to Agrochemicals,
Molecular Biology of Antioxidant and M. Iqbal(BR) 117 edited by V. Sjut (BR) 487
Defenses, edited by Carpita, N.C., Physiology and Durner, J., Shah, J. and Klessig, D.F.,
J.G. Scandalios (BR) 403 Biochemistry of Plant Cell Walls Salicylic acid and disease
Altabella, T., see Kumar, A. (2nd edn), by C.T. Brett and resistance in plants 266
Anderson, O.D., see Vasil, I.K. K.W. Waldron (BR) 37
Asada, T. v.ad Collings, D., Molecular Chaffey, N., Foresters’ tales 448
motors in higher plants 29 Chaffey, N., Seeing the wood and the E
trees 3 Endress, P.K., The Evolutionary
Chaudhuri, S. and Maliga, P., Biology of Plants, by K.J. Niklas
B New insights into plastid RNA (BR) 484
Backert, S., Nielson, B.L. and editing 5
Borner, T., The mystery of the Chollet, R., see Vidal, J.
rings: structure and replication Coenen, C. and Lomax, T.L., F
of mitochondrial genomes from Auxin-cytokinin interactions in Federspiel, N., see Marziali, A.
higher plants 477 higher plants: old problems and Foley, M.E., see Li, B.
Badger, M., see Osmond, C.B. new tools 351
Banks, J.A., Sex determination in the Cogoni, C. and Macino, G..,
fern Ceratopteris 175 Conservation of transgene- G
Barbier-Brygoo, H., Joyard, J., Pugin, induced post-transcriptional gene Gabriel, D.W., Targeting of protein
A. and Ranjeva, R., Intracellular silencing in plants and fungi 438 signals from Xanthomonas to the
compartmentation and plant cell Coleman, J.O.D., Blake-Kalff, M.M.A. plant nucleus 204
signalling 214 and Davies, T.G.E., Gebhardt, C., Plant genes for
Barbier-Brygoo, H., Signal Detoxification of xenobiotics by pathogen resistance — variation
Transduction in Plants, edited plants: chemical modification and onatheme 243
by P. Aducci (BR) 281 vacuolar compartmentation 144 Gianinazzi-Pearson, V. and
Barker, S.J., see Tagu, D. Collings, D., see Asada, T. Dénarié, J., Red carpet genetic
Basse, C., see Kahmann, R. Cove, D.J., Knight, C.D. and programmes for root
Benfey, P.N., see Malamy, J.E. Lamparter, T., Mosses as model endosymbioses (L) 371
Bennett, M.D., see Leitch, IJ. systems 99 Gibbon, B.C., see Staiger, C.J.
Bewley, J.D., Breaking down the walls Cresti, M., see Cai, G. Gibson, A., Growth Control in Woody
—a role for endo-B-mannanase in Cronk, Q. and Méller, M., Strange Plants, by T.T. Kozlowski and
release from seed dormancy? 464 morphogenesis — organ S.G. Pallardy (BR) 240
Binder, S., see Marchfelder, A. determination in Monophyllaea Glover, B., see Martin, C.
Bisseling, T., Plant—Microbe 327 Grant, S.R., see Lebel-Hardenack, S.
Interactions (Vol. 2), edited by Green, P.B., Expansin and
G. Stacey and N.T. Keen (BR) morphology: a role for biophysics
199 D 365
Bittisnich, D., Bananas and blue Darley, C.P., see Davies, J.M. Griffith, M., The Physiology of Plants
jeans 45 Davies, J.M., Darley, C.P. and Under Stress, by E.T. Nilsen and
Bjorkman, O., see Osmond, C.B. Sanders, D., Energetics of the D.M. Orcutt (BR) 362
Blackbourn, H.D., Not drowning but plasma membrane
signalling 81 pyrophosphatase (L) 9
Blake-Kalff, M.M.A., see Davies, T.G.E., see Coleman, J.O.D. H
Coleman, J.O.D. Davis, J., Index Kewensis 2.0 Halkier, B.A. and Du, L., The
Blatt, M.R., Plant potassium (CD-ROM) (BR) 402 biosynthesis of glucosinolates 425
channels double up 244 Davis, R., see Marziali, A. Harmon, A.C., The calcium
Borisjuk, L., see Weber, H. Day, C.D. and Irish, V.F., Cell connection 121
Borner, T., see Backert, S. ablation and the analysis of plant Harrison, M.J., The arbuscular
Bray, E.A., Plant responses to water development 106 mycorrhizal symbiosis: an
deficit 48 Day, D.A., see Millar, A.H. underground association 54
Brennicke, A., see Marchfelder, A. De Boer, A.H., Fusicoccin — a key to Hasegawa, P.M., see Koiwa, H.
Bressan, R.A., see Koiwa, H. multiple 14-3-3 locks? 60 Heberle-Bors, E., see Touraev, A.
Brewin, N.J. and Kardailsky, L.V., De Wit, P.J.G.M., Pathogen Hepler, P.K., Tip growth in pollen
Legume lectins and nodulation avirulence and plant resistance: tubes: calcium leads the way 79
by Rhizobium 92 a key role for recognition 452 Herrmann, K.M., see Weaver, L.M.
Briat, J-F. and Lobréaux, S., Iron Dénarié, J., see Gianinazzi-Pearson, V. Higgs, D.C., see Stern, D.B.
transport and storage in plants Dix, P.J., Somaclonal Variation in Hirt, H., Multiple roles of MAP
187 Crop Improvement II, edited by kinases in plant signal
Byerlee, D., Rice Research in Asia: Y.P.S. Bajaj (BR) 38 transduction 11
Progress and Priorities, edited by Dolan, L., SCARECROW: specifying Holloway, P.J., Plant Cuticles: An
R.E. Evenson, R.W. Herdt and asymmetric cell divisions Integrated Functional Approach,
M. Hossain (BR) 322 throughout development 1 edited by G. Kerstiens (BR) 201
Holsinger, K.E., Plant Breeding Kruger, N.J., Science on the Web: A McIntosh, P., Plants and metals 451
Systems (2nd edn), by Connoisseur’s Guide to Over 500 Merkle, T. and Nagy, F., Nuclear
A.J. Richards (BR) 485 of the Best, Most Useful, and import of proteins: putative
Hsiang, T., Turfgrass Diseases: Most Fun Science Websites, by import factors and development
Diagnosis and Management E.J. Renehan, Jr (BR) 484 of in vitro import systems in
(CD-ROM), by G.L. Schumann Kumar, A., Altabella, T., Taylor, M.A. higher plants 458
and J.D. MacDonald (BR) 362 and Tiburcio, A.F., Recent Mezitt, L., see Kragler, F.
advances in polyamine research Miehé, J.A., see Lichtenthaler, H.K.
124 Miernyk, J.A., The 70 kDa stress-
I Kutchan, T.M., Natural product related proteins as molecular
Ibrahim, R.K., Plant munitions — new prospects for chaperones 180
O-methyltransferase signatures plant protection 449 Miflin, B.J., Engineering Plants for
(L) 249 Commercial Products and
Ihlenfeldt, H-D., Structure—Function Applications, edited by G.B. Collins
Relations of Warm Desert Plants, L and R.J. Shepherd (BR) 116
by A.C. Gibson (BR) 320 Lamparter, T., see Cove, D.J. Millar, A.H. and Day, D.A.,
Ingram, J., Physical Stresses in Laux, T. and Schoof, H., Maintaining Alternative solutions to radical
Plants: Genes and their Products the shoot meristem — the role of problems (L) 289
for Tolerance, edited by S. Grillo CLAVATAI1 325 Miller, N.J., see Rice-Evans, C.A.
and A. Leone (BR) 239 Lebel-Hardenack, S. and Grant, S.R., Mitsui, T. and Itoh, K., The a-amylase
Inoue, Y., Light as an Energy Source Genetics of sex determination in multigene family 255
and Information Carrier in Plant flowering plants 130 Moller, M., see Cronk, Q.
Physiology, edited by Leegood, R., see Osmond, C.B. Moscatelli, A., see Cai, G.
R.C. Jennings, G. Zucchelli, Leitch, I.J. and Bennett, M.D., Mundy, J., Plant Molecular Biology —
F. Ghetti and G. Colombetti Polyploidy in angiosperms 470 A Laboratory Manual, edited by
(BR) 74 Li, B. and Foley, M.E., Genetic and M.S. Clark (BR) 283
Irish, V.F., see Day, C.D. molecular control of seed Murfet, I.C., see Weller, J.L.
Itoh, K., see Mitsui, T. dormancy 384 Murray, J.A.H., The retinoblastoma
Li, Z-S., see Rea, P.A. protein is in plants! 82
Lichtenthaler, H.K. and Miehé, J.A.,
J Fluorescence imaging as a
Jackson, M.B., Hormones from roots diagnostic tool for plant stress N
as signals for the shoots of 316 Nagy, F., see Merkle, T.
stressed plants 22 Lobréaux, S., see Briat, J-F. Napier, R.M., Trafficking of the
Jang, J-C. and Sheen, J., Sugar Lomax, T.L., see Coenen, C. auxin-binding protein 251
sensing in higher plants 208 Lu, Y-P., see Rea, P.A. Neale, D.B., see Kinlaw, C.S.
John, M., Rohrig, H., Schmidt, J., Nelson, C.J., The Biology of Grasses,
Walden, R. and Schell, J., Cell by G.P. Chapman (BR) 201
signalling by oligosaccharides M Nelson, T., Mutants of Maize, by
111 Macino, G., see Cogoni, C. M.G. Neuffer, E.H. Coe and
Johns, T.A., Dictionary of Plant Malamy, J.E. and Benfey, P.N., Down S.R. Wessler (BR) 486
Toxins, edited by J.B. Harborne and out in Arabidopsis: the Nielson, B.L., see Backert, S.
and H. Baxter(BR) 241 formation of lateral roots 390
Joyard, J., see Barbier-Brygoo, H. Maliga, P., see Chaudhuri, S.
Mant, A., see Robinson, C. O
Mare, J., Microtubule-organizing Osmond, C.B., Badger, M., Maxwell, K.,
K centres in plants 223 Bjorkman, O. and Leegood, R.,
Kader, J-C., Lipid-transfer proteins: Marchfelder, A., Binder, S. and Too many photons:
a puzzling family of plant Brennicke, A., A nodulin-35 photorespiration, photoinhibition
proteins 66 homologue is encoded in the and photooxidation 119
Kahmann, R. and Basse, C., Arabidopsis genome (L) 167 Otten, L., Crown Gall: Advances in
Signaling and development in Marion-Poll, A., ABA and seed Understanding Interkingdom
pathogenic fungi — new development 447 Gene Transfer, edited by W. Ream
strategies for plant protection? Marshall, D.F., Genomes ofP lants and and S8.B. Gelvin(BR) 321
366 Animals, edited by J.P. Gustafson
Kardailsky, I.V., see Brewin, N.J. and R.B. Flavell (BR) 238
Kinlaw, C.S. and Neale, D.B.., Martin, C. and Glover, B., Turning |
Complex gene families in pine over new leaves 330 Paganga, G., see Rice-Evans, C.A.
genomes 356 Marziali, A., Federspiel, N. and Palmgren, M.G., Plant pumps turned
Klessig, D.F., see Durner, J. Davis, R., Automation for the on by yeast 43
Knight, C.D., see Cove, D.J. Arabidopsis genome sequencing Parthier, B., see Wasternack, C.
Koide, R.T., Mycorrhizal Symbiosis project 71 Pellmyr, O., Stability of plant-animal
(2nd edn), by S.E. Smith and Mathis, M.P., Oxygenic mutualisms: keeping the
D.J. Read (BR) 282 Photosynthesis: The Light benefactors at bay 408
Koiwa, H., Bressan, R.A. and Reactions, edited by D.R. Ort and Pruitt, R.E., Molecular mechanics
Hasegawa, P.M., Regulation of C.F. Yocum (BR) 238 of smart stigmas 328
protease inhibitors and plant Matthijs, H.C.P., see Allen, J.F. Pugin, A., see Barbier-Brygoo, H.
defense 379 Mauseth, J.D., A Colour Atlas of
Kovar, D.R., see Staiger, C.J. Plant Structure, by B.G. Bowes
Kragler, F. and Mezitt, L., Cosmic (BR) 200 Q
signals? 246 Maxwell, K., see Osmond, C.B. Quatrano, R.S. and Shaw, S.L., Role
Kronstad, J.W., Virulence and cAMP McCann, M.C., Tracheary element of the cell wall in the determination
in smuts, blasts and blights formation: building up to a dead of cell polarity and the plane of
193 end 333 cell division in Fucus embryos 15
R Smeekens, J., Engineering plant Vasil, I.K. and Anderson, O.D.,
Ranjeva, R., see Barbier-Brygoo, H. metabolism 286 Genetic engineering of wheat
Rea, P.A., Lu, Y-P. and Li, Z-S., Somssich, I.E., MAP kinases and gluten 292
Detoxification of xenobiotics plant defence 406 Vicente, O., see Touraev, A.
revisited (L) 290 Spaink, H.P., Ethylene as a regulator Vidal, J. and Chollet, R.,
Reid, J.B., see Weller, J.L. of Rhizobium infection 203 Regulatory phosphorylation
Rice-Evans, C.A., Miller, N.J. and Staiger, C.J., Gibbon, B.C., Kovar, ofC , PEP carboxylase
Paganga, G., Antioxidant D.R. and Zonia, L.E., Profilin and 230
properties of phenolic compounds actin-depolymerizing factor:
152 modulators of actin organization
Robinson, C. and Mant, A., Targeting in plants 275 WwW
of proteins into and across the Stern, D.B., Higgs, D.C. and Yang, J., Walden, R., see John, M.
thylakoid membrane 431 Transcription and translation in Wang, X., Molecular analysis of
Rochaix, J-D., Chloroplast reverse chloroplasts 308 phospholipase D 261
genetics: new insights into the Stevens, P.F., Identification of Wasternack, C. and Parthier, B.,
function of plastid genes 419 Tropical Woody Plants in the Jasmonate-signalled plant gene
Rohrig, H., see John, M. Absence of Flowers and Fruits: expression 302
A Field Guide, by R. Keller Weaver, L.M. and Herrmann, K.M.,
(BR) 160 Dynamics of the shikimate
Ss Su, J-C., Plant biotechnology in pathway in plants 346
Sanders, D., see Davies, J.M. Taiwan 360 Weber, H., Borisjuk, L. and
Sansom, C., Protein structure by Wobus, U., Sugar import and
design 368 metabolism during seed
Sauer, N., Sieve elements and 4 development 169
companion cells — extreme Tagu, D. and Barker, S.J., At the root Weller, J.L., Reid, J.B., Taylor, S.A.
division of labour 285 of mycorrhizal symbioses 2 and Murfet, I.C., The genetic
Schell, J., see John, M. Taylor, M.A., see Kumar, A. control of flowering in pea
Schmidt, J., see John, M. Taylor, S.A., see Weller, J.L. 412
Schoof, H., see Laux, T. Thiel, G. and Wolf, A.H., Operation Wobus, U., see Weber, H.
Schréder, J., A family of plant-specific of K*-channels in stomatal Wolf, A.H., see Thiel, G.
polyketide synthases: facts and movement 339
predictions 373 Thorpe, T.A., Trees IV, edited by
Shah, J., see Durner, J. Y.P.S. Bajaj (BR) 75 ¥
Shattock, R., Phytophthora Diseases Tiburcio, A.F., see Kumar, A. Yamasaki, H., A function of colour
Worldwide, by D.C. Erwin and Tobin, E.M., Renewing an old view (L) 7
O.K. Ribeiro (BR) 323 of chloroplasts 405 Yang, J., see Stern, D.B.
Shaw, S.L., see Quatrano, R.S. Tomos, A.D., Reaching for the Sun: Yang, X.B., Monitoring Antagonistic
Sheen, J., see Jang, J-C. How Plants Work, by J. King Fungi Deliberately Released into
Shirley, B., A function of colour: (BR) 444 the Environment, edited by
areply toH. Yamasaki(L) 8 Touraev, A., Vicente, O. and Heberle- D.F. Jensen, H-B. Jansson and
Sinclair, F.L., Tree—Crop Interactions: Bors, E., Initiation of microspore A. Tronsmo (BR) 322
A Physiological Approach, edited embryogenesis by stress 297 Yokota, T., The structure,
by C.K. Ong and P. Huxley (BR) biosynthesis and function of
75 brassinosteroids 137
Sinha, N., Simple and compound leaves: Vv
reduction or multiplication? 396 van Kammen, A., Virus-induced gene
Slabas, A.R., Galactolipid biosynthesis silencing in infected and Z
genes and endosymbiosis_ 161 transgenic plants 409 Zonia, L.E., see Staiger, C.J.

Subject Index
BR= Book Review
L =Letter
LF = Literature Focus article
A symbiosis 54-60 calcium,
abscisic acid, arginine decarboxylase, a-amylase activity 255-261
biosynthetic pathway (LF) 332 polyamine biosynthesis 124-130 compartmentation and signal
ferretin synthesis 187-193 aromatic amino acids, transduction pathways 214-222
guard cells 339-345 shikimate pathway 346-351 cytoskeleton-based motor
root-to‘shoot transport 22-28 aspirin, proteins 86-91
seed development 447-448 salicylic acid 266-274 ion channels activation
seed dormancy 384-389 asymmetry, 244-246
seed germination 464-469 flower development (LF) 6-7 phospholipase D activation
water stress 48-54 root development 1-2 261-266
ablation techniques 106-111 ATPase activity, stomatal movements 339-345
Acacias, Hsc70 proteins 180-187 stress response 121-122
ant mutualism 408-409 automated sequencing 71-74 tip growth in pollen tubes
ACC oxidase, auxin, 79-80
root to shoot transport 22-28 cell determination in lateral roots calmodulin,
actin, 390-396 calcium response 121-122
cytoskeleton-based motor interaction with cytokinin production of activated oxygen
proteins 86-91 351-356 species (LF) 207
molecular motors 29-37 response elements (LF) 370 cambial activity 448-449
depolymerization 275-281 transport 251-255 cAMP,
active transport, avirulence genes 204-206 signalling in fungal pathogens
phloem loading 285-286 193-199
Agrobacterium, companion cells,
cytokinin metabolism 351-356 B phloem loading 285-286
gene transfer (BR) 321-322 bacterial avirulence genes 452-458 carbon oxidation cycle,
agrochemicals, bacterial disease, photorespiration and
pesticide resistance (BR) Xanthomonas pathogenicity photoinhibition 119-121
486-487 genes 204-206 carotenoids,
air pollution, bioinformatics, ABA biosynthetic pathway (LF)
plant responses (BR) 117 genome analysis (BR) 238-239 332
alcohol dehydrogenase, biometals 451 catalytic domain phospholipase D
complex genes in pine 356-359 biosynthesis, 261-266
alternative oxidase, glucosinolates 425-431 cell cycle,
cytochrome pathway 289-290 phenolic compounds and methyl cytokinin and auxin 351-356
amino acids, transferases 249-250 lateral roots 390-396
shikimate pathway 346-351 biotechnology, microspore culture 297-302
amplicon constructs 409-411 agrochemicals (BR) 486-487 retinoblastoma protein 82-84
amylase 255-261 biochemistry and molecular cell death,
anatomy, biology 45 hypersensitive response
atlas of structure (BR) 200 commercial products (BR) 162-165
grasses (BR) 201-202 116-117 cell division,
wood structure 3-4 hemoglobin expression (LF) 166 microtubule-organizing centres
annexins, hydroxamic acids 449-450 223-230
peroxidase-like activity (LF) 6 research in Taiwan 360-362 polarity in Fucus 15-21
antheridiogen, silencing of transgenes and root development 1-2
sex determination in ferns endogenous genes 438-443 cell elongation,
175-180 somoclonal variation (BR) 38 actin and profilin 275~281
anthocyanins, viral induced gene silencing brassinosteroids 137-143
free-radical scavenging 7-8 409-411 cell fate,
antioxidants, biotic factors (BR) 199-200 lateral roots 390-396
phenolic compounds 152-159 blue-green algae, meristem development 325-327
aphids, photosynthesis 41-43 pollen culture 297-302
viral transmission (LF) 123 blue-light receptor, xylem differentiation 333-338
apical dominance, cryptochrome 1(LF) 47 cell proliferation,
cytokinins and auxin 351-356 photoreceptor (LF) 85 CLAVATAI and meristems
appressorium formation, brassinosteroids, 325-327
arole for cyclic AMP 193-199 biosynthesis and function cell signalling,
aquaporins, 137-143 lipochitin oligosaccharides
membrane permeability (LF) 370 breadmaking, 111-115
osmotic flux (LF) 288 wheat storage proteins 292-297 cell walls,
self-incompatibility 328-329 bundle sheath, analysis (BR) 37
Arabidopsis genome, PEP carboxylase 230-237 polarity in Fucus 15-21
sequencing technology 71-74 centrosomes,
arbuscular mycorrhiza, microtubule-organizing centres
phosphate transport 2-3 C 223-230
symbiosis-defective mutants C, photosynthesis, chalcone synthase 373-378
371-372 PEP carboxylase 230-237 channel regulation,
ion flux 244-246 compartmentation and signal endoduplication,
chaperones 180-187 transduction 214-222 retinoblastoma protein 82-84
Chlamydomonas, DIBOA biosynthesis 449-450 endoplasmic reticulum,
translation in chloroplasts hypersensitive response 70 kDa stress-related proteins
308-315 266-274 180-187
chlorophyll, jasmonic acid 302-307 retention mechanisms 251-255
binding antenna protein MAP kinase cascades 406-408 endosperm weakening,
308-315 methyl salicylate (LF) 166 germination and
fluorescence imaging 316-320 pathogen avirulence 452-458 endo-B-mannanase 464-469
photosynthesis (BR) 238 pathogenicity genes 204-206 endosymbiosis,
chloroplast, pathogens andcAMP 366-368 defective mutants 371-372
compartmentation and signal protease inhibitors 379-384 galactolipid biosynthesis
transduction pathways 214-222 salicylic acid 162-165 161-162
galactolipid biosynthesis desert plants (BR) 320-321 environmental sensing,
161-162 desiccation tolerance 384-389 intracellular signalling 246-247
reverse genetics 419-425 determination, jasmonic acid 302-307
RNA editing 5-6 xylem differentiation 333-338 environmental stress,
thylakoid membrane proteins development, physiological response (BR)
431-437 ABA and seeds 447-448 362-363
transcription and translation a role for cAMP in fungi enzymes,
308-315 193-199 a-amylase activity 255-261
tubular connections 405-406 biophysics of leaf organogenesis a-galactosidase and
chromatic adaptation, 365-366 endo-B-mannanase 464-469
cyanobacteria 41-43 cell ablation techniques amino acid biosynthesis
chromosome translocations 470-476 106-111 346-351
circadian rhythms, CLAVATAI and cell proliferation glucosinolate—-myrosinase system
elf3 mutants (LF) 46 325-327 425-431
co-suppression, ethylene as a regulator of cortical phospholipase D 261-266
transgenes and endogenous genes cell divisions 203-204 polyketide synthases 373-378
438-443 flower asymmetry (LF) 6-7 structural studies 368-369
comparative mapping, genetics of flowering induction epicuticular waxes(BR) 201
polyploid analysis 470-476 412-418 ethylene,
compartmentation, hypermethylation of MAP kinases 11-15
auxin-binding protein 251-255 SUPERMAN (LF) 411 nodulation in Medicago 203-204
detoxification of xenobiotics influence of cytokinins and auxin wound response (LF) 84
144-151 351-356 evolution,
compound leaves 396-402 intracellular signalling 246-247 chlorophyll-binding proteins
cotyledons, jasmonic acid 302-307 (LF) 123
sucrose metabolism 169-174 lateral roots 390-396 gene families in pine 356-359
Crassulacean acid metabolism leafform 396-402 palaeobota(nByR ) 484-485
230-237 leaves 330-331 plant—animal mutualism
crop management, mosses as model systems 99-105 408-409
rice research (BR) 322-323 oil bodies in root tissue (LF) 369 polyketide synthases 373-378
crown gall(BR) 321-322 organogenesis 327-328 polyploidy in angiosperms
cuticles (BR) 201 polarity in Fucus 15-21 470-476
cutin biosynthesis, pollen culture 297-302 expansins,
lipid-transfer proteins 66—70 root meristems 1-2 biophysics of leaf development
cyanobacteria, sugar import in seeds 169-174 365-366
photosynthesis 41-43 tracheary-element differentiation
cyclic AMP, 333-338
pathogen development 366-368 unisexual flowers 130-136 F
cyclic GMP 214-222 DIBOA biosynthesis 449-450 F-actin 275-281
cytochrome P-450, dioxygenase, ferns,
xenobiotics 144-151 cell-death programmes (LF) 248 sex determination 175-180
cytokinin response, DNA, ferretin 187-193
inmosses 99-105 mitochondrial genomes ferrous iron transport 187-193
interaction with auxin 351-356 477-483 fiddlehead mutants,
cytoplasmic streaming 29-37 replication 82-84 pollen hydration 328-329
cytoskeleton, dormancy 384-389 flavones,
microtubules 223-230 dynein 29-37 antioxidant properties 152-159
myosin 29-37 flavonols,
pollen-tube growth 86-91 bronze-2 mutation 8-9
profilin 275-281 E free-radical scavenging 7-8
wood structure 3-4 economics and rice research (BR) lipid peroxidation 8-9
xylem formation 333-338 322-323 flower development,
cytotoxins and cell ablation 106-111 education, agamous gene(LF) 46
plant physiology (BR) 444-445 cell ablation 106-111
electrophysiology, flowering,
D K* channels 339-345 elf3 mutants (LF) 46
Datura ferox, embryogenesis, hermaphrodites and unisexual
seed germination 464-469 microspore culture 297-302 flowers 130-136
defence, polarity in Fucus 15-21 induction in pea 412-418
calmodulin, calcium and endo-B-mannanase, meristem development 325-327
activated oxygen (LF) 207 seed dormancy 464469 meristem identity (LF) 166
meristem identity genes (LF) germination, hydroxamic acids 449-450
85 a-amylase activity 255-261 hypersensitive response,
fluorescence imaging 316-320 endo-B-mannanase 464-469 oxidative burst 162-165
forest trees (BR) 240 influence of nitrogen oxides pathogen avirulence 452-458
Fucus 15-21 (LF) 288 pathogen defence 266-274
fungal elicitors, GFP, Xanthomonas pathogenicity
activation of MAP kinase tubular connections between genes 204~206
cascades 406-408 chloroplasts 405-406
fungal virulence 193-199 gibberellin,
fungi, a-amylase expression 255-261 I
monitoring releases (BR) 322 accumulation of replication importin a and B,
fusicoccin protein(LF) 411 nuclear import of proteins
14-3-3 proteins 60-66 root development (LF) 369 458-464
plasma membrane H*-ATPase seed germination 464-469 inflorescence mutants,
60-66 Glomus versiforme, tassleseed2 of maize 130-136
arbuscular mycorrhiza 54-60 initiation factors,
glucose repression 208-214 translation in chloroplasts
G glucosinolates 425-431 308-315
G proteins, glucosyl transferase, inositol 1,4,5-trisphosphate,
a role for cAMP in fungi detoxification of xenobiotics tip growth in pollen tubes
193-199 144-151 79-80
galactolipids, glucosylation, intercellular signalling 22-28
biosynthesis genes 161-162 cytokinin pools 351-356 Internet,
gene expression, glutathione, science on the web(BR) 484
jasmonate-induced 302-307 conjugation of xenobiotics intracellular compartmentation
transcription and translation 144-151 214-222
308-315 glutens, intracellular signalling,
gene silencing, seed storage proteins 292-297 cAMP and fungal pathogens
genetic engineering 286-288 glycolipid, 193-199
transgenic plants 409-411 signals 111-115 hexokinase 208-214
viral induced 409-411 glycosylation, jasmonic acid 302-307
gene transcription, auxin-binding protein 251-255 K* channels 339-345
sugar-responsive genes 208-214 grasses, MAP kinases 11-15
gene transfer, evolution, taxonomy and growth pathogens andcAMP 366-368
Agrobacteri(uBmR ) 321-322 (BR) 201-202 plastid signalling 81
gene-for-gene hypothesis 452-458 gravity perception, phospholipase D activity
genetic ablation 106-111 inmosses 99-105 261-266
genetic engineering, GTP-binding proteins, ion channels,
commercial products (BR) stomatal movement 339-345 K* channel assembly (LF) 332
116-117 GTPase, potassium transport 244-246
DIBOA biosynthesis for defence nuclear import 458-464 pyrophosphatase 9-10
449-450 guard cells, stomatal movement 339-345
laboratory manual (BR) 283 K* channels 339-345 iron,
stress tolerance 48-54 transport and storage 187-193
sulphur-containing amino acids isothiocyanates,
330-331 H glucosinolate—myrosinase system
wheat glutens 292-297 hemoglobin, 425-431
genetics, transgene expression (LF) 166
analysis of polyploids 470-476 herbicides,
analysis of root development resistance (BR) 486-487 J
390-396 herbivory, jasmonic acid,
CLAVATAI and meristems plant-animal mutualism intracellular signalling 302-307
325-327 408-409 protease inhibitor production
flower induction in pea 412-418 volicitin and beet armyworm 379-384
gene families in pine 356-359 (LF) 248
leaf development 396-402 hermaphrodite gametophytes,
maize mutant analysis (BR) sex determination 175-180 K
486-487 heterospory in ferns 175-180 K’ channels,
mitochondrial genomes hexokinase, stomatal movement 339-345
477-483 sugar sensing 208-214 Kautsky effect,
plastid genome 419-425 high molecular weight glutenins fluorescence imaging 316-320
post-transcriptional gene 292-297 kinesin 29-37
silencing 438-443 homeotic genes,
retrotransposons in maize flower development 130-136
genome (LF) 7 hormones, L
genome, stress responses 22-28 lateral roots,
analysis (BR) 238-239 Hsc70 proteins, development 390-396
gene families in pine 356-359 70 kDa stress-related proteins influence of cytokinins and auxin
organization of mitochondrial 180-187 351-356
DNA 477-483 hydrogen peroxide, leaf primordia 330-331
protein structural studies defence response 162-165 leaves,
368-369 hydrolases, simple or compound 396-402
sequencing 71-74 germination and endo-B- lectins,
genomic in situ hybidization 470-476 mannanase 464-469 nodulation 92-98
legumes, xenobiotic detoxification Xanthomonas pathogenicity
lectins and nodulation 92-98 290-291 genes 204-206
leucine rich repeats, metal accumulation 451 nutrition,
pathogen avirulence 452-458 methyl jasmonate, arbuscular mycorrhiza 54-60
resistance genes 243-244 environmental sensing 302-307
Xanthomonas pathogenicity methyl salicylate,
genes 204-206 defence response (LF) 166 O
life cycle, hypersensitive response octadecanoic pathway,
sex determination in ferns 266-274 intracellular signalling 302-307
175-180 methyl transferases, oligosaccharides,
light perception, phenolic compounds 249-250 biological activity 111-115
brassinosteroids and cell methylation, organelle movement,
elongation 137-143 flower development (LF) 411 cytoskeleton-based motor
flower induction in pea 412-418 microspore culture 297-302 proteins 86-91
inmosses 99-105 microtubules, organogenesis,
signal transduction pathways cytoskeleton-based motor biophysics of leaf formation
214-222 proteins 86-91 365-366
lignification, motors 29-37 determination in Monophyllaea
xylem formation 333-338 organizing cenires 223-230 327-328
lignin, mineral nutrition, meristem development 325-327
cinnamy]l alcohol dehydrogenase iron transport and storage oxidative stress (BR) 403
448-449 187-193
lipid biosynthesis, mitochondria,
galactolipids 161-162 cytochrome c oxidase 289-290 P
lipid-transfer proteins 66-70 genomes 477-483 palaeobotany,
Lipochitin oligosaccharides, RNA editing 5-6 plant evolution (BR) 484-485
nodulation 111-115 mitosis, pathogen resistance,
Rhizobium 92-98 microtubule-organizing centres Mlo gene (LF) 207
lipoxygenase, 223-230 pathogens,
jasmonic acid 302-307 Mlo gene, defence and MAP kinase
pathogen defence (LF) 207 cascades 406-408
resistance to pathogens grass diseases (BR) 362
M 243-244 monitoring releases of fungi
maize development (LF) 46 molecular biology, (BR) 322
mannose, laboratory manual (BR) 283 pathogenesis related proteins
germination and molecular chaperones, 266-274, 452-458
endo-B-mannanase 464-469 70 kDa stress-related proteins Phytophihora diseases (BR) 323
MAP kinase, 180-187 requirement for cyclic AMP
defence 406-408 Monophyllaea, 365-366
signal transduction 11-15 organogenesis 327-328 resistance genes 243-244
meristem development, morphogenesis, targeting of protein signals
asymmetric divisions 1-2 guard cell differentiation 204-206
CLAVATAI and cell proliferation 330-331 pattern formation,
325-327 leaf development 396-402 response to expansin application
determination ofl ateral roots mosses, 365-366
390-396 model systems 99-105 pea,
flowering time gene Constans mutant analysis, genetics of flowering 412-418
(LF) 85 maize photolibrary (BR) peloric flowers,
leaf development 396-402 486-487 cycloidea (LF) 6-7
organogenesis in Monophyllaea mutualism 408-409 PEP carboxylase 230-237
327-328 mycorrhizal symbioses (BR) peptidase,
photo and hormonal control of 282-283 thylakoid protein import
flowering (LF) 166 myosin 29-37 431-437
response to expansin application PH effects on PEP carboxylase
365-366 230-237
mesophyll cell, N phalloidin,
PEP carboxylase 230-237 Neurospora, actin staining 275-281
metabolism, gene silencing 438-443 phenolic compounds,
compartmentation and signal nitric oxide, antioxidants 152-159
transduction pathways 214-222 cytochrome c oxidase 289-290 phenylpropanoids,
genetic engineering 286-288 nitrogen fixation 167-168 methyl transferase superfamily
germination and a-amylase nitrogen oxides, 249-250
activity 255-261 seed germination (LF) 288 polyketide synthases
glucosinolates 425-431 nodulation, 373-378
hydroxamic acids 449-450 ethylene as aregulator 203-204 shikimate pathway 346-351
iron transport and storage interaction with cytokinins and phloem loading 285-286
187-193 auxin 351-356 phosphatases,
leaves 330-331 lectins 92-98 calcium signalling 121-122
mitochondrial respiratory chain symbiosis-defective mutants phosphate uptake,
289-290 371-372 arbuscular mycorrhiza
phospholipase D 261-266 nodulins 167-168 54-60
shikimate pathway 346-351 nuclear import, phospholipase D 261-266
sugar import in seeds nuclear-localization sequences phospholipids,
169-174 458-464 phospholipase D activity 261-266