Annual Review of Plant Physiology and Plant Molecular Biology 1999: Vol 50 Index & Table of Contents

29 Pages·1999·6.1 MB·English

SUBJECT INDEX
Acinetobacter calcoaceticus Air-seeding
shikimate pathway and, 482 pressure probe and, 463
49) Al,(SOx4)
Acquisition gametophyte in ferns and, 166
leaf development in 16
angiosperms and, 428-29 Alanine
m and, 226-28 phosphate, 665-86 trate reductase and, 290-92,
Acs genes 295
650, 652-55 cellulose biosynthesis and Alcaligenes eutrophus
50S] nitrate reductase and, 286
Activation-transferred DNA Aldolases
lagging mutants history of research, 11
signal transduction and, 238 Alfafuran
on and, 205-6 Activators phosphate acquisition and, 671
d metabolism cellulose biosynthesis and Alfaifa
245-70 phosphate acquisition and, 671
evelopment in Adenosine diphosphate (ADP) plant protein serine/threonine
66, 178, 181 phosphate translocators in kinases and, 115, 117
plastids and, 34, 39-40 Algae
Adenosine triphosphate (ATP) asymmetric cell division and
chlorophyll degradation and 505-32
history of research, 11, 21 cellulose biosynthesis and
phosphate acquisition and, 67 247-49, 254
674 chlorophyll degradation and
phospth ate translocatorsi n 71 1. 86
plastids and, 29-30, 34 CO) concentrating mechanisms
3 in photosynthetic
t protein serine/threonin microorganisms and
kinases and, 108
water-water cycle in DOXP pathway of isoprenoid
chioroplasts ar biosynthesis and, 48-6]
Adenylate translocat history of research, 10-11, 20,
phosphate translocators i 22
plastids and, 34 nitrate reductase and, 277
Adiantum capillus verer 288, 291, 297
gametophyte development phosphate acquisition and
ferns and, 172-73 672
Adoptior photoprotection and, 333
silicon and, 650 silicon and, 641, 645
16.2 mutant Allergens
photoprotection and, 336 grass pollen
Agavaceae cell wall extensibility and
silicon and, 647 403
Agrobacterium rhizogene lum porrun
and arbuscular mycorrhizal arbuscular mycorrhizal
symbiosis and, 363 symbiosis and, 374
and Agrobacterium tumefaciens Allosteric sites
cellulose biosynthesis and, shikimate pathway and, 478
250-52, 255 486
cell wall extensibility and, 409 Aloe arborescens
crassulacean acid metabolisn crassulacean acid metabolism
and, 671 and, 311, 323-24 and, 311, 322
plant protein serine/threonine Alteration of generations
evelopment in kinases and, 100 gametophyte development in
66 shikimate pathway and, 486-87 ferns and, 163, 167
719
720 SUBJECT INDEX
symbiosis and
ymDIos! and
expres
xtensidil
404-5
radat
sloc a
ds and
) serine
>
terminal signal s j ¢ ( Jeve lopment
zametophyte development
ferns and 8
Amphibious sedge
C4 gene expressior
90, 205-6
An UOT spp
shikimate pathway and, 482
489-90
Amyloplasts silicon ¢
phosphate translocators ir Annual br
plastids and, 32 silicon
Antennae *I] wall extensibility
concentrating me n ; light-harvesting 400-10
in photosynthetic photoprotection an chlorophyll degradatior
microorganisms and 340-4 71, 80, 84
SUBJECT INDEX
way of isoprenoid ren amb, 509.
hesis and, 53, 59 y and
e development a 1
wve;rview
prosper 509. S511
en developmen
adial pz
nittrroodduucc t
VMOM-2
SUBJECT INDEX
Bundle sheatt
scellaneous photosynthe
196
nsgenic pla
expression analysi
199.20)?
d. 646
aboratory
9 expression and, 2U5
etabolism crassulacean acid metabolism
anwdi, 2592 9
Bryophytes mutant
arbuscular corrhiza photoprotection and, 3
symbiosis and, 361-80 Caenorhabditis elegans
chlorophyll degradation and, 86 asymmetric cell division and
silicon and, 649 511-13
SUBJECT INDEX 723
2 concentrating mechanisms *arotenoids
ate pathway and, 490 in photosynthetic DOXP pathway of isoprenoid
microorganisms and biosynthesis and, 47-62
ne expression and, 195-96 546-55 photoprotection and, 347-48
crassulacean acid metabolism “aryophalles
esis and and, 310 crassulacean acid metabolism
DOXP pathway of isoprenoid and, 322
acid metabolism biosynthesis and, 49-5] ascades
317, 320-21 history of research, 57 9 3 leaf development in
reductase and, 295 leaf development in angiosperms and, 421
ate acquisition and, 670 angiosperms and, 420 silicon and, 656
acclimation and, phosphate acquisition and “asein kinase I/II subfamilies
669 plant protein serine/threonine
serine/threonine phosphate translocators in kinases and, 119-20
s and, 104 plastids and, 27-29 “asparian strips
pathw ay and, 490 31-33, 38, 40-41 roots in soil and, 711
d, 641, 647-48, 654 shikimate pathway and, 487 Catabolism
i ident protein kinase 489, 492 chlorophyll degradation and,
CDPK) subfamily “arbon dioxide (CO>) 67-87
nt protein serine/threonine C4 gene expression and, 188 atalysis
s and, 104-7 concentrating mechanisms in cellulose biosynthesis and,
photosynthetic 245-70
nthesis and, microorganisms atharanthus roseus
acclimation to changing CO DOXP pathway of isoprenoid
level, 541-45 biosynthesis and, 51, 57
biogeochemical aspects phosphate acquisition and, 681
561 auliflower
carboxylation site, 545-59 phosphate translocators in
carboxysomes, 557-58 plastids and, 31-32, 34
pression and, cyanobacteria, 549-52 avitation
90. 209 ecophysiology 560-62 pressure probe and, 462-64
y of isoprenoid eukaryotes, 552 cobb mutants
synthesis and, 61 future research, 562 CO) concentrating mechanisms
ate acquisition and, 674 gene expression, 542-44 in photosynthetic
345. 350 HCO;, 551-55 microorganisms and, 545,
inorganic carbon membrane 558
transport, 546-55 BF/DREB|! regulatory genes
introduction, 540-41 plant cold acclimation and, 571
photosynthetic electron 579-80, 585-89
transport, 555-57 cm mutants
pyrenoids, 558-60 CO) concentrating mechanisms
signal inducing response in photosynthetic
gradation and, 80 544-45 microorganismasnd , 558
history of research, 5-6, 8, 10 cdc2 genes
ld acclimation and 19-21, 24 plant protein serine/threonine
nocturnal fixation kinases and, | 1 18
annuum crassulacean acid edar
» pathway and, 483 metabolism and silicon and, 658
305-24 el genes
1 acid metabolism phosphate translocators in cell wall extensibility and, 407
10524 plastids and, 39 409
research, 5-8, 10-11, Carboxylation site ell cycle
CO) concentrating mechanisms asymmetric cell division and
10sphate acquisition and, 675 in photosynthetic 505-32
phosphate translocators in microorganisms and, gametophyte development in
plastids and, 32 545-60 ferns and, 168, 170, 172
ate pathway and, 473 Carboxysomes plant protein serine/threonine
id, 658 CO) concentrating mechanisms kinases and, 97-123
in photosynthetic ‘ell death
ll degradation and, microorganisms and, chlorophyll! degradation and
RS 539-62 . 85-86
724 SUBJECT INDEX
Cell extensibility CQO» concentrating mechanisms
binding to wall, 398-99 n photosynthetic
licots 407-9 microorganisms and, 542
endogluh canases 405-9 544 559
expansins, 396-97 DOXP pathway of isoprenoid
x-expansins, 397-402 biosynthesis and 49 56
B-expansins, 402-4 litrate reductase and IRS
gene expression, 40] rinaf2Fo ) mutant
grasses, 406 photoprotection and, 344
group-! grass pollen allerg 393 94 405
403 solutes SIlCcONn anc 646
hydroxy | radicals, 44 ] 65
introduction 39?
cells 401
mechani of action
polysaccharide hydr« adation
404-9 aboli enzymes
mode! of catabo c pathway
tensit n, 41 il death RS 86
phyllase
endotransg!
409-10
fate determinants nisms, 86
asymmetric cell d lorophy ll turnover, 69-70
505-32 loropiast to chromopilast
growth tion 69
lant protein serine 1 associated wit!
kinases and, 97 net loss. 71-80
Cellulases gradation during
as ymMiy chlorophyll biosynthesis
i}
biosynthesis legradation without 1
ss 69-71
‘ ” volution of degradation
DOXP p atnway tf tsoprenoid
Dbiosynthesi
84
1 products of
degradation <
callose sy hydroxylation
263-64 dentification
catalysis introduction 6S
cellulases merethty hvelsetsteer ase
CeSA genes DOXP pathy isoprenoid Mg-dechelatase
CeSA protein, 2 biosy nthesis and > PaO pathway, 80—82
Dict ste TT 56. 59 60 pi henology of net loss, 71
264—65 history of esear h | pheophorbide a oxygenase
early studies (1950-1980 phosphate acqu sition and 7-79
246-47 photoprotec ion and phytochrome
future research, 269-70 341-43 346 48 phytol, 72
genetics 257 64 1 re a spp plastids, 68-69, 87
glycosyltansferase chlorophyil degradation and products, 72-75
superfamily, 2 73, 75 R6—R7 RCC reductase
SUBJECT INDEX 725
1f breakdown, Citrus sinensis Cold acclimation
silicon and, 651 Arabidopsis COR genes,
e benefits, 84-85 CLAI gene 77-80
erization, 79 DOXP pathway of isoprenoid Arabidopsis eskimo] gene,
yrrolic catabolites biosynthesis and, 60 582-83
Cladophera spp Arabidopsis Hos! gene, 593-94
( hl hut cellulose biosynthesis and, 249 {rabidopsis SFR genes, 581-82
De XP | ay of isoprenoid 254 CBF/DREB] regulatory genes,
and, 48 pressure probe and, 45 579-80, 585-89
CLAVATA genes abscisic acid, 589-92
and leaf development in calcium, 592-93
angiosperms and, 422 cold-regulated genes, 574-81
adation and plant protein serine. threonine conservation S8Y
kinases and, 100, 113 freezing injury and tolerance
trating mechanisms Clematis vitisalba mechanisms, 573-74
osyntnetic DOXP pathway of isoprenoid freezing tolerance genes,
1isms and, 562 biosynthesis and, 57 $74 R5 7
ay ol isoprenoid Cloning future research, 594
Nesis and, 47-50 cellulose biosynthesis and introduction, 572-73
58-62 245-70 low temperature regulation,
development in chlorophyll degradation and 587-29
1 1/4 83 low temperature signal
DOXP pathway of isoprenoid transduction, 592-93
biosynthesis and, 60 mapping, 583-85
gametophyte development in mutational analysis, 581-83
ferns and, 163, 168 regulation, 585-92
leaf development in spinach CAP genes, 580-81
4] angiosperms and, 430. wheat Vrn/-Fr/ interval
phosphate acquisition and 583-585
wway and, 473 684 ¢ oleoptiles
and, 601 plant protein serine/threonine cell wall extensibility and,
kinases and, 98-100, 104 406-7
thway and 114 chlorophyll degradation and, 69
487 shikimate pathway and, 476 Combinatorial enhancers/silencers
483 C4 gene expression and
ilicon and, 658 187-210
stridium celiutovorans Compartmentation
cell wall extensibility and crassulacean acid metabolism
39899 and, 319
Clover DOXP pathway of isoprenoid
silicon and biosynthesis and, 52
Clusia spp Complexity
crassu acean acid metabolism leaf development in
and 310 318 angiosperms and, 419
CLUSTREI program phosphate acquisition and
} plant protein ser e/threonine 680-82
DOXP pathway of isoprenoid kinases and, 103 roots in soil and, 695
<4 cmpA mutant Compound leaves
IM DNA CO> conc g mechanisms leaf development in
and 404 in photosynthetic angiosperms and, 419-20
microorganisms and 431-39
1 metabolism 556 ; ( onjugation
Coc myxa spp chlorophyll degradation and
latory mutants CO), concentrating mechanisms 73,79
nate pathway and, 478 in photosynthetic Conocephalum conicum
s€ microorganisms and, 559 DOXP pathway of isoprenoid
f research Cofactors biosynthesis and, 56
ute acquisition and, 670 nitrate reductase and, 282-83 Conservation
Cohesion theory plant cold acclimation and, 589
research, 10-11, 21 pressure probe and, 460 Convergent evolution
acquisition and, 670 462-64 shikimate pathway and, 481
726 SUBJECT INDEX
Cooperation introduction, 306—7 Cyanidium spp
DOXP pathway of isoprenoid 1etabolite compartmentation DOXP pathway of isoprenoid
biosynthesis and, 53-54 and transport, 319 biosynthesis and, 51, 54
p mutant molecular evolution, 321-22 yanobacteria
gametophyte development permutations, 308-10 CO» concentr mechanisms
ferns and, 173 plasticity in photosynthetic
Copper posttranscr
silicon and, 648
ptis japonica DOXP pathway of isoprenoid
shikimate pathway and, 479 mbiosynthesis 2
Copy DNA (cDNA er-waler Cyciec
arbuscular mycorrhizal
symbiosis and
agen e expression and
cellulose biosynthesis and
wall extensibility and
403—4. 406
hlorophyll degradatior
crassulacean acid metab
phate acquisit
phosphate translocators
plastids and, 33
plant protein serine/threonine
Kinases and YY
te pathway and, 473
6. 480. 483-84. 488. 49%
and, 650, 658
rearranget
DOXP pathwa
biosynthesis
n soil and, 695
silicon and, 653—54
emperviren
hikimate pathway and, 485
ryneDacterium Spp
DOXP pathway of isopren
biosynthesis and, 5
mn
llulose biosynthesis ucumber
250-51, 262, 26 cell wall extensibility and, 401 | extensibility
licon and, 651 silicon and, 650, 65¢€ pt e acquisition and
Cotyledons ucumi itivu | transduction and
C4 gene expression anc silicon and, 650 2, 238-39
mutants ucurdita per ytopiasm
gametophyte developmer pressure probe a 5 cellulose biosynthesis and, 25
ferns and, 166 “e genes chlorophyll degradation and
Crassulacean acid phosphate translocators in DOXP pathway of isoprenoid
history of research, 19 plastids and, 4 biosynthesis and, 54
metabolism ulm gametophyte development in
C4 gene expression and, 205 cellulose biosynthesis and ferns and, 169
circadian rhythms, 317 62 history of research, 20
definitions, 307-8 uZn-superoxide dismutase nitrate reductase and, 296
future research, 323-24 water-water cycle in phosphate acquisition and
genetics, 310-19 chloroplasts and, 610—11
SUBJECT INDEX 727
3-Dehydroshikimate water-water cycle in
c cell division and, shikimate pathway and, 482 chloroplasts and, 616-1
490-9] Diatoms
resis and 3-Deoxy-D-arabino-heptulosonate chlorophyll degradation and,
SO
elopment in phosphate translocators ir nitrate reductase and, 280-81
181 plastids and, 3 silicon and, 641, 645, 650
and, 490 hikin athway an 658
489-90 2,6-Dichlorobenzonitrile (DCB)
or -ox y-iD -arabino-heptulosonate cellulose biosynthesiasnd , 261
206 phosphate synthase Dicots
adation and, hikimate pathway and Cy, gene
1osperms
430
phosphate acquisition and
silicon and, 647, 649-50
md
cellulose biosy
264-65
deoxy ylul plastids and
deoxy xyl € lim mutants
gametophyte development it
ferns a 66
ageliate
chlorophyll de
scorea spp
renoid ntroduct at development
sé 6 angigi e
mavion
ater cycl
chloroplasts and, 609
615-16
tior
excess photons
aler-water cyc
chloroplasts and, 601-29
zrowth pattern
phosphate translocators in
leaf plastids and, 40
angiosperms and Diversity
( 2ene Expression anc C4 gene expression and, 204—8
and, 481-83 192-93 gametophyte development in
synthase silicon and, 641, 650—52 ferns and, 164, 171
way and, 479-8] DHA reductase roots in soil and. 695-712
SUBJECT INDEX
pidermal differentiation
and, 256 leaf development in
nosperms and, 430-31
growth ff actor (EGF)
ine/threonin
200)
phosphate translocators in
abolism plastids and, 35
I pathway and
485, 488. 490
cold acclimation and
t research 5822 -835
reductase and 17 Essentiality
tection and silicon and, 641-42, 644-47