Congressi SIGA

XLVII SIGA Annual Congress

Verona, 24-27 September 2003

Keywords Index

14-3-3 proteins	5.03 , 5.23
2,3-oxidosqualene cyclase gene	S3c


A
abi mutants	1.21
abiotic stress	1.09
ABQA	2.30
abscisic acid	1.33 , 4.09
Acanthoscelides obtectus	5.17
acetolactate synthase (ALS)	5.22
acetylcholinesterase genes	5.15
activation tagging	5.49
actor dependencies	5.26
adventitious regeneration	4.07
AFLP	2.04 , 2.07 , 2.14 , 2.15 , 2.19 , 2.27 , 2.36 , 2.40 , 2.53 , 2.60 , 3.04 , 3.06 , 3.17 , 5.07 , 5.33 , 5.50
AFLP marker	2.09 , 2.18
AFLPs	3.05
AFLP-TP	1.55 , S2m
Agrobacterium rhizogenes	3.28 , 4.11 , 5.01
agronomical traits	2.47
alfalfa	2.09 , 2.10 , 5.46
alien gene transfer	2.41
allelic variants	5.57
alternative splicing	1.22
amplification	3.12
ancestry	2.42
androgenesis	3.07
aneuploidy	2.53
anionic peroxidase	5.42
anther culture	2.20
anther development	1.37
anthocyanin	1.45 , 5.16
antibiotic resistance	5.59
anti-fungal activity	5.10
antimicobial activity	3.22
anti-nutritional compounds	5.58
antioxidant activity	5.35
antisense	1.50
aphid	5.15
apomixis	1.36 , 2.24 , 5.50
apoptosis	1.32
apple	1.29 , 2.22 , 2.23
apple genome	2.24
apple proliferation	5.12
apple scab	1.29 , 2.23
Arabidopsis thaliana	1.01 , 1.03 , 1.13 , S4b , 4.03 , 4.05 , 4.14 , 5.19 , 5.49
Arabidopsis thalianacell culture	1.11
arrays	1.44 , 4.06
artichoke	2.04
asparagine synthetase A	2.55
association mapping	S2b
autoimmunity	3.26
auxin	1.03 , 1.37 , 5.51
axillary meristems	4.04


B
BAC	5.55
BAC library	5.20
backcrosses	2.21
barley	1.17 , 1.18 , 1.19 , 1.23 , S2b , S2d, 2.31 , 2.32 , 2.33 , 4.08
barley leaf stripe	S2m
barley mutant	1.04
BaYMV	S2d
bermudagrass	2.06
beta-amylase	S2b , 2.33
beta-carotene	1.49 , 1.50
beta-glucans	S2i
biodiesel	3.15
biodiversity	2.03 , 2.11 , 2.26 , 2.35
biofactories	3.21
bio-guided fractionation	3.22
biomass production	3.27
biopharmaceuticals	3.21
biosensors	5.31
biotechnology	5.04 , 5.28
bombardment	5.60
Botrytis L.	2.59
bottleneck	2.13
branched-chain amino acid aminotransferase	1.23
Brassica oleracea var.	2.59
bread wheat varieties	2.37
breeding	S2c , S2l , 3.04
breeding lines	2.08
breeding system	5.40
BYDV	S2d


C
C4-3	1.37
CAAT binding proteins	1.01 , 4.03
calmodulin	5.19
candidate gene approach	4.13
cannabinoids	S3b , 3.03
Cannabis sativa	1.35 , S3b
Capsicum annuum L.	2.47
carotenoid	S2l , 5.20 , 5.21
catalase	3.10
CBD-synthase	S3b
CBF	1.18
Cdc20	1.31
cDNA AFLP	1.20 , 1.31 , 1.35 , 1.36 , 5.12 , 5.50
cDNA microarray	4.08
CDR grafting	3.19
cell cycle	1.31
cell cycle gene regulation	4.14
cell expansion	S4c
cell wall	4.10
cellular location	1.07
cellulose	S4c
certification	2.58
characterization	2.47
cherry	S4d , 4.11
chickpea	5.25
chicory	1.34 , 2.54
Chile	S2g
chimeric virus particle	3.25
chitinolytic activity	5.14
Chlamydomonas reinhardtii	5.31
chlorophyll	3.20
chloroplast	3.14
chromatin	1.05
Chs	1.46
cis-acting elements	1.46
citrus	1.41 , 2.21
Citrus spp. L.	1.45
classification methods	2.12
cluster	2.49
cluster analysis	2.50
CMV	S2f
coat protein	3.24
cocksfoot	2.05
coffee	5.43
cold	1.22
cold acclimation	1.17
cold-regulated genes	1.19
collection	2.29
common bean	2.57
common vetch	S2c
communication of informations	5.26
condensed tannins	1.20 , 5.61
COR protein	1.18
COR14b	1.19
core collection	5.38
cpSSR	5.40
CR2R3MYB	1.21
crop protection	5.04
CSFV	3.18
cultivar identification	2.27
Cuor di Bue Ligure	2.45
Cynara cardunculus	2.60
Cynara cardunculus var. sylvestris	3.06
Cynara scolymus	2.02
Cynodon dactylon	2.06
cytokinesis	1.32
cytokinins	4.02
cytomixis	5.46


D
D1 protein	5.31
d123	1.31
Dactylis glomerata	2.05
de-etiolation	1.51
defence genes	5.04
delta¹³C	2.32
descriptors	2.12
development	S1f , 1.39 , S4d , 5.47
developmental mutants	4.10 , 4.13
diallel cross	2.10
differential analysis	1.40
differential display	1.15 , 1.16 , 1.23 , 1.36 , 1.53
differential screening	5.12
differentially DNA fractions expression	1.41
differentially expressed genes	1.29
dioecy	1.35
disease resistance	1.24 , S2g
DNA cloning	5.55
DNA-binding proteins	1.02
dominant negative mutants	S1d
dormancy	1.52
double cycle	2.01
downregulation	S4c
drought	1.21 , 1.22 , 2.32
drought adaptation	1.06
drought stress	1.16 , 1.23 , 2.05 , 2.30
drought tolerance	5.37
dry - warm environments	2.11
durum wheat	1.53 , 2.40 , 2.42 , 5.20
durum wheat breeding	2.39


E
E7 oncoprotein	3.24
earliness	2.01
ecotypes	2.09
embryo culture	5.52
embryogenesis	2.20
end-use	S2l
environmental control	5.28
epicuticular waxes	1.06
epiphylly	4.07
episomes	5.32
EST	1.44 , 2.61 , 4.06 , 5.20 , 5.57
ethylene	1.42
European pear	2.25
evaluation	2.08
everlasting	3.28
evolution	2.57
expansin	S4c
expansion	5.36
expression pattern	1.05
expression profiling	1.09


F
F₁hybrids	2.02
FCSS	5.50
FISH	5.45
flavonoid	3.23, 3.28
floral mutants	1.38 , 5.51
flower development	1.40
flowering	S1f , 1.39
flowering time	2.34
flowers	4.04
fodder	2.11
forage legumes	5.61
Fragaria x ananassa	5.01
free-hybrid	2.10
frost tolerance	1.19 , S2d , 2.52
fruit quality	1.54 , 2.22
functional food	S2i
functional genomics	1.54
functional markers	1.46
functional polymorphisms	S2b , 2.33
fungal pathogens	1.27 , 5.04
Fusarium	5.09 , 5.11


G
GAD65	3.26
gaMS-1	5.47
gas chromatography/mass	3.29
gene expression	S1e , 1.20 , 1.30 , 1.32 , 1.34 , 1.40 , 1.43 , 1.44 , 4.06 , 5.18 , 5.24 , 5.61
gene expression analysis	1.47
gene flow	5.28
gene pool	5.38
gene regulation	1.46
gene resistance	2.44
gene silencing	1.12
GeneChip microarray	1.13
genetic control	5.46
genetic diversity	2.14 , 2.15 , 2.29 , 2.36 , 2.46 , 2.51 , 2.54 , 2.56 , 5.41 , 5.42
genetic engineering	3.27
genetic improvement	2.39
genetic linkage map	2.43
genetic markers	2.58
genetic resources	2.06 , 3.01 , 3.07
genetic similarity	2.04 , 2.42 , 2.54 , 3.08
genetic transformation	1.27 , 2.55 , 4.11 , 5.13 , 5.61
genetic variability	3.06 , 3.17
gene-trap	5.19
genome evolution	2.17
genome structure	5.56
genomics	5.55
genotype	3.23 , 5.21
germination	2.01 , 5.52
germplasm	2.04 , 2.29 , 2.46 , 2.60
GFP tagged proteins	1.02
globe artichoke	2.03
glossy mutants	1.06
glutathione transferases (GSTs)	1.08
GM-apples	5.13
grain quality	2.37 , 2.39
grain yield	2.37
grape	1.44 , 1.55 , S2n , 2.13 , 4.06
grapevine	1.47 , 5.56
gravitropism	1.03
green fluorescent protein	5.60
growth pattern	4.11


H
H. angustifolium	3.28
H. perforatum L.	5.50
H⁺-ATPase	5.03 , 5.18 , 5.23
hairpin construct	1.25
haplotypes	2.13 , 2.42
Hazelnut	2.26
HDACs	1.05
heading stage	1.40
heavy metals	3.09
Helianthus annuus	4.04
Helichrysum	3.05
hemoglobin	3.27
hemolytic saponins	3.13
herbicide resistance	5.22
heterosis	S1e , 1.30
heterozigosity	2.28
high oleic	3.15
histone modifications	1.05
HIV-1 epitope	3.25
homeotic gene	1.38 , 4.07
homologous recombination	5.29
homonymies	2.18
homoplastomy	5.59
Hordeum	5.37
Hordeum spontaneum	2.30
Hordeum vulgare	S2m , 2.30 , 4.13
hormone	S4b , 4.07
HSFs	1.03
hulless barley	S2i
Human Papilloma Virus 16	3.24
hybrid	2.45 , 2.49 , 2.59
hypersensitive reaction	1.24
hypersensitive response	5.06


I
immunotherapy	S2f , 3.19
in situ hybridization	3.09
in vitro	5.10
in vitro culture	5.52
in vitro production	3.20
incompatibility	2.28
Indigo	3.02
industrial uses	3.03
inter-specific cross	2.19
intrabodies	3.19
intrabody	S2f
intraspecific variability	2.26
Isatis tinctoria	3.01 , 3.02
isoflavonoid pathway	1.28
ISSR	2.60 , 2.61
Italian cultivars	2.35


K
khusimol	3.29
khusimone	3.29
kiwifruit	4.11
knotted-like genes class 1	4.02
KNOX	S4b , 4.01 , 4.05
knox genes	1.04


L
laccase	3.16
landrace	2.07 , 2.46 , 2.56 , 2.58 , 2.60
Lathyrus sativus L.	2.08 , 5.41
leaf curl disease	4.02
leaf development	1.44 , 4.06
leaf rust	2.38
leaf shape	4.05
leaf stripe	2.31
leaf-rust resistance	2.41
lectin-related proteins	5.17
legume	4.01
leguminous plants	1.28
lesion mimic	1.42
lettuce	2.55
Licopersycon esculentum L.	2.45
light qualities	1.43
Limonium	3.08
linkage disequilibrium	3.17
linkage map	2.25 , S2n , 4.13
Long Terminal Repeats	5.36
Lotus corniculatus	1.20
low temperature tolerance	1.18
Lycopersicon	5.42
Lycopersicon esculentum	5.03
Lycopersicum esculentum powdery mildew	5.08


M
MADS-box	S1f
maize	S1e , 1.30 , 1.33 , 2.34 , 4.09 , 4.10, 5.21 , 5.47
male sterile	2.59
malesterility	2.02
Malus	2.24
Malus x domestica	5.13
mandarins	2.20
mapping	5.07
Marker Assisted Selection	S2d , 2.23 , 2.38 , 5.08
Medicago L.	1.32 , 5.58 , 5.59
Medicago truncatula	4.01
Medicago truncatula cell culture	1.11
Mediterranean environment	2.05
mei2	5.48
meiosis	5.48
metallothioneins	3.09
methylation	3.12
microarrays	1.54
micropropagation	2.03
microsatellite	2.15 , 2.21 , 2.28 , 2.40 , 5.43
microsatellite DNA sequences	2.16
Micro-Tom	S4e
mip1	5.48
mitochondrial DNA	5.29
molecular analysis	1.53
molecular descriptors	2.27
molecular marker	3.01 , 1.15 , S2g , 2.20 , 2.22 , 2.47, 2.54 , S3b , 3.05 , 3.11 , 5.08 , 5.39 , 5.41
molecular repertoires	5.02
morphological mutant	4.08
multigene family	3.10
multi-use crop	3.03
multivariate analysis	2.08 , 2.27 , 2.29
mutagenesis	S4e
mutant	5.49
Myzus persicae	5.15


N
N metabolism	1.10
NAC transcription factors	1.24
natural allelic variation	5.37
NBS-LRR resistance genes	2.57
Nearly Isogenic Lines	2.34
new varieties	S2e
NF-Y	1.01 , 4.03
Nicotiana	2.44
NIRS	5.21
nitrate reductase	5.06
nitric oxide	1.56 , 5.05 , 5.06
nitrogen metabolism	2.55
nitrogen use	2.37
no food plants	3.28
nodule organogenesis	1.10
nonsymbiotic plant haemoglobin	1.56 , 5.24


O
o2-polypeptydes	1.07
ODAP content	5.41
Olea europea	2.14 , 2.15 , 2.17 , 2.19 , 5.44 , 5.45 , 5.52 , 5.54
olive	2.16 , 2.17
olive oil	5.44 , 5.54
on-farm conservation	2.56
opaque-2 alleles	1.07
oral tolerance	3.26
orange flesh	1.45
ornamental crops	3.07
ozone	1.13
ozone stress	1.14


P
PAHs	3.16
parthenocarpy	1.38
Passiflora ssp.	3.22
PCD	1.11 , 1.42 , 5.19
PCR-marker	2.51
PCR-select	1.22 , 1.29
peach	1.12 , 4.02
Peperone di Senise	2.47
pepper	2.48
Pera dAbruzzo	2.45
pesticide resistance	5.15
Petunia hybrida	S4c
phage display	5.02
phaseoline	5.38
Phaseolus coccineus	5.39
Phaseolus seeds	5.17
Phaseolus spp.	5.40
Phaseolus vulgaris	2.56 , 2.58 , 5.38
phenolic compounds	1.47
photoperiodism	1.51
photosynthetic efficiency	4.08
PhyB	1.43
phyllotaxy	4.04
phylogenesis	3.11 , 5.42
phylogeny	3.10
phytochemicals	3.23
phytochrome A	S4d
Phytophthora infestans	2.50
phytoremediation	3.16
plant breeding	3.07
plant defence response	1.56
plant growth and development	4.14
plant-pathogen interaction	1.28 , 2.57 , 5.03
plastid	5.59
plastid targeting	5.60
plastid transformation	5.30
Poa pratensis	1.36 , 3.04
pod fertility	2.10
pod shattering	S2c
point mutation	5.22
pollen mutants	5.47
pollen viability	5.46
polymorphism	2.44 , 2.48
polyploids	5.22
poplar clones	2.12
population genetics	3.11
population structure	5.40
Populus	1.14 , 3.10 , 3.27
Populus alba	5.18
Posidonia oceanica	3.09
positional cloning	4.09
potato	1.50 , 2.50 , 2.52 , 5.29 , 5.30
potato breeding	S2g
Potato Virus X	3.24
powdery mildew	2.38 , 5.07
poxC	3.16
PPV	1.26
PR genes	1.27
PR proteins	1.27
proanthocyanidins	5.35
probability of coincidence	2.27
promoter	1.46 , 1.48
protein content	2.40
protein interaction	1.05
protein-protein interaction	5.23
protoplast fusion	2.21
protoplast transformation	5.14
psbA gene	5.31
Pseudomonas syringae pv. tomato	5.03
PTGS	S1d , 1.25
PTM	5.16
puroindolines	5.10
PVX	3.18 , 3.25 , 5.02
Pyrenophora graminea	S2m
Pyrenophora graminea resistance	S2e


Q
QTL	1.18 , 1.30 , S2n , 2.34 , 2.40 , 4.09
QTL mapping	S2l , 2.22
quantitative PCR	5.43
quantitative RT-PCR	1.43


R
random forest	2.12
RAPD markers	3.08
RAPD-PCR	5.54
RAPDs	2.26
real time PCR	1.20 , 1.28 , 5.18 , 5.44
real time RT-PCR	1.45 , 1.52 , 4.08
recombination	5.36
reduction	5.36
REF-SSCP	2.48
reporter genes	5.51
reproductive mutants	1.32
requirement engineering	5.26
resistance	5.17
resistance gene analogs	2.31
resistance genes	2.51
resistance to Erwinia carotovora	2.53
resistance to low temperature	2.53
resveratrol	1.47 , 1.48
retroelements	5.56
retrotransposon	2.17 , 3.12 , 5.36
RFLP	5.45
ribosomal RNA	5.59
Ribosome Inactivating Protein b-32	5.09 , 5.11
rice	2.35 , 5.35
rice fields	5.22
ripening	1.54 , 1.55
ripening process	1.41
ripetitive DNA	3.12
RNA silencing	1.26
rol genes	4.11
rolB	1.37
root architecture	S4e
root knot nematodes	2.57
root morphology	S4e
root traits	4.09
RT-PCR	S1e , 1.23
runner bean	5.39


S
sainfon	2.07
Salix alba	3.17
salt stress	1.21 , 5.18
saponins	5.58
Sardinia	3.06
scFv	S2f , 3.19 , 5.02
Science & Society	5.26
Sclerotinia sclerotiorum	3.15
seed moisture	2.01
seed production	S2c
seed proteins	5.39
seedling development	4.10
selection	2.06
selection methods	S2e
senescence	1.11
sequence analysis	5.20 , 5.42
sex linked markers	1.35
sexual differentiation	1.35 , 3.03
sexual reproduction	5.49
Shade Avoidance Response	S4d
sharka	1.25
Shoot Apical Meristem	1.04
Sicily	3.06
signal transduction pathways	1.27
signaling	5.05
silencing	S1d
Sink-source transition	1.52
S-locus glycoprotein (SLG)	1.34
S-locus receptor kinase (SRK)	1.34
S-nitrosylation	5.05
SNP	S1e , S2b , 2.13 , 2.33 , 2.48 , 3.11 , 4.13 , 5.44
Solanaceae	2.51
Solanum commersonii	2.52
Solanum melongena L.	2.49
Solanum pinnatisectum	5.16
somaclonal variation	2.50
somatic hybrids	2.52 , 5.29
South America	S2g
sprouting	1.52
SSR	2.25 , 2.35 , 2.42 , 2.43 , 2.44 , 2.56 , 2.61 , 5.33 , 5.34 , 5.40 , 5.43 , 5.44 , 5.57
SSR markers	2.24
stage of development	1.19
stay green	1.53
stilbene	1.48
strawberry	1.54
structure-function relationship	1.08
STS markers	S2d
subtracted libraries	1.47
sulphur amino acids	5.25
summer irrigation	2.05
SUMO	1.39
sunflower	2.01 , 3.15 , 3.20
sunflower seed albumin	5.25
suppression subtractive hybridisation	1.14
sweet cherry	2.28
sweet orange	5.55
symbiosis	1.10
symbiotic bacteria	3.29
symmetric and asymmetric methylation	1.02
synonimous	2.29
synonymies	2.18
synteny	2.25 , 2.31


T
T. borchii	5.32
table cultivars	2.14
taxonomy	3.05
tetraploid wheat	2.43
THC-synthase	S3b
thermotolerance	1.15
Thinopyrum ponticum	2.41
tobacco	3.21
tobravirus based vectors	1.12
tocopherol	3.20
tomato	1.38 , 1.42 , 1.49 , 1.51 , 2.46 , 3.14 , 5.51
traceability	5.43 , 5.44 , 5.54
transcription factor	1.01 , 1.17 , S4b , 4.01 , 4.03
transcriptional profiling	1.08
transformation	3.14
transgenic alfalfa	5.60
transgenic plants	1.26 , 3.16 , 3.21 , 3.26 , S4d , 5.30
transient expression	1.48 , 3.18
transit peptide	5.60
transposon tagging	1.06
Trichoderma viride	S3c
triterpenoid saponins	S3c
triticae	1.15
Triticum aestivum	5.09
Triticum dicoccum	2.36 , 2.61
Triticum durum	2.41
tritordeum	S2l
truffle	5.33 , 5.34
trypsin inhibitors	3.13
tryptophanase gene	3.02
Tuber magnatum	5.34
Tuber melanosporum	5.33
tuber resistance	5.16
tuber species	5.32
turfgrass	2.06 , 3.04
turfgrasses	2.06


U
unsaturated fatty acids	5.30


V
vaccine	3.21 , 3.25
variability	2.61
variation	2.13
varietal identification	2.16
vector	3.14
vegetative habit	4.11
Venturia inaequalis	5.13
Verde di Macerata	2.59
vetch	2.11
Vetiver oil	3.29
Vf-resistance gene cloning	5.13
Vicia narbonensis L.	2.11
virus gene	5.14
virus resistance	1.25
Vitamin E	3.20
Vitis	1.48 , S2n
Vitis vinifera	1.46
Vitreoscilla	3.27
viviparous mutants	1.33


W
waxy	S2i
wheat	1.16 , 1.40 , 2.38 , 5.07 , 5.10
wild leguminous species	3.13
wild progenitor	2.04
wild species	2.51
WRKY	1.09


Y
yellow pigment	2.41
yield	2.39
yield potential	2.32
yield stability	2.32


Z
Zea mays	5.11