Congressi SIGA

SIFV-SIGA Joint Meeting

Lecce, 15-18 September 2004

Keywords Index

A	B	C	D	E	F	G	H	I	J	K	L
M	N	O	P	Q	R	S	T	U	V	Y	Z

5S rDNA	C.07


A
abiotic stress	C.04 , G.19
abscisic acid	C.46 , F.09 , F.10
Ac/Ds maize transposon sequences	1.04
Acetolactate synthase (ALS)	D.50
activation tagging	C.17
acyltransferase isolation	C.63
adaptive value	4.06
adaptor ligation PCR	3.01
addition lines	C.13
AFLP	F.18 , F.31 , F.32 , F.38 , F.44 , F.45 , F.66 , F.67 , F.77 , G.02 , H.03 , H.27
AFLP and CAPS markers	4.07
AFLP and SAMPL molecular markers	H.21
AFLP marker	F.78
AFLP-TP	1.05 , C.43
Aglianico del Vulture wine	F.67
agriculture requirements	4.01
Agrobacterium	E.02 , E.13
Agrobacterium rhizogenes	E.05 , H.22
alfalfa	C.60 , F.50 , F.51
allele frequencies	4.06
almond	H.16
Aloe arborescens	H.20
alpha globin allele	F.71
alternative oxidase	D.32 , D.35
AMOVA Mantel test	H.21
amplification	C.24
Andean germplasm	F.24
antilepidopteran spray	3.09
antimicrobial peptides	E.08
antioxidant enzymes	D.48
antioxidant systems	D.35
antioxidants	C.55 , D.44
APA locus	C.26
Aphididae	D.16
apomictic rootstocks	F.65
apomixis	1.02
apple	D.21 , F.64 , G.07 , G.08
apple proliferation	F.65
apple rootstock	G.09
aquaculture	F.76
Arabidopsis	C.32 , C.44 , C.47 , C.49 , D.24 , D.45
Arabidopsis thaliana	C.27 , C.65 , D.42
aroma	H.05 , H.17
arrays	C.02
artiodactyl	F.72
ascorbate	D.08 , D.43
ascorbic acid	C.65
association analysis	F.74 , F.75
association mapping	C.10 , C.14 , D.22 , F.07 , G.22
asymbiotic germination	F.56
AtCys	G.09
autochthonous yeasts	H.24
autoimmunity	E.12
auxin	C.47 , F.19
AVG	G.15


B
BAC library	C.26
Bacillus thuringiensis subsp. kurstaki	3.09
bar	3.02
barley	C.25 , C.38 , C.39 , D.09 , F.12 , F.15 , F.16 , F.17 , F.18
basil	E.01
BDL	F.09
bean	F.34
Beauveria	G.09
berseem	F.53
Beta vulgaris	D.19
beta-galactosides	F.35
beta-zein	H.07
bioactive secondary metabolites	H.22
biochemistry	1.03
biodiversity	D.06 , F.02 , F.46 , F.70 , F.73 , G.12
bioinformatics	C.16 , C.18
biolistic transformation	F.34
biomass production	E.05
bio-molecular markers	H.13
biotechnological methodologies	4.01
blond and blood orange cultivars	C.62
blue-light photoreceptors	D.47
bone disease	E.06
Brassica juncea	D.41
breast cancer	E.09
breeding	F.22 , F.24 , F.36 , F.59 , F.64
breeding ( Asparagus )	F.48
breeding work	4.01
BSA analysis	F.40
bulk segregant analysis	F.64
bush and running habit	F.29
BY-2	C.65
bZIP transcription factor	D.41


C
cadmium	D.40 , D.41
cadmium tolerance	G.24
caesium	D.42
candidate gene	1.02 , 2.04 , 4.08 , C.25 , F.07 , G.22
Cannabis sativa L.	D.37 , D.38
capillary electrophoresis	F.06
CAPs marker	F.21
Capsicum annuum	F.44
carotene desaturase	C.56
carotenoid biosynthesis	C.56
carotenoids	D.45 , E.04 , H.03
carrot	E.01
caseins	F.70
catalase	G.21
cbf1	D.28
cDNA arrays	C.03
cDNA-AFLP	C.50 , C.60 , D.33 , G.25
cell and hairy roots	H.22
cell culture	C.03 , C.50 , D.10 , E.07
cell cycle control	C.29
cell wall	D.13
cereals	C.18
certification	F.38
Chalcone synthase	G.19
characterisation	F.30
cheese	F.69
chemical composition	F.75
Chianina	4.08 , F.74 , F.75
Chicorium intybus	3.08
chilling	D.31
Chimeric Virus Particles (CVPs)	E.08 , E.10
Chlorella pyrenoidosa	C.65
chloride channels	D.30
chlorophyll	D.43
chlorophyll fluorescence	D.26
chlorophyll proteins	D.26
chloroplast development	C.38
chloroplast mutants	C.39
chloroplasts	H.07
chromatin	C.28
Chrysomelidae	D.16
Cilentana goat	F.70
Citrus	3.10
clones	G.11
clones identification	F.68
cluster analysis	F.39 , F.44 , G.12
co-evolution	F.12
co-expression network	C.18
cold induced genes	D.31
cold resistance	C.39 , F.27
cold stress	C.59
cold tolerance	D.30
common bean	C.06 , C.26 , F.36
comparative gene expression profiling	H.11
condensed tannins	C.17 , D.46
conservation	F.73
conventional and assisted breeding	4.02
COP-PCR	F.69
copper	D.38
cosuppression	C.45
cowpea	F.37
cry gene	3.09
Cucumis melo	F.41 , F.42 , F.43
cultivar development	4.01
cultivar identification	F.37 , F.66 , G.01
cultivars	H.12
cybrids	3.10
Cynara cardunculus L.	C.61 , C.63 , F.45 , F.47, D.29
cynarin	C.63
cysteine residues	C.22
cytogenetic map	4.04
cytogenetics	H.28
cytokinesis	C.29
cytokinin	F.19
cytoplasm	H.07
cytotoxicity	H.20


D
defence	G.09
defence genes	D.09 , G.20
defence response	G.08
degenerate oligonucletide	G.10
delta-9-THC	H.23
desaturases	E.03
detection	3.05
development	D.48
diabetes mellitus	E.12
diallel cross	F.50
Dianthus caryophillus L.	D.12
Diaporthe helianthi	D.07
Dicentrarchus labrax	F.77
differential expression	G.07
differential gene expression	D.09
differentially expressed cDNAs	D.26
differentially expressed genes	C.05
dihydroflavonol 4-reductase	C.62
dioxin	H.28
discriminant analysis	F.14
discriminating capacity	G.02
disease resistance genes	F.22
disease severity	D.11
diversity	F.12
DNA extraction	G.06
DNA fingerprinting	F.44 , F.45
DNA markers	F.76
DNA microarray	D.20
DNA vaccine	C.57
domestication	F.32
domestication centres	F.78
drought	D.20
drought related genes	C.04
drought response	F.10
drought stress	D.18 , F.52
drought stress tolerance	D.17
DsRed	D.12
durum wheat	C.04 , C.21 , C.37 , D.17 , D.18 , D.22 , D.25 , D.27 , F.04 , F.05 , H.03


E
E7 oncoprotein	C.57
earliness	F.24
early emergence	F.27
electron microscopy	D.02
electron transport	D.51
electrophoretic variant	F.71
elicitors	D.10
elongation factor	G.04
emmer	H.01
endogenous gene	G.06
endoplasmic reticulum	H.08
endosperm development	F.08
enological selection	H.24
enteropathies	E.13
environment	D.29 , H.28
environmental impact assessment	3.05
enzymatic assay	C.37
epigenetic control	C.32
equids	F.73
Equine Herpes Virus	E.13
Eropean ash	G.23
essential oil	D.02
EST	C.02 , C.13 , C.20 , H.01
ESTree DB	C.16
ESTuber DB	C.16
ethylene	4.09 , G.18
ethylene receptor genes	C.51
Eucalyptus	C.58
European Community regulation	H.23
European germplasm	F.78
evolution	C.06 , C.07 , F.72
evolutionary adaptation	F.52
evolutionary conservation	C.15
expansin	C.01
expressed genes	G.07
expression analysis	C.21 , H.04


F

farm landraces	F.51
fatty acids	E.03
feed	3.06 , H.12
female sterility	C.60
fiber hemp	H.23
filariasis	E.13
fine mapping	4.07
fingerprinting	G.11
fire blight plant disease	D.04
FISH	4.04
flavonoid pathway	D.46
flavonoids	E.06 , F.60
flowering	C.49
fluorescent fingerprinting	H.18
food and non food industrial end uses	4.02
food pigments	E.01
forest trees	G.19
Fragaria x ananassa	C.55 , H.10
free-hybrid	F.50
freezing	F.29
fresh market	F.29
fruit quality	C.55 , H.11
fruit ripening	G.18
fruit softening	4.09
fruit-set	2.01
fumonisins	D.11
functional genes	4.02
functional genomics	C.03 , C.18
functional map	C.13
functional markers	4.09 , C.51
fungal plasmid	D.07
Fusarium	D.08
Fusarium oxysporumf. sp. dianthi	D.12
Fusarium oxysporum f. sp.melonis	F.42 , F.43
Fusarium verticillioides	D.11
Fusarium wilt	F.40
fusion-PCR	G.17


G
GA 20-oxidases	C.45
GAD65	E.12
gain of function	C.44
gas-chromatography	H.23
GDP-L-galactose pyrophosphatase	C.65
geminivirus	D.01
gene activity	C.28
gene expression	C.02 , C.18 , C.41 , C.46 , C.51 , C.58 , C.59 , C.60 , D.20 , D.34 , D.48 , G.04
gene family	C.26 , F.72
gene flow	3.08
gene function	C.01 , C.42
gene isolation	2.01
gene mapping	4.09
gene structure	H.04
gene transfer	3.09
genepool	C.64
genes	C.19
genetic and phenotypic characterization	F.03
genetic control	F.55
genetic differentiation	2.03 , G.23
genetic distance	F.05
genetic diversity	F.41 , F.44 , F.76 , F.78
genetic fingerprinting	F.38
genetic improvement	4.04 , F.53
genetic introgression	F.39
genetic linkage map	4.05
genetic management	F.73
genetic polymorphism	F.67
genetic resistance	F.48 , F.73
genetic resources	F.52 , H.21
genetic structure	G.14
genetic traceability	F.69
genetic transformation	F.23 , F.57 , G.13
genetic variability	F.70 , F.77
genetic variation	F.33
genetically modified organism	3.04
genome structure	C.12
genomic library	C.61
genomics	C.20
genotype	D.51
genotype x environment interaction	F.52
geographic origin	D.07
germination	D.30 , H.06
germplasm	D.19 , F.33
germplasm collection	F.29
GFP	D.12
Gingko biloba	C.24
gliadin	C.34
globe artichoke	F.46
glossy mutants	C.48
glutamyl protease	C.31
glutathione	D.08
glutathione cycle	D.25
glutathione S-transferases	D.49
gluten	C.34
glutenin	C.34
glutenin polymers	C.22
glycosil-transferase	G.04
GMO	3.05 , 3.08
GMO traceability	3.07
grape	1.05 , C.02 , H.18 , H.25
grapevine	4.10 , C.03
grazing tolerance	F.49
Green Fluorescent Protein	H.07
GS	C.64
gut contents	D.16


H
haplotype diversity	F.16
HD-Zip	D.05
Headspace-SPME-GC/MS	H.05
heat stress	2.01
heavy metals	D.38 , G.24
Helianthus annuus	C.11 , C.56 , F.27 , F.28
Helichrysum	F.60
hemoglobin	4.06 , F.71
herbicide resistance	D.50
herbicides	D.49
heritability	F.49 , F.75
heterologous expression	C.34
heterosis	4.03 , D.06 , F.55
histone acetylation	C.28
histone deacetylase	C.28
HIV-1	E.11
HMW-GS	H.02
homeobox gene	D.05
Hordeum spp	1.04
Hordeum vulgare	F.13
hormones	C.53 , C.54
HPSEC	H.15
HPV16	C.57
hsp101	D.27
hybrid amplicon	3.06
hydrogen peroxide	D.35
hydroperoxide lyase	H.16


I
ichthyosis	4.08
in situ hybridisation	C.08 , C.07 , F.61 , H.10
in vitro cultivation	F.56
in vitro culture	E.01 , F.55 , F.57 , H.20
in vitro production	E.07
in vitro shoot proliferation	F.34
inbred lines	F.41
inbreeding	F.49
inducible promoter	D.05
industrial crop	3.05
inflorescence	F.11
inhibition of bone resorption	E.06
innovative breeding	4.10
inoculation	D.11
integrated molecular and physical maps	4.10
interspecific crosses	F.59
interspecific hybridisation	F.48
intrabodies	C.23
intraspecific variability	D.07
introgression	3.08
intron	F.68
inulin	D.29
Isatis tinctoria	H.21
ISSR	C.09 , G.01 , H.01
ISSR markers	F.25
Italian germplasm	4.01
Italian orchids	F.56
Italy	F.03
ITS	F.54


J
jasmonates	G.18
jasmonic acid	H.19


K
kernel development	1.03
KNOX	C.53 , C.54


L
landraces	F.18 , F.30 , F.38
lanthanides	D.44
LDR/Universal Array	3.07
leaf development	C.02
leaf stripe	D.09
legume	C.53
Lemna minor	D.40
Lens culinaris	C.64
leucine-rich repeat	G.08
Licopersicon esculentum L.	3.04, 4.07 , C.45 , D.47 , F.21 , D.08
light intensity	D.46 , D.51
lignine	C.58
Limonium spp.	F.59
linkage disequilibrium (LD)	C.10 , C.14 , F.07 , F.32 , G.14 , G.22
linkage map	D.17 , G.16
lipids	E.03
lipoxygenase	H.10 , H.16
local ecotypes	F.21
Lotus	F.54
low molecular weight glutenin subunits (LMW-GS)	C.22 , C.33
LTR retrotransposon	C.12


M
M13-PCR	F.31
macroarray	C.21
MADS box gene	F.16
maize	1.03 , C.43 , C.47 , C.59 , D.11 , D.21 , D.30 , F.09 , F.10 , F.11
maize cuticle	C.48
MALDI-TOF	H.13
malting quality	F.14
malting quality traits	F.15
Malus spp.	D.31 , G.11 , G.12
Malus x domestica Borkh	G.10 , H.17
marker assisted selection	G.05
marker free plants	3.01
marker gene	3.02
mass spectrometry	C.22
mass-propagation	F.57
mating type	F.18
mchc	4.06
meat color	F.74
Medicago sativa	C.29 , F.52
Medicago sativa L. complex	F.49
Medicago species	C.07
Medicago truncatula	C.07 , C.17 , C.50 , C.53
medicinal and aromatic plants (MAPs)	E.05
medicinal plants	H.20
mei 2	C.42
meiosis	C.42
meiosis gene isolation	C.44
melanocortin receptor	F.69
Melolontha	G.09
Meloydogine spp.	F.36
meristems	C.49 , F.28
metal tolerance and accumulation	D.39
metallothionein	G.24
microanalysis	D.38
microarray	C.20 , D.19
microarray technology	3.07
micropropagation	F.19 , F.46
microRNA	C.41
microsatellite	G.14 , F.45 , F.74 , F.75 , G.01 , G.16 , H.03
microsatellite DNA sequences	F.26
mip 1	C.42
Miridae	D.16
mitochondria	D.30 , D.32
mitochondrial DNA	C.36
MOB domain	C.40
molecular assisted breeding	4.09 , C.04
molecular chaperones	H.08
molecular descriptors	F.66
molecular mapping	C.51 , F.17
molecular maps	F.32
molecular marker	2.03 , 3.08 , 3.10 , F.64 , 4.02 , C.11 , D.14 , F.02 , F.04 , F.05 , F.12 , F.33 , F.39 , F.41 , F.42 , F.43 , F.58 , F.62 , F.65 , F.67 , G.12 , G.23 , H.14
molecular repertoires	C.23
morphological descriptors	F.04
Mps-one-binder (Mob)	C.29
multigene family	G.21
multiplex PCR	3.07
multivariate analysis	F.66
murine myeloma	H.20
mutagenesis	D.15 , F.20 , F.35
mutant	C.25 , D.24 , D.45
MYB gene	D.31
mycotoxin	D.08


N
NBS	G.10
NBS LRR	C.06
NBS profiling	F.05
Nef	E.11
Negroamaro	H.24 , H.25
neutral mutation	F.71
Nicotiana benthamiana	G.17
Nicotiana species genetic diversity	C.09
Nicotiana tabacum	3.01 , C.09 , D.23 , D.35 , D.39 , E.11
nitric oxide	C.05 , C.35 , D.32 , D.36
nitrogen nutrition	D.25
non-symbiotic haemoglobin	D.36
novel genes	D.31
nutritional value	H.09


O
Olea europaea L.	C.19, F.61 , F.62 , F.63 , G.01 , G.02 , G.03 , G.04
oligo array	C.38 , C.39
olive	F.62
olive oil	F.63 , G.03 , H.14
oncogene	E.09
oral tolerance	E.12
Orchids spp.	F.57 , F.58
organelles genes	D.04
organic vs conventional products	H.13
organogenesis	F.55 , F.57 , G.15
orthology	C.06
Oryza sativa	C.12 , H.05
osmotic adjustment	D.19
Osmyb 4	D.21
Osteospermum	D.21
Osteospermum ecklonis	3.01
ovate	F.21
overdominance	4.03
overexpression	F.11
overripening	1.05
oxidative stress	D.33
oxidized triglycerides	H.15
oxidosqualene cyclase	E.02
oxylipins	H.16
ozone	D.33
ozone stress	D.32 , D.34 , D.35


P
packed cell volume	4.06
PAL	C.61
paralogy	C.06
pathogen-derived resistance	D.01
PCD	C.40
PCoA	H.21
PCR	G.06 , H.02
PDI-like proteins	H.04
peach	C.16 , C.20 , G.17
pear-shaped fruit	F.21
pectin	D.13
Petunia x hybrida	C.01 , C.42 , F.55
PGIP	D.13
phage display	C.23
phaseolin	H.09
phaseoline	F.78
Phaseolus coccineus	F.33
Phaseolus spp.	F.34
Phaseolus vulgaris	F.32 , F.78 , H.09
phenolic compounds	C.03 , C.61
phospholipase A2	C.37
phosphomannose isomerase	3.02
photosynthesis	D.40 , E.07
photosynthesis-related genes	C.52
photosynthetic pigments	D.26
photosystem II	D.51
phyllotaxy	F.28
phylogenesis	G.12
phylogenetic analysis	F.54
phylogeny	G.21
phylogeography	H.26
Phyrenophora teres	F.12 , F.18
physical mapping	C.20 , H.18
phytates	F.35
phytochelatin synthase	D.39
phytoene synthase	C.56
phytoestrogens	E.06
phytoextraction	D.38
Phytophthora infestants resistance gene	F.23
phytoremediation	D.37 , D.41
Picea abies	C.08 , C.14 , C.24
PIN-1	C.47
Pinus pinea	D.48
Pisum	H.12
Pisum sativum	D.15
plant cell culture	H.19
plant chromatin	C.32
plant defence response	D.03 , D.36
plant defense	C.05
plant disease	C.35 , D.15 , G.20
plant expression	E.08
plant growth-promoting rhizobacteria	D.03
plant mitochondria	C.37
plant molecular farming	E.09
plant pigments	C.55
plant reproduction	C.40
plant-derived vaccines	E.13
plant-growth promoting Rhizobacterium	D.06
plastid transformation	E.03
plastome transformation	H.07
Platanus acerifolia	G.20
Pleurotus eryngii	F.03
ploidy level	F.65
Plum Pox Virus	G.17
pmi	3.02
Poa pratensis	1.02
point mutation	D.50 , F.13
polar compounds	H.15
polimorphism	F.31
pollen	C.13
pollen function	C.43
pollen-pistil interaction	C.43
polyamines	G.18
polycross	F.49
polygalacturonase inhibiting protein (PGIP)	C.33
polyphenols	C.55
polyploid frequency	F.19
polyploids	D.50
population genetics	2.03
Populus	D.34 , F.68 , G.21
Populus alba	G.22 , G.24
Populus nigra	C.10
potato	C.36 , D.24 , E.04 , F.23 , F.25 , F.26
Potato Virus X (PVX)	E.08 , E.10
powdery mildew	4.07 , D.14
PPV	G.13
predator-prey	D.16
probability of coincidence	F.66
promoter region	C.62
protease inhibitor	C.31
protein content	H.12
protein kinase	C.27
proteinase inhibitors	C.15
proteomics	1.03 , C.23 , C.33 , C.34 , C.35
Proton Transfer Reaction-Mass Spectrometry	H.11 , H.17
Prunus armeniaca	G.13
Prunus avium	G.14 , G.15
Prunus persica	C.54 , G.16 , G.18
Pyrus communis	D.04


Q
qPCR	F.65 , H.27
Quantitative Trait Loci (QTL)	4.03 , 4.05 , C.51 , F.07 , F.09 , F.10 , F.15 , H.06
quality	F.22 , F.48 , H.12
quantitative traits	H.17


R
ra 1 mutant	F.11
radioisotopes	D.42
raisining	1.05
rapeseed	C.31
rare earth elements	D.44
reactive oxygen species	D.04
Real Time RT-PCR	D.46 , D.49
Real Time PCR	3.06 , D.27 , F.63 , H.14
receptor kinase	G.08
recombination	C.12
regeneration	G.13
regeneration efficiency	F.34
region of provenance	G.23
Rep	D.01
repetitive DNA	C.24 , F.61
reproduction	1.02
resistance	F.36 , F.42 , F.65 , G.13
resistance gene	C.15 , D.14 , D.15 , F.05 , F.43
Resistance Gene Homologues	C.06
resistance to biotic and abiotic stress	F.29
retrotransposon	C.11 , C.24 , F.01 , F.17 , F.47 , F.62 , G.11
reverse genetics	F.13
RFLP	F.61
rice	D.21 , D.49
rice blast	D.10
rice fields	D.50
ripening	1.05 , H.10
river buffalo	4.04
RNA interference	G.17
rol B	D.39
rol C gene	E.05
rol D	C.49
root traits	F.09
rooting	C.49
root-knot nematodes	F.36
roots	D.29
RT-PCR	C.60 , D.18
runner bean	F.33


S
Saccharomyces	H.24 , H.25
safe crops	D.42
safeguard	F.30
salt tolerance	D.24
salt stress	D.23
Salvelinus alpinus	F.76
Salvia sclarea	H.22
SAMPL	G.02
saponine	C.17
scab	G.07
SCAR	C.19 , G.02
SCE	H.28
scFv	E.09
SDS-PAGE	H.02
secretion	C.57
seed conductivity	H.06
seed mutants	F.08
seed quality	F.30 , F.35 , H.06
seed storage proteins	F.37
seeds	F.20
selenate	D.43
selenite	D.43
SEM and TEM analysis	C.48
Senecio scadens L.	D.43
senescence	C.50 , C.52
sequence variation	C.64
Serapias	F.58
sexual determination	G.25
sheep	F.72 , H.28
sheep blood	4.06
Shoot Apical Meristem (SAM)	C.47
silver nitrate	G.15
single nucleotide polymorphism (SNP)	C.10, C.14 , C.19 , D.46 , F.63, G.22 , 2.03 , 2.04 , C.58, C.59
site-directed mutagenesis	D.13
skin colour	F.64
S-nitrosylation	C.35
Solanum aethiopicum L.	F.39 , F.40
Solanum melongena	F.40
Solanum tuberosum	C.15 , C.36 , F.24 , H.13
somatic hybridization	F.40
somatic hybrids	3.10 , F.25
sour cherry	E.01
soy isoflavones	E.06
SRAP	C.19
SSAP	F.01 , F.47
S-SAP markers	F.17
SSCP	F.68
SSR	G.03 , H.26
SSR markers	F.51
stay green mutant	C.52
storage proteins	H.08 , H.09
Streptomyces griseus	C.31
stress resistance	D.22
stress-responsive gene	D.24
stress tolerance	2.04 , C.04 , D.05 , D.21 , D.37 , G.20
substantial equivalence	3.04
substitution lines	D.28
sulphate metabolism	D.40
sulphur nutrition	D.25
sunflower	C.11 , E.07
suppression subtractive hybridisation	D.34
symbiontic association	C.05
symbiotic bacteria	D.02
synteny	C.25
synthetic	F.50


T
T cell response	E.10
table grapes	G.05
tandem repeated DNA sequences	C.08
Taqman probe	3.06
taxonomy	F.60
T-cell receptor	F.72
T-DNA	D.42
technical protocols	3.05
technological properties	F.06
temperature	D.51
TGM1	4.08
thermotolerance	D.27
TILLING	C.17 , F.13 , F.20
tobacco	D.32
tocopherol	E.07
tocopherol biosynthesis	H.19
tolerance / susceptibilty	D.10
tolerant genotypes	D.23
tomato	2.01 , C.45 , D.05 , D.21 , E.04 , F.19 , F.20 , F.22 , F.23
tomato spotted wilt virus	3.04
traceability	G.06 , H.13 , H.14
transcription factor	C.25 , C.53 , C.54
transcriptional profiling	D.49
transcriptome	1.05
transcriptomics	1.03
transformation	E.02
transgenic plant	G.04 , G.15 , D.21 ,E.11 , E.12
transgenic wheat	C.33
transient transfection	C.32
transpiration	C.46
trichome development	C.48
Trifolium alexandrinum	F.53
triglyceride oligopolymers	H.15
triterpenoid saponins	E.02
Triticum dicoccum	H.01
Triticum durum	C.52 , D.33 , D.44
Triticum spp.	1.04
Triticum timopheevii	H.02
Triticum turanicum	F.06
Triticum turgidum L. subsp durum	4.05
truffle	C.16 , F.02
tuber dormancy	F.24
Tuber magnatum	H.26
Tuber melanosporum	F.01
TUNEL assay	C.40
twin genes	C.64
two-hybrid	C.27
typical product	F.31
tyrosine phosphorylation	C.27


U
UV radiation	G.19


V
vaccine	E.11
variability	H.01
varietal characterisation	F.04
varietal composition	H.14
varietal identification	F.26
variety composition	F.63
Venturia inaequalis	G.10
vernalization	F.16
vetiver root	D.02
Vetiveria zizanioides (L.) Nash	D.02
vicilin	F.37
VIGS	D.01
virescent	D.26
virgin olive oil	G.01 , H.15
virulence genes	D.04
Vitamin E	H.19
Vitis	G.06
Vitis vinifera	C.27 , G.05
viviparous	C.46
VOCs	H.17


Y
yield potential	F.27


Z
Zea mays L.	4.03 , C.13 , C.28 , C.41 , D.06 , D.20 , D.26 , F.07 , F.08 , H.06
zinc finger domain	F.11
Zn-contaminated soil	D.37