LIII SIGA Annual Congress

Keywords Index

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

2.61, 5.03, 5.12

2D-PAGE	2.02
454 sequencing	2.60, 6.04
5H	2.60
5S rDNA	7.71
A
Abc1-like gene	2.39
Abies alba	7.82
abiotic stress	7.87
ACAULIS5	4.13
adult plant resistance	2.21
Aegilops tauschii	4.16
Affymetrix	7.10
Affymetrix oligonucleotide array	2.41
AFLP	1.15, 1.23, 7.52, 7.66, 7.75, 7.89, 7.19
Aglianico	2.50
Agrobacterium tumefaciens	7.51, 7.83
alfalfa	7.49
allele mining	7.34
allelic sequence variation	2.55
alloplasmic lines	7.17
alternative splicing	4.16
amylose content	7.32
Anemone coronaria	7.64
anther dehiscence	4.07
anthocyanin	2.50, 2.63, 3.02, 3.05, 3.24
anthocyanin mutants	3.03
anthocyanins transporters	7.29
anticancer activity	7.43
antioxidant	1.10, 3.03, 3.17, 3.18
antioxidant properties	3.22
aphids	1.24
apolipoprotein	7.06
apomixis	4.04, 7.04, 7.59
APOSTART	7.04
apple	2.10
apple proliferation	2.10
Arabidopsis	2.04, 3.01, 4.08
Arabidopsis halleri	2.02
Arabidopsis thaliana	2.05, 2.43, 4.07, 6.01, 7.62, S.04
arbuscular mycorrhiza	2.07, 2.40
arbuscular mycorrhizal (AM) fungi	2.09, 2.33, 2.34
arbuscular mycorrhizal symbiosis	2.31
aroma	3.23, 7.32
artemisia	3.09
Artemisia annua	3.08
Artemisia petrosa subsp. eriantha	3.07
artemisinin	3.09
artichoke	1.27, 2.38
artificial inoculation	2.25
Arundo donax	7.56
Asparagus officinalis	1.25
assisted breeding	7.33
association mapping	5.02, 5.04, 5.05, 5.06, 5.08, 5.10
Aster sedifolius	3.10
Asteraceae	3.07
autoantigen	7.05
autocorrelation	7.37
auxin	4.07, 7.26, 7.27
auxin transporter	7.28
azaleas conservation	7.66
B
BAC library	7.22
Bacillus subtilis	2.56
bacterial inoculation	2.56
barley	2.06, 2.19, 2.60
barley adaptation	2.54
barrel medic	4.18
beef production	7.91
berry	4.11
berry ripening	3.14
beta-ODAP	7.44
Beta vulgaris	2.62
bioactive molecules	3.21
bio-agronomical traits	2.51
biocontrol	2.30
biodiesel	7.59
biodiversity	2.09, 2.37, 5.21, 7.30, 7.67
bioinformatic	6.08
biomarkers	6.05
biomass	7.56
biosynthetic pathways	4.15
biotic stress	2.01
Bowman-Birk inhibitors	7.43
brachytic mutant	7.28
breeding	1.21, 7.31, 7.34
breeding for resistance	2.26
browing	2.38
brown leaf rust	2.20
Brown rot	5.09
Bubalus bubalis	7.92
Bulk segregant analysis	5.10
C
caffeoylquinic acid biosynthesis	3.11
calcium	2.10
callus culture	3.18
Camellia sinensis	2.11
Camellia spp.	7.67
candidate gene
carotenogenesis	4.09
carotenoid	3.01, 6.03
carotenoid biosynthetic pathway	1.08
Carrizo citrange	2.46
cattle	7.90
CBF	2.60, 2.61
Cd tolerance	2.05
cDNA	2.13
cDNA-AFLP	2.27, 2.44, 4.09
celiac disease	7.35
cell cultures	3.09, 3.15
cell fate	3.06
cell specificity	2.07
cell wall	4.11
Ceratitis capitata	2.64
characterization	7.79
Chianina	7.91
chilling tollerance	2.61
chitinase	1.26, S.02
chlorogenic acid	3.04
chloroplast evolution	7.08
chloroplast ycf2 gene	2.45
chlorotype	7.80
chromatin	4.10
chromosome 12 sequencing	1.09
chromosome 5A	7.12
chromosome engineering	2.24
chromosome fragility	7.90
chromosome isolation	7.41
CHS	7.76
Citrullus	1.01
Citrus	3.25, 4.09
Citrus sinensis	3.02
classification	7.67
cline of variation	7.37
clonal variation	7.70
CMV	6.09
CO2	2.48
co-expression	6.02
cold stress	2.62, 2.63
colonization	7.86
columnar	7.78
common bean	1.18, 1.20
comparative genomics	7.08, 7.35
comparative structural genomics	1.17
condensed tannins	3.20
confocal laser microscopy	2.35
cooking quality	7.33
COP9 signalosome	S.04
co-regulatory pathways	2.36
correlation analysis	6.01
cost-benefit analysis	7.53
cpDNA	1.18
cpSSR	7.80
crop breeding	2.47
crop evolution	1.20
cry gene	7.83
Cucumber mosaic virus	2.15
Cucurbita ssp.	1.23
cultivar diffusion	7.80
Custom Probesets	7.10
CustomArrayTM semiconductor technology	6.12, 7.03
cyclooxygenase 2	3.17
Cynara	1.26
Cynara cardunculus	1.04
Cynipid	2.13
cyto-histology	7.73
cytosine methylation	4.10
D
DArT	1.17
Dasypyrum villosum	2.21
database	4.05, 6.11
Debaryomyces hansenii	2.11
delivery	3.15
demography	7.86
descriptors	1.26
detection	7.03
development	1.27
dietary fibre	5.01
differential display	2.13, 7.81
DIGE	2.08, 6.09
DIGE analysis	6.05
di-haploid	1.25
dioxin	7.90
disease resistance	2.20, 2.23, 5.04, 5.09
diversity	1.19
Diversity Array Technology	5.21
DNA barcoding	1.18
DNA extraction	7.64
DNA methylation	2.57, 7.25
DNA topoisomerase I	4.18
docking	3.04
domestication	1.20, 1.21, 7.77
domestication centres	7.80
Dreb2	4.16
drought	2.52, 2.54, 5.17
drought resistance	2.04
drought stress	2.51, 2.53, 2.55, 2.57
drought tolerance	7.34
durable resistance	2.21
durum wheat	2.14, 2.44, 2.52, 5.06, 5.08, 5.11, 5.13, 5.14, 5.15, 5.16, 7.18, 7.19, 7.21, 7.22
durum wheat chain	7.23
dxs-1	3.12, 5.03
E
ear rot	2.25
ecophysiology	2.49
ectopic expression	3.20
EDV	7.19
ELISA	7.35
embryo development	7.28
endosperm texture	7.40
energy crop	7.60
energy production	7.56
enzymatic assay	7.05
enzyme specificity	3.04
epigenetics	1.27
essential oils	3.25
EST	6.02, 7.66
EST derived microsatellite	1.04
EST library	1.06
EST-SSR	1.22, 7.87
ethylene	2.01, 4.09
ethylmethane sulfonate	7.31
European beech	2.48
expressed sequence tags	2.12
expression analysis	6.04, 7.16
F
fagiolo di Controne	7.42
fatty acids	7.58
feed	7.02
female determinant	7.81
fertility	7.68
fiber fractions	7.47
field and common pea	1.21
fine mapping	5.16
FISH	7.90
flanking sequences	7.51
flavonoids	3.06
flavonols	3.14
flavour compounds	3.13
flooding tolerance	2.46
flow cytogenetics	7.41
flow cytometric seed screens	7.59
flower development	4.08, 7.72
flowering model	2.47
flowering photoperiodic response	1.08
flowering time	7.25
flowers	3.13
fluorescent in situ hybridization	7.41
food authenticity	7.23
food fortification	1.12
food safety	1.12
forage legume	7.46
forest fragmentation	7.85
forward genetics	7.38
free-hybrids	7.48
Fr-H2	2.60
frost tolerance	5.02
fruit quality	2.29, 5.07
functional genomics	7.30
functional markers	5.12
fungal antagonists	2.30
Fusarium resistance	1.15
Fusarium vertcillioides	2.25, 2.26
Fusarium wilt	1.03
G
GA3	7.55, 7.68
gabaculine	2.58, 7.24, 7.50
gall formation	2.13
gametocidal genes	7.20
gametophytic competition	7.20
gametophytic self-incompatibility	7.73
GC-MS	3.07
gene/repeat content	1.02
gene expression	2.07, 2.10, 2.16, 2.17, 2.29, 2.40, 2.49, 2.51, 3.09, 3.13, 4.05, 4.10, 4.15, 7.61
gene expression analysis	7.92
gene expression map	4.12
gene flow	7.85
gene function	6.02
gene introgression	7.84
gene ontology	7.72
gene pyramiding	2.22
gene regulation	4.08, 7.17
gene sequencing	7.40
gene structure	2.38, 7.16
GeneChip	7.10
genetic differentiation	7.82, 7.84
genetic distance	1.23
genetic diversity	1.22, 3.16, 7.11, 7.80
genetic drift	7.86
genetic linkage map	1.15
genetic map	5.14, 7.12
genetic mapping	1.04, 3.11
genetic resources	2.37, 7.65
genetic similarity	7.19
genetic structure	7.36
genetic transformation	3.12, 7.46, 7.51
genetic variability	7.40, 7.56, 7.75, 7.82, 7.84, 7.87
genome organization	7.04
genome structure	6.13
genome-wide transcriptional analysis	6.05
genomic library	7.60
genotype resistance	2.25
genotyping	7.13
GFP	7.27
glandular trichomes	3.08
globe artichoke	2.08
Glomeromycota	2.34
Glomus mosseae	2.31, 2.40
glutamine synthetase	5.12
glutathione transferase	2.42
GM	7.03
GMO biosafety	7.46
GMOs	7.01
grain yield	5.13, 5.16
grape	3.05, 6.04, 6.11
grapevine	2.34, 3.14, 4.06, 7.71
GSA-AT	2.58, 7.50
H
hazelnut	7.81
HD-ZIP III transcription factors	4.13
health	3.02
heat shock	2.58
heat shock proteins	1.13
heat stress	2.53
heat tolerance	2.59
heavy metal	2.02, 2.42
heavy metal tolerance	2.40
Helianthus	2.55
hemL	7.24
hemp	2.47
heterologous expression	7.43
heterologous hybridizations	7.10
heterologous systems	7.05
heterosis	5.19, 7.48
heterozygosity levels	7.48
hidden Markov models	6.08
high amylose	4.17
high amylose starch	7.14
High Melting Resolution	7.14
high resolution phenotyping	5.07
high-throughput markers genotyping	5.07
histochemical GUS assay	2.59
histone modifications	4.10
HMW DNA	7.22
Hordeum vulgare	5.02, 7.36, 7.37, 7.38, 7.39
Horizontal Gene Transfer	7.09
host-pathogen interaction	2.20
HPLC	4.09
HSP70	2.58
Hsp90	5.19
hybrid fertility	7.65
hydroxycynnamoyl-quinate transferase genes	3.04
I
image analysis	2.04, 7.07
IME	7.61
immunity	2.64
in silicoanalysis resistance gene	1.11
in situ hybridization	4.14
in vitro culture	1.27, 7.55
in vitro expression	2.42
insect pest	2.64
interspecific hybridization	1.03, 1.16, 1.25
intragenic plant	7.46
introgression library (IL)	5.20
introgression line	1.05, 1.10, 1.12, 2.21
intron	7.61
intron length polymorphisms	7.11
intron polimorphysms	7.76
ionomic	1.12
ipt gene	7.46
isoflavone synthase (IFS)	3.21
isolation	7.79
ISSR	7.42
ITS	1.18
J
Jatropha curcas L.	7.60
K
Kalanchoe xhoughtonii	4.14
kernel yellow pigment content	5.05
knockout mutant	2.03
knox genes	4.14
L
Lactuca sativa	1.24
Lactuca virosa	1.24
land plants	7.09
landraces	3.16, 7.37
large-scale transcription profiling	6.12
laser microdissection	2.07, 2.20, 2.31
Lathyrus sativus	1.22, 7.43, 7.44
leaf	7.45
leaf area	7.54
leaf polarity	4.01
leaf rust	2.21, 5.15
leaf rust resistance	5.08
leaf stripe	2.19
linkage analysis	1.04
linkage disequilibrium	7.36
linkage map	1.17, 5.15
lipase activity	2.28
lipoxygenase	7.21
local adaptation	7.86
loop-mediated isothermal amplification	7.64
low input cultivation	7.57
low phytic acid mutation	7.29
LTR-retrotransposons	6.13
Lycopersicon esculentum Mill.	3.16
M
MADS-box genes	4.08
maize	5.18, 7.28, 7.29
male germline	7.20
Malus	7.77
Malus domestica	7.78
Marchigiana	7.91
marker gene	7.24, 7.69
marker-assisted selection	1.01
markers	5.17
MAS	5.10
mating type	7.88
mean germination time	7.68
Medicago sativa	2.56, 2.58, 7.47, 7.50, 7.51
Medicago truncatula	2.35, 7.45
Mediterranean environments	7.57
meiosis	7.04
metabolic and transcriptional quantitative data	3.14
metabolic engineering	3.10, 3.17
metabolism	6.01
metabolite profiling	7.17
metabolomic	6.03
methylation-sensitive AFLP markers	2.57
microarray	2.16, 2.27, 2.31, 2.48, 2.64, 3.23, 4.12, 4.15, 6.03, 6.04, 7.03, 7.10, 7.49
microarray analysis	2.26
microcolonial fungi	7.89
micro-nutrients	5.01
microRNA	4.05, 4.06, 6.11
microRNA/target interaction	6.07
microsatellite	7.18, 7.23, 7.60, 7.67, 7.79, 7.82, 7.84, 7.85
mineral and multielement analysis	7.53
miRNA	4.01, 4.02
mitochondrial	7.62
mobile signal	4.01
modeling	3.04
molecular analysis	7.74
molecular characterization	7.75
molecular cloning	3.19
molecular fingerprinting	7.53
molecular haplotypes	5.04, 5.08
molecular markers	1.23, 1.25, 2.34, 7.02, 7.32, 7.56, 7.59, 7.78
monoecy	2.47
monoterpenes	3.12, 5.03
morphological characterization	3.16
morphological traits	1.19
morphometric analysis	7.74
mRNA-seq	6.06, 6.10
multilocus association	7.36
multi-parental population	5.18
multiplex	1.11
mutagenesis	7.31
Myb domain	6.08
MYB transcription factors	3.20
Mybleu	2.46
MYBs	3.06
mycorrhiza	2.29
N
NAA	7.55
nanocapsules	3.15
Nera di Colletorto	7.74
next-generation DNA sequencing	1.01
Nicotiana	7.52
Nicotiana attenuata	2.01
Nicotiana spp	7.63
Nicotiana tabacum	2.05, 3.12, 3.20, 7.06, 7.50, S.02
NIRS analysis	7.47
nitric oxide arbuscular mycorrhizal symbiosis	2.35
Noccioluta	7.74
non-model species	6.04
normalization	7.92
NT doubled haploids	2.54
nuclear transformation	7.06
nuclear-cytoplasmic interaction	7.17
nutrient exchanges	2.07
O
oat species	7.40
old hybrids	7.66
Olea europaea	2.12, 7.72, 7.76
oligo-microarrays	4.03
Omega-3 fatty acid desaturase	2.59
"Omics sciences	6.07
ontologies	6.11
origin cultivated tobacco	7.52
ornamental plants	7.63
Orobanche crenata	2.32
orthologous genes	1.02
Oryza sativa L.	7.32
outlier loci	7.36
overexpression and RNAi constructs	3.19
oxidative phosphorylation gene	7.62
oxydative stress	2.26
P
parthenocarpic mutants	7.55
Paspalum simplex	4.04
pasta colour	7.21
pathogenic fungi	2.33
pattern formation	4.01
PCR	7.02
PCR select	1.14
PEG-induced water stress	2.56
peroxidase	7.81
Persian walnut	7.79
petunia	3.05
P-glycoproteins	7.28
pharmaceuticals	7.06
Phaseolus vulgaris L.	1.19, 7.42
Phenylalanine Ammonia Lyase	7.09
phenylpropanoid metabolism	7.09
photoprotection	3.01
photoperiodic response	2.47
photoreceptors	6.12
photosynthesis	2.48
photosynthetic activity	7.69
phyllosphere yeasts	2.11
phylogenesis	7.77
phylogenetic analysis	2.55
phylogeny	2.36, 7.52
Phytochelatins	2.05
Phytoene synthase 2	5.11
PIN family	7.26
PIN1	7.27
Pisum sativum	2.18, 2.32
plant breeding	7.65
plant defence	2.01, 2.28
plant defense response	2.15
plant development	S.04
plant disease	1.07, 1.24, 2.32, 2.45, S.02
plant genetics	2.30
plant reproduction	4.04
plant stress	2.43
plant transformation	2.46
plant-pathogen interaction	1.14
plant-virus interactions	2.16
plastid gene expression	4.03
plastid transformation	7.06
plastids differentiation	1.13
PLFA	1.16
Polar Auxin Transport	7.26, 7.27
pollen embryogenesis	3.25
pollen maturation	4.07
polymorphism	7.60
polyphenol oxidase	2.38
polyphenols	3.18, 3.22
polyploids	7.54
polyploidy	7.13
poplar	2.40, 2.49
poplar transgenic lines	7.83
population genetics	7.59
Populus trichocarpa	6.13
post-transcriptional regulation	4.03
potato	6.03
powdery mildew	1.07, 2.18, 2.23, 5.09
PR genes	2.26
pre-germination	7.68
programmed cell death	2.15
prolamin (Kafirin)	7.35
protease	1.13
protein composition	5.01
protein content	7.44
protein degradation	S.04
Protein disulfide isomerase (PDI) gene family	7.16
Protein Disulfide Isomerase (PDI) promoter	7.15
protein localization	2.03
proteomic analysis	2.08, 6.09
provitamin A	3.01
Prunus persica	3.23, 5.09
pubescent oak	7.84
Pyrenophora graminea	2.06
pyrosequencing	1.06
Q
qPCR	4.14
qRT-PCR	2.03
Quantitative Trait Loci (QTL)	2.19, 2.23, 2.54, 5.13, 5.16, 5.17, 5.18, 5.19, 5.20
QTL analysis	5.09
QTL mapping	5.07
QTL pyramiding	1.05
quantitative PCR	7.23
quantitative RT-PCR	2.17
quinic acids	3.10
R
RAPD	1.23
Rdg1a	2.19
Rdg2a	2.06
rDNA genes	2.09
Real Time PCR	2.50, 2.62, 7.01
Real time RT-PCR	2.29
recombinant antibodies	6.09
recombinant inbred populations	5.05
red orange	2.63
reference genes	2.17, 7.92
Regions of Provenance	7.82
reproductive behaviour	2.64
resistance gene	1.03, 1.07, 1.14, 1.24, 2.01, 2.06, 2.13, 2.14, 2.18, 2.19, 2.22, 2.27, 2.32, 5.15, S.02
resistance QTL	1.07
reverse genetics	7.30, 7.38, 7.39
RFLP	2.09
rhizosphere microorganisms	2.02
rice	2.36, 2.37, 3.22, 7.30, 7.31, 7.33, 7.34
RIP (Ribosome Inactivating Protein)	2.33
ripening	3.23
ripening and post-harvest withering	6.05
RNA binding protein	2.03
RNA interference	4.17
RNAi	1.13, 2.59
root morphology	7.38
root traits	5.20
rootstocks	2.41
ROS	2.15
Rosa	7.67
Rosa x hybrida L.	7.68
Roundup Ready soybean	7.01
RTqPCR	7.92
rust	7.64
S
S locus	7.81
salt tolerance	2.44
SAR	2.10
SBCMV	2.14
SCE	7.90
SDS-PAGE	7.18
secondary metabolites	3.11, 7.53, 7.54
secular olive	7.75
seed	4.18, 7.07
seed traits	7.44
selectable marker genes	7.50
selection	7.37, 7.86
sesquiterpene biosynthesis	3.09
sesquiterpenes	3.07
sexual reproduction	7.88
shading	2.50
signal transduction mechanisms	3.24
single nucleotide polymorphism	1.01, 1.06, 1.11, 1.15, 1.18, 1.19, 1.20, 2.37, 7.13, 7.77, 7.91
SLF	7.73
SNP marker development	3.11
SNPlexTM	7.70
soils	2.41
Solanaceae	3.01
Solanaceae genomics	1.02
Solanum	7.54
Solanum aethiopicum	1.14, 1.16
Solanum commersonii	2.27
Solanum integrifolium	1.16
Solanum lycopersicumL.	1.12, 2.15, 2.17, 2.30, 2.59, 2.61, 3.03, 3.18, 7.55
Solanum melongena	1.14, 1.15
Solanum pennellii	3.18
Solanum sodomaeum	1.16
Solanum spp	1.03, 3.03
Solanum tuberosum	7.53
Solanum tuberosum plastids	4.03
sorghum	7.35
spatial genetic structure	7.85
splicing	4.06
SPME-GC-MS	3.08
SRNase	7.73
SSH	7.72
SSR (simple sequence repeat)	7.19, 7.42, 7.88
SSR markers	7.48
stamen elongation	4.07
starch	4.17
starch branching IIa	7.14
starch metabolism	7.39
starch synthase IIa	7.33
starch-bound proteins	7.40
statistical analysis	7.74
stem phenological stage	7.47
stem rust	2.22
stilbene synthase	3.17
stilbenes	3.15
STMS	7.66
stomata parameters	7.54
stomatal conductance	2.52
stress resistance	5.06
stress response	2.37
stress tolerance	1.13, 1.26, 2.45, 2.53, 5.14, S.02
structured association	5.03
STS	7.02
subcellular localization	2.28
subtractive hybridization	2.63
sucrose metabolism	2.62
sugar beet	2.62
sunflower	2.55, 7.58
sunflower breeding	7.57
suppression subtractive hybridization	2.12, 2.30
sustainable agriculture	2.09
sweet orange	2.42, 3.24
synteny	7.16
Systems Biology	6.07
T
T1DM	7.05
Tamarix	7.87
tannin	7.45
target validation	4.06
ta-siRNA	4.01
Taxus baccata	7.85
tea fermentation	2.11
terpenoids	3.13
tetraploidization	7.49
thermospermine	4.13
thujones	3.07
TILLING	1.10, 4.17, 7.14, 7.30, 7.38, 7.39
TILLING population	7.58
Tnt1 mutagenesis	7.45
tomatinase	3.19
tomato	1.09, 2.04, 2.29, 2.31, 2.51, 6.02, 6.03, 6.12
tomato fruit quality	1.05
tomato fruits	3.17
tomato genome	1.11
tomato genome project	1.02
traceability	7.02, 7.23
trait purity	7.01
transcription	6.01
transcription factor	2.04, 2.36, 3.02, 3.05, 3.24
transcriptional complex	3.06
transcriptional coordination	7.62
transcriptional profile	1.10
transcriptome analysis	2.36, 2.53, 6.06, 6.10
transcriptome wide analyses	4.15
transcriptomic analysis	1.05
transcriptomics	7.49
transduction	6.01
transgenic rice	2.33
transgenic tomato	6.09
transient transformation	7.61
transposable elements	7.70
Transposon Display	7.70
Tranzschelia discolor	7.64
tree architecture	7.78
trichomes	3.06
triterpene saponins	3.10
Triticum aestivum	2.24, 5.01
Triticum durum Desf.	2.23, 2.24, 2.53, 5.04, 5.05
Triticum turgidum	2.20
Tuber melanosporum	7.88
tubulins	7.11
Tyrosyl-DNA phosphodiesterase	4.18
U
ubiquitin	S.04
Ug99	2.22
untargeted large-scale metabolomics	6.05
UPOV	1.26
UV-B stress	2.49
UV-C stress	2.08
uvr8	2.43
V
vacuolar transporter	2.05
variability analysis	7.15
varietal identification	7.32
varieties identification	7.07
vascular development	4.13
vector backbone	7.51
vegetative vivipary	4.14
vh gene	7.69
Vicia sativa L.	7.07
Vicia villosa Roth.	7.07
Vigna unguiculata	3.21
virus induced gene silencing	2.28
virus infection	2.17
Vitis spp	2.34
Vitis vinifera	2.41, 2.50, 2.57, 3.12, 3.13, 3.15, 4.02, 4.11, 4.12, 5.03, 5.21, 6.10, 7.69, 7.70
Vitreoscilla stercoraria	7.69
W
water stress	5.13
water stress/adaptation	2.03
water use efficiency	2.52
waxy	7.33
wheat	2.22, 4.17, 5.12, 5.17, 7.12, 7.13, 7.14, 7.15, 7.16, 7.17
wheat improvement	7.41
wheat scab	2.24
wheat transformation	7.24
wheat-alien introgression	7.20
whitefly-transmitted geminivirus	2.16
wild potato species	1.17
wild tomato species	1.08
wild Vitis species	7.71
X
xenobiotics	2.42
Y
yeast ecology	2.11
yeasts	7.89
yellow pigment	5.11
yield	2.54, 7.44
Z
Zea mays L.	2.25, 3.02, 4.10, 4.15, 5.19, 5.20, 7.25, 7.26, 7.27