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Congressi SIGA

Logo congresso annuale Siga

LI SIGA Annual Congress

Riva del Garda (TN),  23-26 September 2007

>> Torna all'indice

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-DE D.56
insertion site analysis E.01
5S rRNA B.15





A

Aster sedifolius F.18
ABC1domain C.16
abiotic stress C.03
abiotic stress resistance 5.01
abscisic acid D.35
ABTS C.19
acidity B.14
activation tagging S1.06
adaptive genetic variation G.23
Aegilops speltoides D.16
Aegilops tauschii D.15, D.16
Affymetrix GeneChip D.64
aflatoxin C.42
AFLP A.27, A.28, A.32, A.47, A.55, G.11
AFLP markers A.46
agricultural pests 4.02
Agrobacterium E.02
Agrobacterium tumefaciens E.04
agrobiodiversity A.59
agroinfiltration F.07
alcohol dehydrogenase D.06
alien gene transfer 1.04
allelic variants A.05
allergy F.17
all-male hybrids S2.02
alpha-chaconine B.12
alpha-solanine B.12
amplified 16S rRNAa C.33
amylose B.09, B.10
androgenesis S2.06
Anemone coronaria S2.06
aneuploid lines A.23
ankyrin C.45
annotation D.05, D.46
anther culture S2.03, S2.05
anthocyanins D.80
antigens F.01
antimicrobial peptide F.04
antiviral protein C.47
apomixis D.41, D.42, D.43, D.74, S1.04, 1.05, C.10, D.04
apospory D.75
Arabidopsis C.29, D.09, D.12, F.15
Arabidopsis thaliana A.03, D.36
arbuscular mycorrhiza C.49
ArLV D.72
aroma B.11, D.53
array D.80
array analysis C.23
Artemisia annua L. A.57
artemisinin A.57
artichoke D.70, D.71, D.73
artificial inoculation C.42
ascorbate C.21
Asparagus acutifolius S2.04
Asparagus breeding S2.02
Asparagus maritimus S2.04
Aspergillus flavus C.42
assisted breeding A.22
association analysis G.14
association mapping C.26, D.20, 1.02, 3.02
association studies A.11
Aster F.19
Aster caucasicus F.18
autoimmune diabetes F.11
automatic annotation D.10
autoregulation D.40
auxin D.26, D.58
axillary bud meristem C.29





B
B- and C-type glutenin subunits A.05
b-32 C.40
Bactrocera oleae C.30
bar G.24
barley C.44, D.37, D.38, 1.03
bean A.06
beech D.11
benzenoids D.55
berry ripening 1.07
berry size A.11, G.12
Betula A.50
biodiesel A.58
biodiversity D.49, G.11
biofortification 2.03
bioinformatics C.34, D.45, D.52
bioinformatics platform D.02, D.03
biolistic transformation E.07
bionformatic
biopharmaceutical F.07
Blumeria graminis A.56
Brassica juncea C.12
bread wheat B.04
breeding A.15, A.19, A.21, A.25, D.39, G.21
breeding lines A.23
Bt resistance E.01
budset G.26
Bulked Segregant Analysis (BSA) A.27
bZIP transcription factor C.12





C

cadmium C.10, C.13, C.14, C.16
cadmium accumulation C.18
cadmium tolerance C.09, C.11, C.12
cambium 3.04
candidate genes C.09, G.07, G.14
capillary electrophoresis A.37
carbohydrates G.19
cardoon A.35
Castanea sativa G.23
CBF 1.03
cDNA D.21
cDNA libraries D.42
cDNA-AFLP C.30, D.05, D.77
cell cultures C.14, E.04
cell cycle S1.03
cell death C.14
cell expansion A.03
cell wall extension F.10
cellulose D.69
cereal A.22
chaperones D.12
Chicorium intybus A.07
chlorophyll biosynthesis D.38
chloroplast E.07
chloroplast DNA A.52
chloroplast genome G.08
chloroplast markers A.50, D.49
chloroplast microsatellites 3.05
chromosome location D.17
chs genes A.38
circadian clock 5.02
cis -DNA C.06
cis-regulation 1.02
Citrus A.36, B.14, G.01, G.03
Citrus limon G.02
Citrus sinensis (L) Osbeck D.80, G.04
class 1 knotted-like genes G.17
clavata D.12
climate change G.23
clonal variation D.48
CO2 response D.11
coalescence simulations A.48
coefficient of similarity A.32
COI A.12
cold stress D.77
cold stress tolerance G.25
cold sweetening D.64
colinearity A.25
Combimatrix D.66
common bean A.19
common wheat detection B.07
comparative proteomics C.15
comparative structural genomics A.08
conservation genetics 3.05
corn A.06
Corylus avellana D.81
COS markers D.65
CPMV F.11
creeping rootedness A.17, A.27
crimson clover A.10
cross tolerance C.22
cry gene E.03
cryopreservation A.36
Cucumber mosaic virus D.66
Cucumis melo L. inodorus A.33
Cupressus sempervirens C.03
cuticular waxes C.02
Cydia pomonella D.08
Cynara A.31, D.72
Cynara cardunculus L. A.29
CytB A.12
cytochrome b5 F.01
cytokinesis D.04





D
DArT A.08, D.19
Dasypyrum villosum A.23, C.37
database A.22, A.44
Debaryomyces B.02
defense gene C.44
defense response D.66
de-methylation S1.04
Der p1 F.17
diabetes mellitus F.08
dicaffeoylquinic acid D.70
differential gene expression D.80
differential tissue gene expression G.04
DIGE D.56
di-haploid S2.04
diploginy A.37
disease A.25
disease resistance S2.03
diversity A.01
diversity depletion 3.05
DNA A.53, G.05
DNA duplication D.06
DNA extraction B.16, B.17
DNA methylation S1.01, S1.05
DNA microsatellites B.07
DNA mixture A.04
DNA transposon D.13
domestication A.15, A.46, A.47
domestication bottleneck A.48
doubled-haploids A.32, S2.03
Dreb2 D.15
DREB-related genes A.59
drought C.25, D.22, D.23
drought resistance C.23
drought responsive genes C.23
drought stress D.31
drought tolerance C.27, D.15, D.20
durum wheat A.04, A.42, B.06, C.24, C.25, C.26, C.27, C.43, D.18, D.19, D.20, D.21, D.22, D.23, D.24
durum wheat semolina B.07





E
ecophysiology D.11
elicitors D.53
embryogenesis D.29
embryos C.44
emp4 D.28
endophytic bacteria C.33
endoplasmic reticulum D.12
endosperm D.28, D.29, S1.02
endosperm mutants D.27
enriched library A.29
enzyme assay D.70
epialleles S1.05
epigenetic S1.02
epiphylly D.58
epistasis C.27
essential oil A.56, C.33
EST A.40, D.05, D.14, G.15
EST mapping D.43
EST random sequencing G.22
EST-SSR A.40, D.18, D.21
ethylene responsive factors 1.07
evolution A.53
expansin F.10
expression analysis D.17, D.30





F

F1 hybrid breeding S2.06
F1 hybrids A.30
fAFLP A.04
Fagus sylvatica G.27
Ficus carica G.20
FISH A.07
FISH analyses D.84
fishes A.12
flavonoid biosynthesis B.13
flavonoids G.03
flavonoids pathway D.82
flesh D.80
floral gene expression D.83
flow cytometric analysis A.54, G.01
flow cytometry A.37
flower colour A.18
flower explant A.54
flower size A.03
fluorescent fingerprinting D.51
food genomics B.16, B.17
fresh juices B.15
frost resistance 1.03
fruit flies 4.02
fruit quality 1.06
fruit set A.20, D.65
fruit weight G.18
fumonisins C.41
functional foods A.41
functional genomics C.38
functional map G.15
fungal disease F.06
Fusarium graminearum 5.03
Fusarium oxysporum S2.01
Fusarium verticilliodes C.40, C.41
Fusarium wilt D.68





G
Ga1 D.32
GAD65 F.11
gametogenesis D.09
GC-MS A.55
gene annotation D.45, D.52
gene characterization 1.05
gene cloning D.69
gene copy numbers 4.03
gene discovery C.34
gene expression B.06, B.13, C.04, D.27, D.44, D.54, D.57, G.25, 2.02, 3.03, 3.04
gene expression analysis C.44
gene expression and phenotypic analysis C.28
gene family D.81
gene identification G.22
gene prediction D.52
gene regulation C.03
gene silencing S1.01
gene structure D.30
gene transcription S1.02, S1.03
genetic and physical map G.10
genetic characterization A.32
genetic differentiation D.14
genetic diversity A.33, A.40, A.41, A.55, B.13, G.02, G.05
genetic diversity studies A.39
genetic drift A.52
genetic fidelity A.54
genetic linkage map C.43
genetic map A.35
genetic resources A.31, A.44, G.18
genetic structure A.02, D.22
genetic traceability A.06
genetic transformation G.09
genetic variability C.11, G.06
genetically modified organisms E.02, E.05, E.08
genome evolution C.36
genomic AFLP D.05
genomic assembly D.46
genomic characterization 1.03
genomic libraries D.42
genomic sequence D.46
genomics D.39, D.47, 1.09
Genotype x Environment interaction C.01
genotype identification A.04
genotypic identification B.02
geographic structure A.52
germplasm collection D.20, G.14
germplasm conservation D.49
germplasm diversity A.45
gliadin C.37
global change C.05
globe artichoke A.30, A.35
Glossy1 C.02
glutathione S-transferase G.04
Gnomonia leptostyla G.21
GO D.05
grain filling period B.06
grain hardness B.05
grain width and weight D.16
grain yield C.27
grape A.06, C.39, D.10, D.37, D.44, D.54, G.10
grape germplasm D.50
grapevine C.04, D.47, D.55, F.02, G.12
grapevine varieties G.13
grazing A.17
Green Fluorescent Protein E.04
GW2 gene D.16
GxE interaction A.23
gynogenesis S2.05





H
haploids S2.06
haploidy S2.05
haplotype sharing A.50
hardness B.04
heat stress D.24
heavy metals C.08, C.11
Helichrysum italicum (Roth) G. Don A.55
helitron D.13
herbicide tolerance G.24
heritability G.26
heterologous hybridization D.64
heterosis D.25
heterozygosity levels 2.02
HIF D.25
high-amylose B.08
higher genotypes selection 1.05
high-throughput experiments D.27
histone acetylation S1.06
histone deacetylases S1.03
hitchhiking D.23, D.72
HIV F.01, F.12
homeobox transcription factors D.62
homozygosity S2.05
horizontal gene transfer G.24
horticultural traits D.63
HPLC B.12
HPLC-DAD-MS C.30
HSP70 F.15
human impact 3.05
human proinsulin F.08
hybrids A.53
hydroxycinnamoyltransferases A.35
Hypericum perforatum L. D.74
hypoxia G.19





I
IkB C.45
image analysis A.28
immunoglobulin F.07
immunolocalization C.45
in situ hybridization D.41
in vitro androgenesis S2.02
in vitro culture A.54
in vitro fungal growth A.56
in vitro selection E.05
inbreeding depression A.21
indigo D.36
indole D.36
inducible system C.48
inductive genetics and function 5.04
inheritance of flower color A.10
inositol phosphate kinases 2.03
insect pest control 4.02
insecticide resistance D.08
insertional mutagenesis D.60
in situ hybridization G.03
integrated map D.32
Inter Simple Sequence Repeat A.33
Interleukin-10 F.05
internal control D.76
interspecific hybridization A.18
interspecific hybrids S2.04
introgression G.18
introgression lines A.09
IRAP G.13
Isatis tinctoria A.21, D.36
isoprenoids F.03
isoprenoids pathway D.82
ISSR A.36, D.67, D.73, G.02, G.20
Italian rice germplasm A.43
Italy A.53





J
Juglans spp. G.21
Juvenility G.01





K

Kalanchoe xhoughtonii D.78
kenaf D.69
knox genes D.78





L

labelling E.08
laccase C.19
landscape genetics G.27
laser microdissection C.39
LAT52 gene E.06
Lathyrus sativus L. C.01
LCM D.01
leaf agroinfiltration E.04
leaf development D.62
leaf rust resistance C.43, 1.04
leaf stripe C.44
LEAFY COTYLEDON1-LIKE gene D.58
Lens culinaris A.26, A.28
lesion mimic mutant C.35
life cycle A.02
lignin D.69
linkage G.15
linkage analysis A.29
linkage disequilibrium A.11, A.46, G.07, 1.02
linkage map D.19, D.74
linkage mapping D.43
lipoxygenase B.06, D.81
liquid chromatography C.15
LMW-GS A.05
local variety A.26, A.28
Lombardy A.45
low phytic acid S1.01
low temperature C.03
low-abundant proteins D.71
low-input farming system A.23
LTR retrotransposon C.36
Lycopersicon esculentum C.22





M
MADS-box genes D.17
maize A.44, D.13, D.25, D.28, D.33, S1.01
major gene introgression C.37
male sterility A.30
Malus x domestica G.15, G.16, 1.06
mantling D.83
marker development G.15, 1.06
Marker-Assisted Selection (MAS) A.22, A.27, B.11
markers D.18
markers development G.22
mating system A.21
Medicago sativa L. A.17, A.27, D.59, E.02, E.05
Medicago truncatula D.60, D.62
megagametogenesis D.75
megasporogenesis D.75
meiosis D.01, D.84, S1.06
Meloidogyne spp. A.19
melon D.07
membrane proteins F.01, F.12
MEP pathway F.03
metabolic engineering F.19
metal hyperaccumulator C.15
MFDP markers D.74
microalgae C.19
microarray B.14, C.05, C.31, D.44, D.54, D.57, D.59, D.66, D.11, 3.04, 1.07
microelements A.42
microRNA C.17, D.47
microsatellite A.13, A.29, A.31, D.21, G.22, G.23
microsatellite marker G.27
microspore embryogenesis S2.06
mitochondrial genes D.28
Mob genes D.04
mode of reproduction D.43
molecular characterization A.28, D.07
molecular farming F.05, F.13, F.16
molecular mapping C.20
molecular maps D.18
molecular markers A. 09, A.26, A.45, C.11, D.32, D.72, G.05, G.11
molecular traceability B.01
MON810 event E.01
morphogenesis D.04, G.09
morphological characters A.33
morphological traits A.45
mRNA C.03
MSAP D.59, S1.05
mtDNA barcoding A.12
multi-level computational environment D.02, D.03
multivariate analyses C.01
Muscat flavour G.14
mutagenesi A.10
mutant S1.01
mutation D.48
mutator transposon C.36
Myb D.61
Myb transcription factor C.13
myo-inositol 1-phosphate synthase 2.03





N

NBS-profiling G.21
Near-Isogenic-Lines B.04
Nef F.14
Nef protein F.13
Neogene A.52
Nicotiana D.67
Nicotiana benthamiana F.08, F.09, F.17
Nicotiana tabacum C.45, F.05
NIL D.25
nitric oxide C.14
normalization D.76
novel crops (exotic species) A.41
nuclear RNA-binding protein C.28





O

oidium C.39
Oidium neolycopersici 1.08
oil palm D.83, D.84
ol-2 resistance gene 1.08
old and new bread wheat varieties B.03
Olea europaea L. A.38, C.30, G.05, G.06, G.07, G.08
oligo-array D.38
olive oil B.16
on-farm conservation A.01
Opaque2 S1.02
oral tolerance F.05
orthologous genes D.40
Oryza sativa ssp. japonica B.11
Osmyb4 D.40
outlier loci A.01
overdominance A.24
oxidative stress 1.07, C.35
ozone stress C.07





P

Poa pratensis D.41, D.42
p24 F.12
paralogs C.09
parasitoid C.48
parthenocarpy A.20, D.65
parthenogenesis S1.04
Paspalum simplex S1.04
pat-2 A.20
pathogen resistance C.38
pbsk G.08
PCR-marker 1.09
PEG D.71
pentatricopeptide repeat protein D.28
pepper D.63
pepper breeding S2.03
pests 4.02
Petunia hybrida F.10
PG 5.03
PGIP C.36, 5.03
Phaseolus vulgaris L. A.46, A.47, A.48, 2.03
phenolics C.21
phenology 3.02
phenotyping A.43
phisical mapping 1.05
phosphorous A.42, 2.03
photoinhibition and photoprotection 5.04
photoperiod G.26
photoreceptors 5.02
phyllosphere yeasts B.02
phylogenesis D.04, D.17
phylogenetic analysis C.11, D.39
phylogeny D.78
phylogeography A.50
physical map D.18, D.51
physiology C.05
phytate A.42
phytochelatin C.14
phytoextraction C.08
phytoremediation C.12, C.19
PIN-formed D.26, D.29
Pinot Noir gene prediction D.45
Pinot Noir genome D.52
Pinus pinea A.40, 3.05
plant development S1.03
plant disease C.32, C.41, D.07, D.68, D.82, G.16
plant genetic resources A.43
plant insect interactions C.46
plant morphology A.17
plant pathogens resistance F.04
plant performance A.14
plant protein extraction D.56
plant regeneration A.54, E.07
plant reproduction D.09, 1.05
plant transformation C.48, F.13
plant vaccine F.09
plant-microbe interaction C.38
plasmid E.06
Plasmopara viticola C.31, C.32
plastid biogenesis D.38
plastid genes A.06
plastids F.03
ploidy A.07
Pm21 C.37
polar auxin transport D.26, D.29
pollen embryogenesis S2.05
polyammines C.35
polyhistidine C.08
polymerase chain reaction B.07
polyphenols C.30
polyploidy D.59
poplar C.05, C.10, 3.04
population genomics A.47
population structure A.31, A.46
Populus C.07, 3.02
Populus alba C.06, E.03, G.25, 3.03
Populus nigra C.09
Populus spp. G.26
positional cloning D.32, D.65
potato virus X F.09
powdery mildew C.37
powdery mildew resistance A.13
promoter D.42
prosystemin C.22
protein accumulation F.14
protein bodies F.14
Protein Disulfide Isomerase (PDI) gene family D.30
protein purification F.13
protein sorting F.12
proteome D.24, D.56
proteomics D.71, D.79
protoplast fusion S2.01
Prunus persica G.17
PTGS C.46
puroindolines B.04, B.05
PVX F.08, F.17
PVX agroinfection F.10





Q
qPCR B.01, D.69
QTL A.09, A.35, C.20, D.23, D.25, D.63, 1.03
QTL analysis C.27, G.12, G.14
QTL cloning 1.02
QTL effects A.24
QTL mapping 1.06
quality traits A.14
quantitative real-time PCR 4.03
quantitative trait loci D.31
Quercus A.53
Quercus suber A.52
quinoa A.41





R
ramosa1 gene A.03
RAPD G.02
rbcL B.15
reactive oxygen species C.21
Real-Time PCR D.41, D.61, D.76, E.06, E.08, G.03
Real Time RT-PCR G.16
recombinant allergens F.17
recombinant proteins F.08
reference genes D.37
reference materials E.06
refuge area G.27
regulated genes G.19
REMAP G.13
repetitive DNA D.10
reproductive biology A.30
reproductive mode A.02
resistance A.19, C.41, C.48, G.21, 1.09
resistance gene C.32, C.40, D.50, D.82, G.16
respiratory activity D.06
resveratrol D.50, G.24
reticulation A.53
retrotransposon G.13
rhizomatous habit A.17
rhizosecretion F.15
ribosome-inactivating-protein C.40
rice C.18, C.38, C.49, D.39
RIL population A.24
ripening D.54
ripening and fruit quality D.79
ripening time G.12
RNA interference A.07, C.13
rolD C.29
root C.10, C.29
root development D.31
root vitality G.19
roots fungal endophytes C.49
rootstocks C.04
RT qPCR D.37
RT-PCR C.17
RuBisCO D.71





S

salinity stress 3.03
salinity tolerance C.20
salt stress C.21
SAMOVA A.50
saponin A.18
SCAR markers A.19
sectorial chimeras A.10
seed set D.09
seedlessness G.12
selection A.01, A.47
selective sweep D.23
seminal root D.31
semi-quantitative RT-PCR B.06
sensory evaluation B.03
sequence polymorphism A.48
setting A.21
sexual hybridization S2.01
SGP-1 B.10
shoot apical meristem D.33
shootmeristemless mutant D.33
signal peptidase C.47
signal peptide F.15
smallpox F.09
SNP detection D.45
SNPlexTM A.39
SNPs A.11, A.38, A.39, D.14, D.15, G.07
soil C.04
soilborne pathogen D.07, D.68
Solanaceae C.34
Solanaceae genomics D.02, D.03
Solanum bulbocastanum B.12
Solanum habrochaites A.09
Solanum lycopersicum A.25, E.06, F.18
Solanum melongena A.25
Solanum spp S2.01
Solanum tuberosum B.12, D.59, D.64
somaclonal variation D.83, D.84, G.01
somatic embryogenesis D.58, G.01
somatic hybrids A.37
sourdough bread B.03
Southern blot 4.03
species identification A.12
SPS C.29
SSR A.01, A.26, C.20, D.19, D.49, D.73, G.05, G.06, G.11, G.20
SSR markers A.02, B.16, B.17, 2.02
stability C.01
starch B.08, B.09, B.10
starch quality B.11
starch synthase B.10
stem development G.17
stilbene synthase D.50, F.02
stilbenes D.53
stomatal conductance C.25
strawberry D.79
strawberry fruit B.13
stress resistance C.26
stress resistance gene 5.01
stress tolerance A.59, C.02, D.40
stress tolerance genes C.06
StSy G.24
sucrose D.76
sugar beet D.76, D.77, E.07
sulphur starvation C.17
sunflower A.58
suppression-subtractive hybridisation G.25
sweet blue lupine A.15
SWI1 D.06
synteny D.32





T

tannins D.61
terpenes C.46
terpenoids D.53
testcross performance A.24
tetraploid wheat A.05, A.13
therapeutic antibodies F.06
Thinopyrum ponticum 1.04
Thlaspi caerulescens C.15
TILLING population A.58
TNT1 D.60
tobacco F.02, F.03, F.15, F.16
tobacco leaves B.02
tolerance C.10
tomato A.20, C.35, D.65, D.66, 1.08, 1.09, 5.02
tomato genome sequencing project D.02, D.03
Tomentosae D.67
traceability B.03, B.15, E.08
transcription factors C.38, D.61
transcription genomic variation E.03
transcription profiling 5.02
transcriptional profiling C.21
transcriptome D.75, 3.03
transcriptomic D.27, D.68
transduplication D.13
transformation E.03, F.02, F.03
transgenesis 4.02
transgenic event E.08
transgenic lines 4.03
transgenic plant C.08, F.01, F.07, F.11
transgenic rice D.40
transgenic tobacco F.04
transient plant expression F.06
translocation efficiency C.47
transposable elements D.10, D.48
TRI101 5.03
Trichoderma viride F.18
triterpenoid saponins F.19
Triticeae B.05
Triticum durum C.23, 1.04
Triticum urartu D.16
trnK-rps16 G.08
trnT-trnD G.08
tryptophan synthase alpha-subunit D.36
Tuber melanosporum A.02
two-dimensional gel electrophoresis D.24





U
UV radiation D.70
UVB C.05
UVB stress C.06





V
Vaccinia virus F.09, F.16
vacuolar pH D.55
valorisation A.44
variety identification G.06
vector backbone E.02
vegetative vivipary D.78
Venturia inaequalis G.16
vernalization A.07
Verticillium dahliae S2.01
Vetiver root C.33
VHb haemoglobin gene G.09
VIGS 1.08
viral gene C.48
Vitis D.49
Vitis spp. A.39
Vitis vinifera L. C.31, C.32, D.48, D.50, D.51, D.53, D.56, D.57, E.04, G.09, G.11, G.13, 1.07, 4.03
Vitreoscilla stercoraria G.09
vivipary D.35





W
wall-associated kinase C.07
water shortage A.14
water stress C.24, D.57, 3.04
water stress tolerance C.28
waterlogging tolerance G.19
waxy B.08, B.09
wheat A.59, B.08, B.09, B.10, C.36, D.17, D.30, 5.03
wheat kernel proteins D.24
wheat wild relatives D.14
white poplar 3.03
wild almond G.18
wild germplasm A.31
wild potato species A.08
wild species A.09, 1.09
wild wheats B.05
wine traceability B.17
withering D.54
workflow development B.01
WRKY transcription factor C.07
WUE A.14





Y
yeast D.06, F.19
yellow endosperm pigmentation 1.04
yield potential 5.01
yield stability C.24
yoghurt B.02





Z
Zea mays L. A.03, A.24, A.45, C.02, C.40, C.41, C.42, D.26, D.29, E.01, S1.02, S1.03
zein F.14
zigotic and nucellar embryos A.36
zip genes C.18