News

Congressi SIGA

Logo congresso annuale Siga

LII SIGA Annual Congress

Padova,  14-17 September 2008

>> 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
 





2D electrophoresis D.72
2D-DIGE C.29
2-DE 5.03
2D-PAGE C.35
454 sequencing D.71
4CL D.70
   
   

A
 
abiotic stress C.24, C.30, D.31
aborted seeds D.48
ACP F.13
adaptation C.20, C.22
adaptive genetic variation F.10
adult plant resistance A.08
AE-HPLC C.14
Affymetrix oligonucleotide array D.26
aflatoxin B1 E.20
Agrobacterium E.09
Agrobacterium tumefaciens E.06
Agrobacterium tumefaciens mediated transformation F.09
agroinfiltration E.16
albumins and globulins D.39
alpha-mannosidase E.14
alpha-mannosidosis E.14
alfalfa A.46, E.07
allele-sharing F.06
allergens E.16
allergy A.02
aminoglicoside 3’-adenylyltransferase (aadA) E.03
AMMI C.20
Amygdalus webbbi A.53
amylose content B.04
anthocyanin biosynthesis D.49
anthocyanins D.15, D.72
antioxidant genes C.36
anti-tumoral properties D.65
apomixis D.53, D.54
apospory D.52
APOSTART D.53
apple A.51
apple proliferation A.50
Arabidopsis C.30
Arabidopsis thaliana B.14, C.23, C.24, D.41, D.42, D.48, 4.02
Arabidopsis thaliana ecotypes A.21
aroma D.56
artichoke A.42
ascorbate B.12, B.14
ascorbic acid B.13
Asparagus officinalis A.41
association mapping 1.05
autocorrelation A.16
autoimmune diabetes 6.03
auxin D.47, 4.02
awn D.21
   
   

B		  
BAC D.75
Bactrocera oleae C.38
badda bean A.38
barcoding C.34
barley A.17, D.04, D.21
barrel medic D.49
benzenoid production D.61
berry D.15
berry proteome 5.03
berry ripening D.55
Beta vulgaris D.36
biodiversity D.73, D.76, F.01, 3.04
bioinformatic D.13, D.24
biolistic apparatus E.03
biomass A.44
biopesticide B.13, C.15
Biscutella laevigata C.34
blast A.20
BLAST analysis D.07
blast resistance C.11
Bois Noir D.26
bottleneck A.37
bovine B.20
Bowman-Birk D.65
Brachypodium distachyon D.28
branching enzyme B.06, 5.02
bread wheat B.07
breeding A.50
BSA - bulked segragant analysis D.51, F.06
bZIP transcription factor C.35
   
   

C		  
C3'H D.06
cadmium accumulation C.32
calorific value A.12
candidate genes D.18, D.52, 3.02
Capsicum spp. D.29
cardoon A.43
carotenoid D.64, F.05, 5.06
carotenoid biosynthetic pathway 3.03
Castanea sativa F.10
CBF D.37
CCCH zinc finger domain C.30
cDNA-AFLP C.13, D.46, F.04
cell cultures D.12
cell wall D.44
cereals B.03
cervical cancer vaccine 6.02
characterization A.26
chelating agents D.67
chicory D.09, 4.03
chitinase C.15
chlorophyll fluorescence C.03
chloroplast A.44, E.11
chloroplast microsatellites A.37
chloroplast transformation E.03, E.13, E.22
chromatin remodelling D.57
chromosome A.03
chromosome 12 sequencing D.75
chs genes F.14
chymotrypsin inhibitor D.65
circadian rhythm C.08
citokinins 5.07
Citrus sinensis D.72, 1.06
cline of variation A.16
clonal root technology 6.02
co-existence A.01
cold stress D.35, D.36
columnar F.07
Combimatrix D.25, D.27
common bean A.36
comparative genome hybridization D.10
comparative genomics D.77
computational genomics D.17
conservation A.47, A.49
conservation of biodiversity A.01
contig D.37
conventional and organic seed production A.01
copia retrotransposon D.23
copper D.67
copy number A.28
core-collection 1.05
Corylus avellana A.52
COS II markers A.33
cpDNA A.36
CPPs C.15
cp-SSR F.12
cre/loxP E.01
crop adaptation 4.05
crop systems biology D.21
Cucumber Mosaic Virus C.07, D.25
cultivar identification A.05
cultivar susceptibility E.09
cuticle D.45
cuticular waxes C.23
cyclic GMP C.24
Cynara A.42
Cynara cardunculus L. D.66
Cynara cardunculus var. scolymus D.06
Cynares A.42
Cytochrome c6 D.67
cytogenetic map 4.04
cytokinin 4.02
cytotoxic T cells E.21
   
   

D		  
DArT technology 2.02
Dasypyrum villosum 4.05
database D.24
defence genes C.10, C.11, C.18
defense response D.25, D.27
Dehydration Responsive Transcription Factor 1 (TdDRF1) A.10
dehydrin C.25
delivery C.15
DELLA domain A.13
demography 3.02
Dermatophagoides pteronyssinus E.16
descriptor A.42
development C.24
DH A.17
different soil C.39
different rootstocks C.39
differential expression C.38
DIGE 5.03
disease evaluation A.20
disease resistance gene A.30
disulfide bonds E.11
DNA barcodes F.01
DNA damage C.19
DNA extraction B.17
DNA extraction methods B.10
DNA sequence D.22
DNA sequencing 1.02
domestication A.25, A.35
doubled haploids A.41
drought C.25, D.34
drought related-genes C.39
drought stress E.10
drought tolerant C.26
durable resistance A.08
durum wheat A.05, A.07, A.08, A.09, C.12, C.22, C.30, D.39, E.02, 5.02
durum wheat transformation E.09
dwarf mutants A.13
DXS D.56
   
   

E		  
E3 ligase D.31
  4.05
ECL B.01
ecotype A.39
embryo development D.45
embryo rescue D.58
EMS B.07
endangered genotypes A.52
endosperm mutants D.50
environment C.20
enzyme replacement therapy E.14
epigenetic D.12
epigenetic mechanisms D.59
essential oils A.24, C.05
EST D.71
EST database D.63
EST survey D.77
EST-SSR D.01
ethylene responsive factors D.55
event-MON810 maize B.02
exercises D.20
expansin gene D.44
expression D.65
expression analysis C.39, D.48
expression profiling D.26
   
   

F
 
fAFLP A.07
Falsiflora D.60
fatty acids A.22
Ficus carica F.11
field beans A.34
fine mapping D.51
FISH F.11, 4.04
flavonoids D.33
flavour B.15, B.19
FLC D.09, 4.03
flour quality B.05
flower development D.60
flower induction D.60
flowering photoperiodic response 3.03
flowering transition D.09, 4.03
fluorescent fingerprinting D.05
fluorescent-ISSR F.12
food genomics B.17
free simple hybrids A.46
fresh-cut 2.03
frost resistance D.37
fruit development 5.04
fruit ripening F.05
fruit-set C.21
fumonisins C.09
functional annotation D.18
functional genomics C.11, D.73, D.74
fungal disease E.19
Fusarium oxysporum C.14
Fusarium verticilliodes C.09
   
   

G		  
gabaculine resistance E.07
GAD65 6.03
gametogenesis D.42
GATA A.54
gene annotation D.16
gene expression B.16, B.19, C.13, C.25, C.27, D.08, D.14, D.17, D.33, D.49, D.50, E.04, E.10
gene expression profiling C.07
gene flow E.08
gene function F.09
gene introgression 2.02
gene mapping D.54
gene network 5.05
gene ontology D.18, D.46, 5.04
gene pool A.37
gene prediction 1.02
gene pyramiding A.19
gene regulation D.57
gene silencing C.17, D.57, E.06
gene structure D.17
gene transcription D.59
genetic analysis F.06
genetic differentiation A.48
genetic diversity A.23, A.27, A.29, A.36, A.37, A.38, A.40, A.48, A.49, A.54, A.55
genetic landscape A.16
genetic map A.33, A.43
genetic mapping D.06
genetic resources 3.04
genetic structure A.47
genetic variation F.01, F.10
genome D.11
genome annotation 1.04
genome properties 1.04
genome structure D.78
genomic libraries D.53
genomic loci D.22
genotype identification A.07
genotyping F.03
germacrene-A synthase D.66
germplasm A.29, A.38, A.52
GFP - green fluorescent protein E.03, F.09
GFP fusion A.14
gibberellins A.13
globe artichoke A.43
glutathione S transferase 1.06
gluten B.07
gluten strength B.05
glutenin subunits E.02
glutenins B.05
GM crops A.01
GMO B.01
GMO detection and quantification B.02
grain yield C.22
granule bound starch synthase B.04
grape D.14, D.56, 1.03
grape clones D.10
grapevine B.19, D.11, D.13, D.15, D.27, E.18, 1.07
grapevine germplasm D.30
green flesh C.03
Group II introns D.02
growth C.24
GSA-AT E.07
GUS expression D.44
GxE interaction C.20
gymnosperms D.02
   
   

H		  
haplotype F.13
HCT D.70
HD-ZIP III transcription factors D.43
heading date D.04
heat stress D.35, D.39
heavy metal C.34, C.35, C.36
Helianthus annuus D.08, D.22, D.23
herbicide resistance E.08
heterologous microarray 2.05
heterosis A.15
HICF D.37
high amylose 5.02
high amylose starch B.06
high salinity D.34
high temperature C.21
high-throughput experiments D.50
HIV-1 6.04
Homeobox transcription factors 5.07
Hordeum vulgare A.16
horse D.20
housekeeping genes D.19
HPLC B.16
HRGC-MS metabolic profile D.56
hybrids A.32, A.41
hydrogenase hup C.02
hypersensitive response (HR) C.28
   
   

I		  
IkB C.06
IL-8 D.20
image analysis A.03, B.08, B.09
in situ conservation A.11
in situ hybridization D.62
indirect defence C.17
Inductively Coupled Plasma-Mass Spectrometry C.33
inflorescence D.09, 4.03
influenza virus E.21
interspecific hybrids D.76
introgression A.11
introgression lines A.33, B.13
intron 1.03
intron gains and losses D.02
intron retaining 1.06
ion uptake C.33
isothermal calorimetry 2.04
ITS A.36, C.04
   
   

J		  
Juniperus hemispherica A.49
Juniperus nana A.49
   
   

K
 
Kalanchoe xhoughtonii D.62
knockout mutant D.38
knox genes D.62, F.09
   
   

L
 
laccase C.37
landrace A.11, A.29, A.38, A.39
LC-MSMS D.72
leaf C.27
leaf rust A.08, C.12
leaf rust resistance D.28
leguminous C.02
Lens culinaris A.39
lentil A.40, D.65
LINE 1.03
linkage analysis A.43
linkage disequilibrium 1.05, 3.04
linkage mapping D.07, D.54
LMW-GS A.06
local germoplasm A.30
localization studies A.14
locked nucleic acid (LNA) B.02
locus 4.04
long terminal repeats D.23
low nitrogen C.22
luciferase D.67
lupeol synthase gene F.15
luteolin B.16
lutescent-2 C.03
Lycopersicon esculentum A.54
lycorine resistance D.69
   
   

M		  
M13-PCR A.24, C.02
maize A.13, A.15
maize seed A.12
Malus F.08
Malus domestica F.07, 1.05
Malus spp. A.50
mandarin F.04
mannose E.01
marker-free E.01
MAS - marker-assisted selection A.30, A.31, F.06
mass spectrometry D.39
Matrix Attachment Region E.15
maturity flesh D.72
measuring tool A.03
meat traceability B.20
Medicago sativa A.45
Medicago truncatula C.19, D.46, E.12, 5.07
Mediterranean conifers 3.02
Mediterranean regions 2.05
megagametogenesis D.52
meiosis D.53, D.68
Melaleuca alternifolia C.05
Merinos derived breeds A.27
metabolic pathways D.18
metabolic profiling B.15
metabolic variation D.57
metabolism D.49
metabolomic D.64, 5.06
metal transporters genes C.32
metallothioneins C.27
methylation D.08
methylation DNA D.32
micorrhyzation C.36
microarray A.45, D.25, D.27, D.64, D.74
microdensitometric analyses D.68
micrografting A.50
microRNA C.07, 1.07
microsatellite A.26, A.27, A.51, A.54, A.55, B.18, D.01, D.17, F.10
mimotope E.20
mitochondria D.02, D.58
mitochondrial DNA polymerase gamma D.69
MMP-1 D.20
mode of reproduction D.54
model plant A.21, D.28
molecular and biochemical analysis C.21
molecular cytogenetics F.11
molecular farming E.17, 6.05
molecular mapping D.29
molecular marker A.18, A.23, A.41, B.17, D.01, F.03, F.07
molecular phylogenetics D.02
monoterpenses B.19
morphological and molecular characterization A.53
morphological characterization A.21
morphophysiological characteristics A.39
MSAP A.45
mutagenesis B.06
Myb transcription factor C.31
mycorrhizal C.04
   
   

N
 
nanoparticles B.01
natural range A.48
near isogenic line A.15
network analysis B.15
new varieties 2.05
next generation (re)sequencing D.10
NF-Y genes D.48
nickel D.67
Nicotiana benthamiana E.20
Nicotiana tabacum C.06, C.18, C.37, D.32, E.13, E.14, E.15, E.22, 6.04
NIL A.17
nitrogen mobilization D.46
nitrogenase C.02
NMR D.34
normalization D.19
nptII E.01
nuclear SSRs A.47
nucleic acids detection B.01
nucleotide pyrophosphatase B.14
nucleotide variation D.11, F.14
   
   

O
 
Ochrobactrum lupini C.02
oil content A.12
oil palm D.68
oil synthesis F.13
Olea europaea L. B.18, C.38, D.71, F.12, F.13, F.14, F.15, 5.04
olive D.78, F.16
olive oil B.17, F.16
oloeosin E.17
oregano A.24
organoleptic quality B.11
Oryza sativa A.18, B.04, D.34
oxidative stress C.19
ozone stress C.28
   
   

P
 
paleopolyploidy 1.03
paralog D.63
particle bombardment E.06
PCA D.34
PCR A.06, B.10
PCR select C.14
PCR-based marker A.19
pentatricopeptide repeats D.58
percent embryo A.12
Petunia hybrida D.44, D.61
Phaseolus A.38
Phaseolus vulgaris A.35
phenolic compounds B.16
phenolics B.14
phenotypic and qualitative evaluation A.34
phenylpropanoid metabolism D.06
phenylpropanoid pathway D.70
photoreceptors C.08, C.29
photosynthesis E.10
phylogenesis A.04, A.44
phylogenetic analysis A.18
phylogeography A.47
physical map D.05
physical mapping D.37
phytochrome 4.02
phytoremediation C.34, C.35, C.37
PIN D.47
PIN-formed1 A.14
Pinus sylvestris A.48
plant bio-farming 6.02
plant defense C.06
plant development D.40
plant development and reproduction D.42
plant disease A.09, A.51, C.09, C.10, D.24, E.13
plant farming E.19
plant insect interaction C.17
plant pathogens C.05
plant performance C.26
plant protein extraction 5.03
plant virus peptide vaccine E.21
plant-bacteria interaction C.01
plant-derived vaccines E.17
plant-pathogen interaction C.14
Plasmopara viticola D.27, D.30
plastid genome D.76
plastid transformation E.04, 6.04
plastidial and nuclear diversity A.35
Platanus acerifolia C.10
Pleorotus ostreatus C.37
ploidy manipulations 2.02
polar auxin transport A.14, D.47
pollen detection A.02
pollen development D.48
pollen quantification A.02
pollen tube F.04
polyphenols B.13
polyploidy A.45
poplar C.27
population genetics A.48
population structure A.27, F.16
Populus D.16
Populus alba C.36
potato 2.03, 2.04
potato breeding 2.05
PR1 C.06
pre-cooked 2.03
preference mapping B.11
primer extension B.01
processing 2.04
programmed cell death (PCD) C.28, D.45
promoter D.53
promoter region D.08
protein localization D.38
protein quality control E.11
protein stability E.11
proteomics C.29, D.35, E.10
PRs genes C.08
Prunus persica F.05
pseudo-testcross A.43
Puccinia brachypodii D.28
PVX E.16, E.20
Pyrenochaeta lycopersici C.13
Pyricularia grisea A.20
Pyronemataceae C.04
Pyrus communis L. C.08
   
   

Q		  
qPCR B.03
qRT-PCR A.50, D.20, D.38
QTL A.15, B.12, D.04, F.06
QTL analyisis A.17
quality A.32, A.40, B.08, B.09, 2.03, 2.04
   
   

R		  
Random Amplified Polymorphic DNA (RAPD) A.10
Rb7 E.15
R-banding 4.04
rDNA F.11
reactive oxygen species (ROS) B.14, C.28
Real Time PCR A.02, A.04, A.26, B.02, D.19, D.36, E.02
recombinant pools D.51
red rice E.08
reduced grain filling (rgf1) D.51
reference genes D.19, D.36
regulatory networks D.18
repeated sequences D.22
re-sequencing D.10, D.11
residual heterozygous line A.15
resistance C.09
resistance gene A.32, A.51, C.12, D.24, F.08, 4.05
resistance QTL A.09
resistance traits 2.02
resveratrol D.13, D.30
retail 2.03
retransposons A.04
retrograde regulation D.69
reverse genetics D.73
rhizosphere C.35
Ribes F.03
rice A.19, B.03, C.11, C.30, C.32, D.73, E.08, 3.04
rice blast resistance A.19
ripening D.14, D.64, 5.05
river buffalo 4.04
RNA binding protein D.38
RNA interference D.62, 5.02
RNA-Seq 1.07
root and shoot development D.41
root secretion 6.05
root-associated bacteria C.01
ROS 5.05
RTG genes D.69
   
   

S
 
Saccharomyces cerevisiae D.69, D.70
safflower A.25
sanitary characteristics A.39
SBCMV tolerance A.09
scFv 6.05
secoiridoids D.71
secondary metabolism E.12
seed set D.42
seed weight A.12
seedling resistance A.08
selection A.11, A.16, 3.02
self-incompatibility F.04
selfing A.46
semolina mixture A.07
senescence D.12, D.46
sensory analysis B.15
sequencing D.78
sesquiterpene lactones D.66
sesquiterpene metabolism C.01
sesquiterpenes B.19
sexual barriers 2.02
shade avoidance response 4.02
sheep A.27
shoot apical meristem D.40
shrunken kernels B.08
Simple Sequence Repeat (SSR) A.10, A.23, D.07
site-specific mutagenesis E.07
smallpox vaccine E.22
SNP - Single Nucleotide Polymorphism A.36, B.04, B.20, F.03, F.13, F.15, 1.05, 3.02, 3.04
Solanaceae D.77
Solanum cardiophyllum A.28
Solanum lycopersicum A.29, B.13, C.07, C.16, C.17, C.33, D.60
Solanum melongena D.07
Solanum melongena wild relatives C.14
Solanum tuberosum A.45, E.04
somaclonal variation D.68
somatic embryogenesis E.05
somatic variation D.10
spaghetti specks B.09
spectinomycin E.03
spermine D.43
spineless A.25
SSR A.11, A.49, A.54, A.55, B.04, B.10
SSR markers A.05, A.46
standard reference plasmids B.02
Staphylococcus aureus E.15
starch B.07, 5.02
stilbene synthase D.13, D.30, E.18
stress tolerance C.10, C.23, D.32
structural enzyme D.63
structural genomics 1.02, 1.07
structural variation D.11, D.16
subcellular localization 6.03
subtractive library 5.04
sucrose metabolism D.36
SUMOylation D.35
sunflower A.22, D.76
suppression subtractive hybridization C.38
sweetening 2.05
symbiotic nodule formation 5.07
systemin C.16, C.17
   
   

T
 
target genes D.43
temperate rice germplasm A.20
tetraploid wheats A.06
TGase F.04
Thelephoraceae C.04
therapeutic antibodies E.19
TILLING B.06, B.07, D.73
TILLING population A.22
TMOF C.15
tobacco E.18
tolerance to abiotic stresses A.40
tomato A.30, A.31, A.32, A.55, B.15, C.03, C.13, C.21, C.29, D.25, D.33, D.64, D.75
tomato food chain B.10
tomato fruit B.12
tomato genome 1.04
tomato transcriptome 1.04
traceability A.26, B.03, B.18, F.16
traditional and modern tomato varieties B.11
traditional knowledge A.52
transcription factors C.07, C.11, D.08
transcription level A.28
transcription profiling C.29
transcriptional repair C.19
transcriptome B.12, D.50, D.71, D.74, D.77, 5.06
transcriptome analysis 1.02
transformation E.02, E.05, E.18
transgenic E.08, E.12
transgenic maize E.10
transgenic plant B.16, C.08, C.16, C.18, E.22, 6.03
transgenic potato 5.06
transient transformation E.06
transposable elements D.16
TRAP F.12
tree architecture F.07
tree species F.01
triterpene saponin E.12
triterpenoids F.15
Triticum aestivum B.06, D.05
Triticum durum A.10, B.08, B.09
Triticum turgidum var. durum C.20
trnT-trnD F.12
Tuber magnatum C.04
tuber physiology 2.04
two-dimensional electrophoresis A.06
Two-hybrid system D.31
Ty-1 A.31
Ty-2 A.31
   
   

U		  
ubiquitylation D.31
unigene D.63
unique oligo D.63
unreduced gametes F.11
UPP B.05
upstream region F.14
UV-B D.33
uvr8 gene D.41
   
   

V		  
vaccine E.20, 6.04
Vaccinium A.26
vacuolar pH D.15
varietal identification A.18
varietyfont> A.42
vascular development D.43
Ve gene D.29
vegetative vivipary D.62
Venturia inaequalis A.51
vernalization D.09, 4.03
Verticillium spp. D.29
vetiver oil biogenesis C.01
Vetiveria zizanioides (L.) Nash C.01
Vicia faba spp. A.34
Vigna unguiculata C.25
virgin olive oil B.18
viroid RNA E.13
virus A.31
Vitis D.12, E.01
Vitis vinifera C.39, D.13, D.26, D.30, D.55, D.61, E.05, 5.03, 5.05
vitreousness B.08
VNTR A.55
volatile composition F.05
   
   

W		  
water deficit C.27
water shortage C.26
water stress C.22
water stress/adaptation D.38
wheat D.01, D.19
wheat quality 4.05
whole genome duplication 1.03
wild potato A.28
wild species A.33, F.08
wild tomato species 3.03
WIS2-1A A.04
withering D.14
   
   

X		  
   
   

Y		  
yield A.32
yield components A.17
ysl1 C.33
   
   

Z		  
Zea mays L. A.14, C.09, C.23, D.40, D.47, D.58, D.59
zeolin E.11