LXV SIGA Annual Congress
“From genes to fork: On Mendel’s footsteps”

 06-09 September 2022

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 1
A
ABA3.04
ABA signaling5.43
abiotic stress5.25, 5.38, 5.47, 5.59, 5.60, 5.65
acetolactate synthase5.36
acrylamide1.19
adaptation5.55
adaptation genomics5.22
adaption6.09
agro-diversity5.18
agrobiodiversity6.18
agronomic traits5.33, 7.08
Albedo5.16
alfalfa5.45
allele identification5.60
allele mining5.39, 5.60
Amaranthus hybridus5.36
ancient subspecies5.07
anthocyanin6.34
anthocyanin maintenance1.26
anthocyanin pathway1.13
anticancer activity1.24
antinutritional molecules7.27
antioxidant capacity7.33
antioxidant effects1.13
antioxidants1.03, 5.53, 7.19
apocarotenoids1.02
Apocynaceae6.25
apple7.10
apple pathogen7.12
apple storage7.12
apricot5.54
Apulian grapevines1.13
Arabidopsis6.31
Arabidopsis thaliana5.13, 6.15
arbuscular mycorrhizal fungi2.06
aroma5.63
artichoke7.23
Arundo donax L.5.08
ascorbic acid1.14, 1.18
Aspergillus flavus5.04
Asteraceae4.07, 5.27
autochthonous wheat7.07
auxin3.03, 3.08
Avena sativa1.12
avenanthramides1.12
B
background selection7.11
barley4.03, 5.02, 5.03, 5.16, 5.31, 5.32, 5.50, 6.17
bean1.17
beta-carotene1.20
beta-glucans1.12
big genomes6.24
bigdata7.13
bio-fortification1.20
bioactive phytochemicals7.20
biochar5.53, 5.61
biochemical markers5.20
biodiversity5.17, 5.56, 6.32, 7.18
biofertilisier2.03
biofertilizers5.61
biofortification1.27
bioinformatic tools6.02
bioinformatics6.16, 7.13
bioprospecting1.22
bioristor5.19
biosensors5.19
biostimulants5.10
biotic stress5.09, 5.30, 5.65, 6.28
blast resistance7.11
Botrytis cinerea5.14, 5.41
bread wheat5.07, 5.21
breeding1.07, 5.65, 6.23
broccoli-raab1.09
bromatological analyses1.16
broomrapes2.04, 5.09
BSAseq4.04
buds6.11
buttercup6.23
C
C/N/S partitioning1.05
cadmium5.08
cadmium toxicity7.03
Camelina sativa1.16
candidate genes4.08
cannabinoids7.33
Cannabis sativa2.07, 7.17
caprifig6.11
Capsicum annuum7.35
CBF genes6.17
cervical cancer1.15
chestnut7.18
chickpea5.11
Chlamydomonas reinhardtii7.29
Chloride Channel (CLC) family members5.35
chlorophyll content5.16
chloroplast genome5.12
chloroplasts6.15
chondriome7.02
chromosome engineering5.25
chromosome number7.22
Citrus sinensis6.34
climacteric ripening3.03
climate change4.14, 5.16, 5.26, 5.52
climate-ready crops5.22
clonal selection6.32
cold stress6.34
cold stress resistance1.10
common bean6.07
complex genomes4.05
computational reproducibility7.13
conservation varieties7.07
conservative agriculture5.18
conventional agriculture5.11
copy number variation6.15
cosmetic1.22
CREs6.13
CRISPR/Cas91.11, 1.14, 1.21, 2.04, 3.08, 3.09, 3.10, 4.05, 6.12, 7.35
CRISPR/Cas9-mediated mutagenesis5.05
crop improvement5.07
crop protection3.06
CTV6.06
cuticle5.44
CWR7.28
cytotoxic activity1.15
D
danger signaling3.05
database4.07
de novo genome5.06
DEGs4.04
development7.34
diagnostics6.22
differentially expressed genes5.15
disease resistance5.54, 7.14
disease resistant genes5.37
DNA and Protein Delivery7.26
DNA content7.22
DNA methylation6.19, 6.31, 6.34
DNA traceability6.14
domestication6.07, 7.31
drought5.20, 5.40, 5.58, 5.59
drought resistance5.44
drought stress1.04, 5.19, 5.21
drought tolerance5.60
durum wheat1.19, 1.20, 1.27, 4.10, 4.16, 5.18, 5.37, 5.39, 5.49, 5.57, 5.58, 7.08
E
early disease detection5.41
eco-friendly tools3.06, 5.10
ecosystem services2.07
eggplant3.08
elicitation1.26
elicitor7.33
elicitors7.30
embryo rescue7.09
endive5.12
environment5.27
environmental sustainability1.04
epigenetic6.28
epigenetic variation6.01
epigenomics6.31
Eremocitrus glauca5.06
Ethiopia5.22, 6.21
ethylene3.03, 7.16
Evolutionary Population (EPs)5.21
ex situ conservation7.15
exaptation6.02
exome capture4.15
expression analysis1.03
extracellular vesicles1.24
extraradical mycelium2.06
F
farmers5.55
fatty acid profile7.27
fig6.11
fig genome4.09
fig tree4.09
fine mapping4.12
Flavescence dorée7.06
flavones2.01
flavonoids1.26, 3.07
flax7.19, 7.30
floret6.26
florigens6.05
flow cytometry6.25, 7.22
flower and vegetative buds6.10
flower color6.23
flowering time4.13, 5.27, 5.47
food quality5.53
FR-H1 locus6.17
FR-H2 locus6.17
free asparagine1.19
frost resistance6.17
fruit quality7.10, 7.12
fruit ripening7.16
fumonisins6.12
Fusarium5.42
Fusarium Ear Rot resistance5.33
Fusarium seedling rot5.15
Fusarium verticillioides5.04, 6.12
G
GABA1.09
gamma-zeins1.25
GAP analysis7.28
GBS1.16, 4.06
GC-MS5.63
Gene Coexpression Networks5.46
gene editing5.43, 6.01, 7.23, 7.35
gene expression5.20, 5.26, 5.35, 5.62, 6.33, 7.05, 7.12, 7.25
gene flow4.06
gene silencing3.10, 5.36
genetic analyses1.17
genetic characterization6.18
genetic diversity4.02, 4.06, 4.16, 5.42, 5.46, 5.47, 6.11, 7.07
genetic improvement5.47
genetic map6.23
genetic resources6.18, 7.18
genetic structure7.32
genetic variability4.09, 5.11
genome assembly4.09, 6.25
genome editing1.21, 3.08, 3.10, 5.27, 5.31, 5.46, 5.49, 5.50, 5.65, 6.07, 6.13, 7.02, 7.26
genome evolution6.02
genome sequencing4.04, 7.06
genome-wide association analysis4.02
genomic data4.07
genomic prediction7.08
genomic selection6.21
genomics6.09
genotype diversity7.27
genotype selection5.19
genotyping6.24, 6.32
Genotyping by sequencing4.05, 6.24, 7.31
germination5.03
germplasm1.07, 5.23
germplasm bank7.15
germplasm collection6.29
germplasm resources4.15
GFP marker gene7.21
Giant Reed7.22
gibberellin3.02
GL155.44
Global durum genomic resource6.04
gluten proteins7.07
Goldenbraid1.11
grafting6.19
grain colors1.23
grain yield potential6.30
grapefruit1.03
grapevine5.14, 5.52
grapevine clones7.06
GreeNC26.16
GRF5.50
GST5.59
GWAS1.12, 1.19, 4.03, 5.18, 5.28, 5.29, 5.34, 5.52, 5.57, 5.58, 6.04, 6.09, 6.21, 6.30
GxE interactions7.05
H
hairy roots1.18, 1.24
haplotype4.11
heading3.02
health-promoting effects1.23
healthy diet1.08
heat stress5.39
heavy metals5.08
Helianthus annuus6.02
hemp7.33
heterosis5.33
HIF-derived near-isogenic lines6.03
High throughput phenotyping5.62
histone modification6.33
HLB5.06
Hordeum vulgare5.64
hormonal crosstalk3.03
hormone signaling3.05
horti-floriculture7.24
horticultural species5.46
horticultural traits5.29
Hsp265.39
HvPDIL5-1 gene5.49
hyperaccumulators7.03
hypoxia5.03
I
imputation4.11
in vitro assay1.26
in vitro culture7.09
in vitro production7.20
in vitro regeneration7.35
InDels4.08
induced resistance6.28
inflorescence architecture and branching6.08
inflorescences7.17
integrated defence5.14
international cooperation5.23
interspecific population7.31
Introgression Lines5.38
Inula7.20
isomerase3.09
J
juvenile and adult phase5.44
K
KASP markers6.03
kernel chloroplast1.05
L
laccase5.31, 7.29
landraces4.16, 5.22, 6.09, 7.32
LC-MS5.63
LC/MS QTOF3.07
leaf and root transcriptome5.08
leaf rust restistance4.12
Lebanon7.28
lenttil5.11
lettuce1.14, 2.03
lignans7.19, 7.30
lipid metabolism1.10
lipoxygenase5.04
lncRNAs6.16
Lombardy7.18
long-term conservation7.28
loss-of-function mutants1.18
Lotus corniculatus3.07
low phytic acid mutants1.04
low-coverage sequencing4.11
Lycopersicon esculentum5.65
M
MADS-box transcription factors6.08
MAGIC maize population5.15
MAGIC population6.20
magnetic nanoparticles7.26
maize1.04, 2.01, 5.04, 5.17, 5.42, 5.44, 5.45, 5.56, 6.09, 6.20, 7.15
maize allergens1.25
maize germplasm5.40
maize landraces6.18
male infertility6.31
Malus domestica3.03, 7.04
mandarin6.35
MAP kinases3.05
marker-assisted breeding7.14, 7.24
marker-assisted pyramiding7.11
MAS5.54
MCSeEd6.19
Medicago sativa7.25
medicinal plants1.24
meristem6.08
metabolic engeneering1.10
metabolic profiling5.28
metabolomics6.11
metagenomics2.07
methy-sens comet assay7.03
microbial biodiversity2.02
microbiome2.05, 2.08, 5.56
microelements1.27
mining7.23
MinION6.22
miR3965.50
miRNA5.31
mitochondria6.15, 7.02
molecular assay5.14
molecular diversity6.29
molecular fingerprinting7.32
molecular marker analysis5.24
molecular markers6.29, 7.31
morpho-biometric parameters5.38
mountain environment1.17
multi environmental trial5.17, 6.04
multiparental maize population5.33
multivariate analysis7.08
mutants5.64
MYB1.23
mycorrhizae5.20
N
n-37.27
N-acetyl-5-methoxytryptamine3.07
NAM populations5.07
nanomaterials6.15
nanopore sequencing6.22
natural rubber6.33
new plant breeding techniques1.18
NGS5.39, 6.07, 6.13, 6.35
Nitrogen Use Efficiency (NUE)5.35
non conventional cropping system2.07
non-chemical weed control5.36
nutraceutical compounds3.07
nutritional values7.18
O
Olea europaea4.06, 5.24
Olea europea L.1.15
olive5.20, 5.24
omic approach1.05
omics1.09
onion7.32
open science7.13
orange tomato5.55
organic farming5.34
organic phosphorus5.45
ornamentals6.24
OsMADS346.08
osmotic adjustment5.58
osmotin1.15
Oxalobacteraceae2.01
P
P uptake2.06
PacBio long read sequencing4.14
pan genome4.14
pangenome4.03
paralogs7.34
parthenocarpy3.08
participatory plant breeding5.34
particulate matter2.05
peach5.54, 6.10
pear7.16
PEG-mediated transfection7.21
peptide6.28
perennial grains2.02
pest agents3.06
pest management5.48
PGPM5.53
PGPR5.13
PGRFA1.17
Phaseolus vulgaris1.08, 4.11
phenolic compounds1.06
phenotypic comparison2.04
phenotypic plasticity7.05
phenotyping7.16
phenylpropanoids7.17, 7.34
phosphate transporters2.06
phosphorus1.04
photosynthesis efficiency5.16
phycoremediation7.29
phyic acid1.21
phylogeny4.08
physical mutagenesis7.22
phytic acid1.27
Pi genes7.11
pigmented maize5.23
pinktomato1.07
Pistacia vera4.14
plant architecture5.64
plant biofactories5.48
plant breeding1.16, 5.55, 7.24
plant cultivation1.22
plant development5.05
plant genomics7.24
plant immunity3.05
plant pathogen6.22
plant phenotyping7.14
plant resistance5.10
plant resistance to pathogens3.05
plant secondary metabolites1.22
plant sensing3.10
plant tissue culture1.15, 7.30
plant-pathogen interactions5.41
plastic7.29
ploidy6.29
PM2.05
pollen6.31, 7.26
polyamine metabolism5.05
polygalacturonase 2a (PG2a)1.11
polyphenols7.19
positional cloning4.13
post harvest1.10, 7.12
PPO activity4.10
PPOs7.23
protein content7.27
protein fragments5.10
protoplast7.21
protoplast-derived calli7.21
provitamin A1.20
pulse thermography5.41
pummelo1.03
purple durum wheat1.23
pyramid pangenome4.15
Q
qRT-PCR5.35
QTL4.13, 5.02, 5.32, 5.52, 5.57, 5.58, 6.21, 6.26, 7.10
QTL mapping5.33, 6.20, 7.16
QTLs6.23
quantitative traits6.01
R
real-time PCR6.35
Recombinant Inbred Lines4.04
reduced-representation sequencing techniques6.24
repeats4.05
reserve proteome5.61
resilience5.25
resilience traits4.15
resistance4.16, 5.42
resistance genes5.06, 5.30, 6.12
resistance inducers3.06
resistant starch1.05
reverse genomics3.10
rhizosphere2.01
rice3.02, 7.11
rice (Oryza sativa)6.08
rice flowering6.05
RILs6.26
RNA-seq1.06, 4.04, 5.08, 5.15, 5.30, 5.63, 6.06, 7.04
RNAi5.36
Rolled Towel Assay5.15
root2.01
root growth angle5.02
root phytase5.45
root rot5.40
root system architecture4.02, 5.40
root traits5.57
S
S-RNase6.35
S. pimpinellifolium7.31
saffron1.02
salt stress5.10, 5.59
salt stress tolerance5.13
SAM6.05
San Marzano landrace6.27
SBCMV5.51
seed nutritional quality1.25
seed production5.17
seed quality1.08
seed storage proteins1.25
seed traits6.20
seedlessness6.35, 7.09
selection criterion5.40
senescence7.34
Septoria tritici blotch4.16
sex pheromones5.48
sexual polyploidization7.25
SG29 and M39 isolates6.06
short and long reads technologies6.06
sink-source interplay.6.03
SlMYB121.07
small peptides3.06
smallholder farming5.22
SNP7.32
SNP array6.30
SNP genotyping7.14
SNP markers4.06
SNPs4.08
soil biodiversity2.07
soil environment2.02
soil microbiome5.17
soil-borne pathogens5.51
soil-borne viruses5.49
soil-omics2.02
soilless culture2.03
Solanaceae7.26
Solanum7.02
Solanum lycopersicum5.62
Solanum melongena L.5.28, 5.29, 5.30, 5.35
Solanum tuberosum1.26
sour orange6.06
soybean transformation1.21
SPET genotyping6.20
spike fertility6.03, 6.30
Spike Morphology6.26
sprout7.19
SSR6.14, 6.25
stem elongation3.02
stenospermocarpy7.09
Stevia rebaudiana1.06
steviol glycosides1.06
Stomata3.04
stomata regulation5.26
storage1.09
storage condition6.14
stress combination5.25
stress resistance5.56
stress tolerance5.05, 5.38
strigolactones2.04, 3.09, 5.09
structural variants4.13
structural variation4.03, 6.01
submergence5.03
subspecies6.22
superbarcoding6.25
superficial scald7.04
suspension cultures7.20
sustainability5.18, 7.24
sustainable agriculture5.48, 5.61
sustainable agrochemicals7.20
sustainable farming2.08
sustainable viticulture5.14
sweet orange1.03, 6.34
symbiosis2.03
synonymy6.29
System Genetics7.10
T
T. dicoccum4.12
table grape7.09
TALE7.02
tan spot5.37
Taraxacum kok-saghyz6.33
TEF sequencing5.42
terroir7.05
TFs6.13
thaumatin-like proteins (TLPs)1.11
third generation sequencing technologies5.60
tiller angle6.05
TILLING1.20, 1.27, 5.64
TILLING-by-sequencing6.07
tollerance5.24
tomato1.02, 2.04, 3.09, 5.09, 5.34, 5.38, 5.43, 5.59, 6.01, 6.19
tomato allergens1.11
tomato mutations6.27
tomato plants5.05
tomato protection6.28
traceability7.07
traditional variety6.27, 7.15
transcription5.12
transcription factor1.23, 5.46, 5.47, 7.17, 7.34
transcriptome reprogramming5.09
transcriptomic2.03, 2.05
transcriptomic profiles7.06
transcriptomics1.13, 4.14, 5.02, 5.06, 6.10, 7.05, 7.10, 7.25
transposable elements4.07, 6.02
trascription factors5.27
trees2.05
tripartite interactions5.51
Triticum durum6.21
Triticum turgidum4.15, 6.04, 6.30
U
UHPLC-HRMS7.17
V
Vaccinium corymbosum L.7.21
Valle d’Aosta6.18
valorisation5.23
variant calling4.11
vertical farming1.22
virus resistance5.51
Vitis6.13
Vitis spp.7.14
Vitis vinifera5.26, 5.63
W
water deficit5.43, 5.62
water stress1.08, 3.04
water use efficiency5.32
waterlog stress5.12
Weighted Gene Co-Expression Network Analysis1.06
WGCNA5.30
wheat1.05, 2.08, 5.02, 5.11, 5.61
wheat germplasm5.51
wheat wild relatives4.02
whole genome resequencing4.02
wild species4.08
wild wheat relatives5.25
wine6.14
wine composition1.13
wine shelf life6.14
winter dormancy6.10
X
Xylella fastidiosa5.24
Y
yellow rust6.04
yellow tomato5.55
yield1.16, 5.50
Z
Zea mays1.25, 2.06, 6.12
1
1-MCP7.04
10-OPEA5.04
12-OPDA3.04