Soci

cell wall, glycosidase inhibitors, transgene pyramiding, wheat defence

cell wall, glycosidase inhibitors, transgene pyramiding, wheat defence

genetic diversity, genotyping-by-sequencing, microsatellite markers, Olea europeae, olive oil, PGI, private alleles, SNP, traceability

genetic diversity, genotyping-by-sequencing, microsatellite markers, Olea europeae, olive oil, PGI, private alleles, SNP, traceability

Amarone, berry ripening, Ca homeostasis, Ca signalling, candidate-genes, canopy management, cell wall, ChIP-Seq, embryogenic calli, FTIR spectroscopy, functional analysis, genome editing, grape, grapevine, grapevine transformation, leaf defoliation, master regulators, MBW complex, meta-QTL, metabolome, MYB transcription factor, NAC factors, NAC transcription factors, PEG-mediated transfection, phenology, plant regeneration, polymer dynamics, postharvest dehydration, postharvest withering process, protoplasts, QTL, ripening , secondary metabolism, stable transformation, stomata, stress response, tomato NOR mutant, transcription factor, transcriptome, transcriptomics, vacuolar transport, vegetative-to-mature organ transition, Vitis vinifera, WRKY TFs

Amarone, berry ripening, Ca homeostasis, Ca signalling, candidate-genes, canopy management, cell wall, ChIP-Seq, embryogenic calli, FTIR spectroscopy, functional analysis, genome editing, grape, grapevine, grapevine transformation, leaf defoliation, master regulators, MBW complex, meta-QTL, metabolome, MYB transcription factor, NAC factors, NAC transcription factors, PEG-mediated transfection, phenology, plant regeneration, polymer dynamics, postharvest dehydration, postharvest withering process, protoplasts, QTL, ripening , secondary metabolism, stable transformation, stomata, stress response, tomato NOR mutant, transcription factor, transcriptome, transcriptomics, vacuolar transport, vegetative-to-mature organ transition, Vitis vinifera, WRKY TFs

rice, salt stress, ROS, NO, potassium channels, somatic embryogenesis, transformation and regeneration, Vitis vinifera

rice, salt stress, ROS, NO, potassium channels, somatic embryogenesis, transformation and regeneration, Vitis vinifera