Martínez-Gómez, Pedro <br/><br/>
Plant Genetics and Molecular Breeding 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>n/a||GA2ox7||cabbage||OsGPAT3||oleic acid||OsCDPK1||nutrient use efficiency||stem borer||yellow-green-leaf mutant||branching||epigenetics||NPK fertilizers||particle bombardment||stress tolerance||overexpression||glycine||heat-stress||bulk segregant RNA-seq||Prunus||protein-protein interaction||AdRAP2.3||plant architecture||waterlogging stress||genes||Cucumis sativus L.||Flower color||resistance||Tobacco||gynomonoecy||drought stress||Brassica oleracea||starch biosynthesis||Overexpression||WUS||agronomic traits||Ghd7||the modified MutMap method||cry2A gene||light-induced||gene expression||breeding||Heterodera schachtii||ABA||Green tissue-specific expression||subcellular localization||squamosa promoter binding protein-like||transcriptome||FAD2||As3+ stress||metallothionein||flowering||bisulfite sequencing||tomato||quantitative trait loci||Promoter||marker–trait association||DEGs||cytoplasmic male sterile||Rosa rugosa||MADS transcription factor||yield||P. suffruticosa||CYC2||common wild rice||Actinidia deliciosa||gene-by-gene interaction||Aechmea fasciata||hybrid rice||soybean||R2R3-MYB||bread wheat||BRANCHED1 (BRC1)||linoleic acid||differentially expressed genes||complex traits||transgenic chrysanthemum||D-genome||Brassica||candidate gene||SmJMT||gene expression pattern||RNA-Seq||candidate genes||leaf shape||Brassica napus||recombination-suppressed region||anthocyanin||WRKY transcription factor||Idesia polycarpa var||single nucleotide polymorphism||bud abortion||QTL||reproductive organ||transient overexpression||Elongated Internode (EI)||sugarcane||abiotic stress||Oryza sativa L.||RrGT2 gene||Hd1||cZR3||cytoplasmic male sterility (CMS)||seed development||tapetum||near-isogenic line (NIL)||phytohormones||TCP transcription factor||pollen accumulation||Anthocyanin||WRKY||quantitative trait loci (QTLs)||salt stress||floral scent||sucrose||Ogura-CMS||root traits||endosperm development||Zea mays L.||sesame||Bryum argenteum||AP2/ERF genes||transcriptional regulation||WB1||haplotype block||broccoli||agronomic efficiency||durum wheat||gene pyramiding||Oryza sativa||genetics||flowering time||Cicer arietinum||Hs1pro-1||endosperm appearance||phenolic acids||anther wall||bromeliad||genomics||transgenic||DgWRKY2||Clone||yield trait||flower symmetry||partial factor productivity||rice||molecular breeding||genotyping-by-sequencing||Chimonanthus praecox||nectary||Salvia miltiorrhiza||pollen development||regulation||ZmES22||genome-wide association study||VIGS||iTRAQ||genome-wide association study (GWAS)||ethylene-responsive factor||starch||molecular markers||rice quality||Chrysanthemum morifolium