Molecular Research in Rice Agronomically Important Traits
Molecular Research in Rice Agronomically Important Traits
English[eng]
chloroplast RNA splicing and ribosome maturation (CRM) domain||intron splicing||chloroplast development||rice||rice (Oryza sativa L.), grain size and weight||Insertion/Deletion (InDel) markers||multi-gene allele contributions||genetic variation||rice germplasm||disease resistance||microbe-associated molecular pattern (MAMP)||Pyricularia oryzae (formerly Magnaporthe oryzae)||Oryza sativa (rice)||receptor-like cytoplasmic kinase (RLCK)||reactive oxygen species (ROS)||salinity||osmotic stress||combined stress||GABA||phenolic metabolism||CIPKs genes||shoot apical meristem||transcriptomic analysis||co-expression network||tiller||nitrogen rate||rice (Oryza sativa L.)||quantitative trait locus||grain protein content||single nucleotide polymorphism||residual heterozygote||rice (Oryza sativa)||specific length amplified fragment sequencing||Kjeldahl nitrogen determination||near infrared reflectance spectroscopy||heterosis||yield components||high-throughput sequence||FW2.2-like gene||tiller number||grain yield||CRISPR/Cas9||genome editing||off-target effect||heat stress||transcriptome||anther||anthesis||pyramiding||bacterial blight||marker-assisted selection||foreground selection||background selection||japonica rice||cold stress||germinability||high-density linkage map||QTLs||seed dormancy||ABA||seed germination||chromosome segment substitution lines||linkage mapping||Oryza sativa L.||chilling stress||chlorophyll biosynthesis||chloroplast biogenesis||epidermal characteristics||AAA-ATPase||salicylic acid||fatty acid||Magnaporthe oryzae||leaf senescence||quantitative trait loci||transcriptome analysis||genetic||epigenetic||global methylation||transgenic||phenotype||OsNAR2.1||dwarfism||OsCYP96B4||metabolomics||NMR||qRT-PCR||bHLH transcription factor||lamina joint||leaf angle||long grain||brassinosteroid signaling||blast disease||partial resistance||pi21||haplotype||high night temperature||wet season||dry season||n/a
English[eng]
chloroplast RNA splicing and ribosome maturation (CRM) domain||intron splicing||chloroplast development||rice||rice (Oryza sativa L.), grain size and weight||Insertion/Deletion (InDel) markers||multi-gene allele contributions||genetic variation||rice germplasm||disease resistance||microbe-associated molecular pattern (MAMP)||Pyricularia oryzae (formerly Magnaporthe oryzae)||Oryza sativa (rice)||receptor-like cytoplasmic kinase (RLCK)||reactive oxygen species (ROS)||salinity||osmotic stress||combined stress||GABA||phenolic metabolism||CIPKs genes||shoot apical meristem||transcriptomic analysis||co-expression network||tiller||nitrogen rate||rice (Oryza sativa L.)||quantitative trait locus||grain protein content||single nucleotide polymorphism||residual heterozygote||rice (Oryza sativa)||specific length amplified fragment sequencing||Kjeldahl nitrogen determination||near infrared reflectance spectroscopy||heterosis||yield components||high-throughput sequence||FW2.2-like gene||tiller number||grain yield||CRISPR/Cas9||genome editing||off-target effect||heat stress||transcriptome||anther||anthesis||pyramiding||bacterial blight||marker-assisted selection||foreground selection||background selection||japonica rice||cold stress||germinability||high-density linkage map||QTLs||seed dormancy||ABA||seed germination||chromosome segment substitution lines||linkage mapping||Oryza sativa L.||chilling stress||chlorophyll biosynthesis||chloroplast biogenesis||epidermal characteristics||AAA-ATPase||salicylic acid||fatty acid||Magnaporthe oryzae||leaf senescence||quantitative trait loci||transcriptome analysis||genetic||epigenetic||global methylation||transgenic||phenotype||OsNAR2.1||dwarfism||OsCYP96B4||metabolomics||NMR||qRT-PCR||bHLH transcription factor||lamina joint||leaf angle||long grain||brassinosteroid signaling||blast disease||partial resistance||pi21||haplotype||high night temperature||wet season||dry season||n/a