Advancement in Crop Improvement Techniques

Stress Transformation Nutrition Scar Breeding Drought Fruit crops Genetic engineering Rice Crop improvement DNA repair Machine learning Agriculture Crops Phosphorylation Antioxidants Agrobacterium Phytoremediation Seeds Longevity Arabidopsis Biotechnology Genes Methylation Cotton Plants Policies Food security Metabolomics Date palm Big data Reactive Oxygen Species Gene Editing Metabolic Engineering Genome-wide analysis -omics Posttranslational modification Sumoylation CRISPR/CAS9 Transgenic Ubiquitination GM crops GBS C4-photosynthesis Genome editing Molecular marker QTL Arbuscular mycorrhiza Omics Bioinformatics tools Grain legumes EQTL Microbial Symbionts CRISPR-Cas9 Plant development GWAS Molecular Markers Abiotic stress Molecular breeding Jute Genome editing tools Priming Metabolic profiling Biotic stress In planta Grain yield MiRNAs Plant transformation Fruit quality MAP kinase Genome-wide association studies Quantitative trait loci Reactive Oxygen Species ROS Trait Acetylation QTLs Antioxidant response Bt jute Drought physiology Brinjal CRISPR-Cas technology fiber crop Histidine kinases Dioecious KASP Jute genome Insect resistant Metabolic genome-wide association studies Metabolic mutants N-Glycosylation Fungus resistant N-Myristoylation Genome-edited crops Phoenix dactylifera L. Herbicide Tolerant Pregerminative metabolism seed germination Participatory breeding Pyramiding Piriformospora indica Prenylation Rice improvement Serendipita indica Short guide-RNA Sex-identification Transformation efficiency O-Glycosylation Metabolic biomarkers Metabolic QTLs S-Palmitoylation Trichoderma