We are analyzing https://link.springer.com/article/10.1007/s00344-022-10880-2.

Title:
Designing Climate-Resilient Crops for Sustainable Agriculture: A Silent Approach | Journal of Plant Growth Regulation
Description:
Sustainable management of plant diseases has become crucial in the context of climate change and food security. In this regard, several plant disease control methods are in use, however the RNA silencing or RNA interference (RNAi) technology is a promising tool for molecular breeding aimed at crop improvement that is efficacious, environmentally safe and cost-effective approach. The molecular tool-kit of RNAi pathway for crop improvement has (i) RNAi, (ii) microRNA (miRNA) or artificial microRNA (amiRNA), and (iii) artificial/synthetic trans-acting small interfering RNA (atasiRNA/syn-tasiRNA). RNAi has been successfully exploited for designing crop plants for biotic and abiotic stress resistance with high target specificity allowing growers to target stress condition more precisely compared to the conventional methods. The Spray-Induced Gene Silencing (SIGS) technology has attracted more attention due to its feasibility and non-transgenic nature. While the RNAi technology has been considered promising for plant stress management, issues such as efficiency of RNAi, degradation of silencing signals, environmental risk assessments, and development of resistance are some of the challenges that need to be addressed. RNAi technology is further improved in terms of delivery using BioClay or carbon nanodots for increased effectivity. Further, the benefits of RNAi merged with gene editing platform can provide potential benefits over existing technologies for precisely improving quality traits without incorporation of foreign DNA fragments. The review encompasses on the use of RNAi technology to develop plants with improved abiotic stress tolerance and biotic stress resistance.
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Keywords {🔍}

pubmed, google, scholar, cas, plant, central, silencing, gene, resistance, rna, plants, sci, rnai, stress, virus, zhang, biol, transgenic, wang, genes, mol, rice, tolerance, interference, abiotic, plos, protein, crop, front, liu, drought, article, yang, confers, tomato, growth, development, hostinduced, physiol, control, technology, small, biotechnol, huang, rep, nat, singh, rajam, climate, disease,

Topics {✒️}

intron–hairpin rna derived water-deficit stress-induced anatomical fine-tune host-pathogen coexistence binds double-stranded rnas month download article/chapter host-delivered rnai-mediated silencing post-transcriptional gene silencing org/edcenter/apsnetfeatures/pages/papayaringspot designing climate-resilient crops exogenous double-stranded rna engineered rna-mediated resistance double-stranded rna technology rna interference-based resistance robust rnai-based resistance rna interference-mediated silencing hc-pro viral suppressor rna silencing-mediated resistance construct hairpin rna host-derived gene silencing plant-mediated rna interference host-induced gene silencing spray-induced gene silencing rnai-derived transgenic resistance host disease-susceptibility gene small interfering rna eradicate poverty [masson-delmotte geminiviral promoter-driven transgenes virus-based microrna silencing host-induced rnai system chitosan nanoparticles-shielded dsrna effector gene mi-msp2 osa-mir396c decreases salt double-stranded rna abiotic stress-tolerant crops web-based analysis tools βc1-sahh protein interaction hd-rnai-mediated silencing aflatoxin-free transgenic maize plum pox virus rna-mediated resistance grossi-de-sa mf rnai-transgenic tomato plants mobile small rna rna-mediated silencing papaya ringspot virus abiotic stress tolerance-role lycopersici confers resistance vitro site-specific recombination coat protein homology leaf rust infection

Questions {❓}

Fedotova MV (2019) Compatible osmolytes-bioprotectants: is there a common link between their hydration and their protective action under abiotic stresses?
Fuglie KO (2018) Is agricultural productivity slowing?
Mezzetti B, Smagghe G, Arpaia S et al (2020) RNAi: what is its position in agriculture?

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