Matches in SemOpenAlex for { <https://semopenalex.org/work/W3037978081> ?p ?o ?g. }
- W3037978081 abstract "In recent years, RNA interference (RNAi) machinery has widely been explored by plant biologists for its potential applications in disease management, plant development, and germplasm improvement. RNAi-based technologies have mainly been applied in the form of transgenic plant generation and host-induced-gene-silencing (HIGS). However, the approval of RNAi-based transgenic plants has always been challenging due to the proclaimed concerns surrounding their impacts on human health and the environment. Lately, exogenous applications of double-stranded RNAs (dsRNAs), short interfering RNAs (siRNAs), and hairpin RNAs (hpRNAs) has emerged as another technology that could be regarded as more eco-friendly, sustainable, and publicly acceptable than genetic transformation. Inside the plant cell, dsRNAs can undergo several steps of processing, which not only triggers RNAi machinery but may also involve transitive and systemic silencing, as well as epigenetic modifications. Therefore, along with the considerations of proper exogenous applications of dsRNAs, defining their final destination into plant cells is highly relevant. In this review, we highlighted the significance of several factors that affect dsRNA-induced gene silencing, the fate of exogenous dsRNAs in the plant cell, and the challenges surrounding production technologies, cost-effectiveness, and dsRNAs stability under open-field conditions. This review also provided insights into the potential applications of exogenous dsRNAs in plant protection and crop improvement." @default.
- W3037978081 created "2020-07-02" @default.
- W3037978081 creator A5008247548 @default.
- W3037978081 creator A5066589692 @default.
- W3037978081 date "2020-06-25" @default.
- W3037978081 modified "2023-10-17" @default.
- W3037978081 title "Application of Exogenous dsRNAs-induced RNAi in Agriculture: Challenges and Triumphs" @default.
- W3037978081 cites W1801492160 @default.
- W3037978081 cites W1816295733 @default.
- W3037978081 cites W1927653256 @default.
- W3037978081 cites W1963930594 @default.
- W3037978081 cites W1965986140 @default.
- W3037978081 cites W1980320215 @default.
- W3037978081 cites W1982942424 @default.
- W3037978081 cites W1989454102 @default.
- W3037978081 cites W1990972527 @default.
- W3037978081 cites W1992324215 @default.
- W3037978081 cites W1995340361 @default.
- W3037978081 cites W2001599058 @default.
- W3037978081 cites W2011965355 @default.
- W3037978081 cites W2017518873 @default.
- W3037978081 cites W2024096623 @default.
- W3037978081 cites W2026177649 @default.
- W3037978081 cites W2035465685 @default.
- W3037978081 cites W2040323170 @default.
- W3037978081 cites W2044585071 @default.
- W3037978081 cites W2053633018 @default.
- W3037978081 cites W2054363760 @default.
- W3037978081 cites W2067256170 @default.
- W3037978081 cites W2072591161 @default.
- W3037978081 cites W2096207524 @default.
- W3037978081 cites W2097410740 @default.
- W3037978081 cites W2098541374 @default.
- W3037978081 cites W2100932663 @default.
- W3037978081 cites W2109984387 @default.
- W3037978081 cites W2111092051 @default.
- W3037978081 cites W2114817617 @default.
- W3037978081 cites W2118125478 @default.
- W3037978081 cites W2139350979 @default.
- W3037978081 cites W2141548533 @default.
- W3037978081 cites W2150664549 @default.
- W3037978081 cites W2151442264 @default.
- W3037978081 cites W2158398981 @default.
- W3037978081 cites W2162743910 @default.
- W3037978081 cites W2163048074 @default.
- W3037978081 cites W2164559565 @default.
- W3037978081 cites W2164604906 @default.
- W3037978081 cites W2168593483 @default.
- W3037978081 cites W2170203813 @default.
- W3037978081 cites W2170246161 @default.
- W3037978081 cites W2314356925 @default.
- W3037978081 cites W2336215964 @default.
- W3037978081 cites W2412557714 @default.
- W3037978081 cites W2416958525 @default.
- W3037978081 cites W2491374855 @default.
- W3037978081 cites W2518237203 @default.
- W3037978081 cites W2521150917 @default.
- W3037978081 cites W2529944604 @default.
- W3037978081 cites W2542138644 @default.
- W3037978081 cites W2568602300 @default.
- W3037978081 cites W2619689062 @default.
- W3037978081 cites W2625603830 @default.
- W3037978081 cites W2738320687 @default.
- W3037978081 cites W2751091368 @default.
- W3037978081 cites W2771995180 @default.
- W3037978081 cites W2782898824 @default.
- W3037978081 cites W2790103744 @default.
- W3037978081 cites W2804443410 @default.
- W3037978081 cites W2884806397 @default.
- W3037978081 cites W2888004572 @default.
- W3037978081 cites W2898615394 @default.
- W3037978081 cites W2911218549 @default.
- W3037978081 cites W2921280590 @default.
- W3037978081 cites W2931763448 @default.
- W3037978081 cites W2944694838 @default.
- W3037978081 cites W2946036613 @default.
- W3037978081 cites W2947955739 @default.
- W3037978081 cites W2957261912 @default.
- W3037978081 cites W2962042106 @default.
- W3037978081 cites W2981886757 @default.
- W3037978081 cites W3004419218 @default.
- W3037978081 cites W4250362238 @default.
- W3037978081 doi "https://doi.org/10.3389/fpls.2020.00946" @default.
- W3037978081 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7330088" @default.
- W3037978081 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32670336" @default.
- W3037978081 hasPublicationYear "2020" @default.
- W3037978081 type Work @default.
- W3037978081 sameAs 3037978081 @default.
- W3037978081 citedByCount "81" @default.
- W3037978081 countsByYear W30379780812020 @default.
- W3037978081 countsByYear W30379780812021 @default.
- W3037978081 countsByYear W30379780812022 @default.
- W3037978081 countsByYear W30379780812023 @default.
- W3037978081 crossrefType "journal-article" @default.
- W3037978081 hasAuthorship W3037978081A5008247548 @default.
- W3037978081 hasAuthorship W3037978081A5066589692 @default.
- W3037978081 hasBestOaLocation W30379780811 @default.
- W3037978081 hasConcept C102230213 @default.
- W3037978081 hasConcept C104317684 @default.
- W3037978081 hasConcept C119056186 @default.