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- W2989614502 abstract "To enhance crop productivity, genetic engineering is an important technique for introducing traits of interest into plant species. The desired trait can provide increased pest resistance and an improved nutrient profile, ultimately ensuring food security. Compared with conventional methods of biomolecule delivery, modern nanotechnology offers high efficiency and diverse cargo delivery options. The unique properties of nanomaterials, such as tunable physicochemical properties and the ability to traverse the plant cell wall, can be exploited to deliver species-dependent biomolecules. Nanoparticles are also effective as micronutrients and as agents against pests or bacterial infections. In agriculture, plant transformation is a versatile platform for crop improvement with the aim of increased pest resistance and an improved nutrient profile. Nanotechnology can overcome several challenges that face conventional methods of gene delivery. Specifically, nanomaterials offer an optimal platform for biomolecule delivery with unique physiochemical properties as well as the ability to traverse the challenging barrier of the plant cell wall. We review the potential of diverse nanovehicles for biomolecule delivery in plant systems to obtain desired genetic traits. The efficacy of nanoparticles against pests or pathogens is also explored, as well as the interaction of nanovehicles with plant organelles, with due consideration of the effects and toxic profile of nanoparticles. In agriculture, plant transformation is a versatile platform for crop improvement with the aim of increased pest resistance and an improved nutrient profile. Nanotechnology can overcome several challenges that face conventional methods of gene delivery. Specifically, nanomaterials offer an optimal platform for biomolecule delivery with unique physiochemical properties as well as the ability to traverse the challenging barrier of the plant cell wall. We review the potential of diverse nanovehicles for biomolecule delivery in plant systems to obtain desired genetic traits. The efficacy of nanoparticles against pests or pathogens is also explored, as well as the interaction of nanovehicles with plant organelles, with due consideration of the effects and toxic profile of nanoparticles." @default.
- W2989614502 created "2019-12-05" @default.
- W2989614502 creator A5008164263 @default.
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- W2989614502 creator A5061702096 @default.
- W2989614502 creator A5066305560 @default.
- W2989614502 creator A5089054890 @default.
- W2989614502 date "2020-02-01" @default.
- W2989614502 modified "2023-10-15" @default.
- W2989614502 title "Nanovehicles for Plant Modifications towards Pest- and Disease-Resistance Traits" @default.
- W2989614502 cites W1224173437 @default.
- W2989614502 cites W1447095829 @default.
- W2989614502 cites W1786378576 @default.
- W2989614502 cites W1787960404 @default.
- W2989614502 cites W1792736441 @default.
- W2989614502 cites W1968447599 @default.
- W2989614502 cites W1970200789 @default.
- W2989614502 cites W1977709885 @default.
- W2989614502 cites W1977780061 @default.
- W2989614502 cites W1978347760 @default.
- W2989614502 cites W1978410876 @default.
- W2989614502 cites W1979229077 @default.
- W2989614502 cites W1985973829 @default.
- W2989614502 cites W1990972527 @default.
- W2989614502 cites W1993596800 @default.
- W2989614502 cites W1994196029 @default.
- W2989614502 cites W1995272878 @default.
- W2989614502 cites W1996390333 @default.
- W2989614502 cites W1997631515 @default.
- W2989614502 cites W1997787046 @default.
- W2989614502 cites W1998333174 @default.
- W2989614502 cites W2008817603 @default.
- W2989614502 cites W2013999789 @default.
- W2989614502 cites W2018788193 @default.
- W2989614502 cites W2022314741 @default.
- W2989614502 cites W2023528717 @default.
- W2989614502 cites W2059020012 @default.
- W2989614502 cites W2060041263 @default.
- W2989614502 cites W2068448144 @default.
- W2989614502 cites W2073217307 @default.
- W2989614502 cites W2073525863 @default.
- W2989614502 cites W2073671334 @default.
- W2989614502 cites W2075567991 @default.
- W2989614502 cites W2083249633 @default.
- W2989614502 cites W2084879398 @default.
- W2989614502 cites W2092704486 @default.
- W2989614502 cites W2095194582 @default.
- W2989614502 cites W2101501838 @default.
- W2989614502 cites W2108615682 @default.
- W2989614502 cites W2128836133 @default.
- W2989614502 cites W2132680838 @default.
- W2989614502 cites W2141208964 @default.
- W2989614502 cites W2141233420 @default.
- W2989614502 cites W2175230332 @default.
- W2989614502 cites W2184908634 @default.
- W2989614502 cites W2214453514 @default.
- W2989614502 cites W2224398381 @default.
- W2989614502 cites W2236909218 @default.
- W2989614502 cites W2237004137 @default.
- W2989614502 cites W2245319613 @default.
- W2989614502 cites W2248637138 @default.
- W2989614502 cites W2290323636 @default.
- W2989614502 cites W2308641448 @default.
- W2989614502 cites W2319745661 @default.
- W2989614502 cites W2324201294 @default.
- W2989614502 cites W2332300794 @default.
- W2989614502 cites W2341527040 @default.
- W2989614502 cites W2342583889 @default.
- W2989614502 cites W2346431966 @default.
- W2989614502 cites W2400469091 @default.
- W2989614502 cites W2404337049 @default.
- W2989614502 cites W2407877543 @default.
- W2989614502 cites W2415222617 @default.
- W2989614502 cites W2479120789 @default.
- W2989614502 cites W2489721378 @default.
- W2989614502 cites W2496974608 @default.
- W2989614502 cites W2516041407 @default.
- W2989614502 cites W2529394519 @default.
- W2989614502 cites W2539035541 @default.
- W2989614502 cites W2546702420 @default.
- W2989614502 cites W2550014001 @default.
- W2989614502 cites W2552617040 @default.
- W2989614502 cites W2553298812 @default.
- W2989614502 cites W2554743442 @default.
- W2989614502 cites W2558438718 @default.
- W2989614502 cites W2561561017 @default.
- W2989614502 cites W2566198511 @default.
- W2989614502 cites W2568602300 @default.
- W2989614502 cites W2569640452 @default.
- W2989614502 cites W2576934997 @default.
- W2989614502 cites W2586938342 @default.
- W2989614502 cites W2588570791 @default.
- W2989614502 cites W2589299599 @default.
- W2989614502 cites W2595977605 @default.
- W2989614502 cites W2598118234 @default.
- W2989614502 cites W2605356748 @default.
- W2989614502 cites W2606959847 @default.