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LiposomesLiposomes are microscopic, spherical vesicles composed of one or more phospholipidPhospholipid bilayers. It commonly used in various fields such as agricultural delivery, drug, food and cosmetics technology due to their ability to encapsulate both hydrophilic and hydrophobic substances within their aqueous core or lipid bilayersLipid bilayers. This unique structureStructure allows for targeted deliveryTargeted delivery of substance to specific cellsCell suitable options for the controlled releaseControlled release of a wide variety of active components. LiposomesLiposomes offer a versatile platform for various applications including in agricultureAgriculture pest, diseases and environmental management. The developmentDevelopment of intelligent controlled-release pesticidePesticide systems represents an innovative approach to addressing the dual challenge of minimizing harm to non-target organisms and the environment while maximizing pesticidePesticide utilization levels. LiposomesLiposomes have garnered significant attention in agricultural applicationAgricultural applications due to their ability to deliver agrochemicalsAgrochemicals effectively while minimizing environmental impact. NanoliposomesNanoliposomes have been used to deliver the herbicides, insecticidesInsecticide and pesticidesPesticide. Overall, liposomeLiposomes based nanoNano biosensors offer a promising approach for the detection of environmental pollutants like organophosphorus pesticidesPesticide at very low concentrations, contributing to efforts in environmental monitoring and public health protection. Their ability to encapsulate and deliver nutrients, agrochemicalsAgrochemicals, and other bioactiveBioactive compounds makes them valuable tools in enhancing crop productivityCrop productivity while reducing environmental impact. NanoNano liposomal delivery systems can be integrated into IPM strategies, allowing for the targeted application of biopesticides while minimizing reliance on synthetic chemicals. Liposomal formulationsFormulation of organic-approved pesticidesPesticide or fertilizersFertilizers align with the principles of organic agricultureAgriculture, providing effective solutions for pest and nutrient management.

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Liposomes in Plant Nanotechnology

  • 章节

  • 发表日期：

    2025年

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  • R. Sharmila,
  • R. Sathya Priya,
  • M. Yuvaraj,
  • Palanisamy Murali Arthanari,
  • N. Suganthi,
  • M. Saranya,
  • Jaiby Cyriac

摘要

LiposomesLiposomes are microscopic, spherical vesicles composed of one or more phospholipidPhospholipid bilayers. It commonly used in various fields such as agricultural delivery, drug, food and cosmetics technology due to their ability to encapsulate both hydrophilic and hydrophobic substances within their aqueous core or lipid bilayersLipid bilayers. This unique structureStructure allows for targeted deliveryTargeted delivery of substance to specific cellsCell suitable options for the controlled releaseControlled release of a wide variety of active components. LiposomesLiposomes offer a versatile platform for various applications including in agricultureAgriculture pest, diseases and environmental management. The developmentDevelopment of intelligent controlled-release pesticidePesticide systems represents an innovative approach to addressing the dual challenge of minimizing harm to non-target organisms and the environment while maximizing pesticidePesticide utilization levels. LiposomesLiposomes have garnered significant attention in agricultural applicationAgricultural applications due to their ability to deliver agrochemicalsAgrochemicals effectively while minimizing environmental impact. NanoliposomesNanoliposomes have been used to deliver the herbicides, insecticidesInsecticide and pesticidesPesticide. Overall, liposomeLiposomes based nanoNano biosensors offer a promising approach for the detection of environmental pollutants like organophosphorus pesticidesPesticide at very low concentrations, contributing to efforts in environmental monitoring and public health protection. Their ability to encapsulate and deliver nutrients, agrochemicalsAgrochemicals, and other bioactiveBioactive compounds makes them valuable tools in enhancing crop productivityCrop productivity while reducing environmental impact. NanoNano liposomal delivery systems can be integrated into IPM strategies, allowing for the targeted application of biopesticides while minimizing reliance on synthetic chemicals. Liposomal formulationsFormulation of organic-approved pesticidesPesticide or fertilizersFertilizers align with the principles of organic agricultureAgriculture, providing effective solutions for pest and nutrient management.