Matches in SemOpenAlex for { <https://semopenalex.org/work/W4382138116> ?p ?o ?g. }
- W4382138116 endingPage "2810" @default.
- W4382138116 startingPage "2810" @default.
- W4382138116 abstract "In recent years, with the development of the nanomaterials discipline, many new pesticide drug-carrying systems—such as pesticide nano-metal particles, nano-metal oxides, and other drug-carrying materials—had been developed and applied to pesticide formulations. Although these new drug-loading systems are relatively friendly to the environment, the direct exposure of many metal nanoparticles to the environment will inevitably lead to potential effects. In response to these problems, organic nanomaterials have been rapidly developed due to their high-quality biodegradation and biocompatibility. Most of these organic nanomaterials were mainly polysaccharide materials, such as chitosan, carboxymethyl chitosan, sodium alginate, β-cyclodextrin, cellulose, starch, guar gum, etc. Some of these materials could be used to carry inorganic materials to develop a temperature- or pH-sensitive pesticide drug delivery system. Herein, the pesticide drug-carrying system developed based on polysaccharide materials, such as chitosan, was referred to as the pesticide polymer drug-carrying system based on polysaccharide materials. This kind of drug-loading system could be used to protect the pesticide molecules from harsh environments, such as pH, light, temperature, etc., and was used to develop the function of a sustained release, targeted release of pesticides in the intestine of insects, and achieve the goal of precise application, reduction, and efficiency of pesticides. In this review, the recent progress in the field of polysaccharide-based polymer drug delivery systems for pesticides has been discussed, and suggestions for future development were proposed based on the current situation." @default.
- W4382138116 created "2023-06-27" @default.
- W4382138116 creator A5001610091 @default.
- W4382138116 creator A5011945248 @default.
- W4382138116 creator A5042769834 @default.
- W4382138116 creator A5046678038 @default.
- W4382138116 creator A5052714268 @default.
- W4382138116 creator A5057631550 @default.
- W4382138116 creator A5071396730 @default.
- W4382138116 creator A5074955370 @default.
- W4382138116 creator A5076439620 @default.
- W4382138116 date "2023-06-25" @default.
- W4382138116 modified "2023-09-30" @default.
- W4382138116 title "Research Progress of a Pesticide Polymer-Controlled Release System Based on Polysaccharides" @default.
- W4382138116 cites W1675006993 @default.
- W4382138116 cites W1971136834 @default.
- W4382138116 cites W1971403072 @default.
- W4382138116 cites W1973519977 @default.
- W4382138116 cites W1978906771 @default.
- W4382138116 cites W1979610887 @default.
- W4382138116 cites W1987751392 @default.
- W4382138116 cites W1992191851 @default.
- W4382138116 cites W2009131024 @default.
- W4382138116 cites W2016867352 @default.
- W4382138116 cites W2018655061 @default.
- W4382138116 cites W2020938686 @default.
- W4382138116 cites W2024886209 @default.
- W4382138116 cites W2043693854 @default.
- W4382138116 cites W2044076577 @default.
- W4382138116 cites W2045531693 @default.
- W4382138116 cites W2049262810 @default.
- W4382138116 cites W2055069616 @default.
- W4382138116 cites W2065919315 @default.
- W4382138116 cites W2093812410 @default.
- W4382138116 cites W2106744942 @default.
- W4382138116 cites W2114748301 @default.
- W4382138116 cites W2248908756 @default.
- W4382138116 cites W2313708869 @default.
- W4382138116 cites W2367484623 @default.
- W4382138116 cites W2505298195 @default.
- W4382138116 cites W2570642048 @default.
- W4382138116 cites W2592832980 @default.
- W4382138116 cites W2725802167 @default.
- W4382138116 cites W2743929734 @default.
- W4382138116 cites W2765829434 @default.
- W4382138116 cites W2770683400 @default.
- W4382138116 cites W2781819649 @default.
- W4382138116 cites W2792091836 @default.
- W4382138116 cites W2804267945 @default.
- W4382138116 cites W2806941238 @default.
- W4382138116 cites W2889133405 @default.
- W4382138116 cites W2911276551 @default.
- W4382138116 cites W2943622922 @default.
- W4382138116 cites W29542200 @default.
- W4382138116 cites W2958320426 @default.
- W4382138116 cites W2965100757 @default.
- W4382138116 cites W2969765096 @default.
- W4382138116 cites W2977900523 @default.
- W4382138116 cites W2991318085 @default.
- W4382138116 cites W2995900153 @default.
- W4382138116 cites W3009763022 @default.
- W4382138116 cites W3015711681 @default.
- W4382138116 cites W3034778950 @default.
- W4382138116 cites W3037583719 @default.
- W4382138116 cites W3039681924 @default.
- W4382138116 cites W3042927102 @default.
- W4382138116 cites W3043755786 @default.
- W4382138116 cites W3047654905 @default.
- W4382138116 cites W3080589931 @default.
- W4382138116 cites W3111535575 @default.
- W4382138116 cites W3127260331 @default.
- W4382138116 cites W3132883206 @default.
- W4382138116 cites W3134795893 @default.
- W4382138116 cites W3154953830 @default.
- W4382138116 cites W3157617003 @default.
- W4382138116 cites W3172885511 @default.
- W4382138116 cites W3179428530 @default.
- W4382138116 cites W3191448519 @default.
- W4382138116 cites W3201363139 @default.
- W4382138116 cites W3207552298 @default.
- W4382138116 cites W3213372117 @default.
- W4382138116 cites W355291663 @default.
- W4382138116 cites W35890188 @default.
- W4382138116 cites W4206741143 @default.
- W4382138116 cites W4281772817 @default.
- W4382138116 cites W4292830425 @default.
- W4382138116 cites W4312054113 @default.
- W4382138116 cites W4313454284 @default.
- W4382138116 doi "https://doi.org/10.3390/polym15132810" @default.
- W4382138116 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37447458" @default.
- W4382138116 hasPublicationYear "2023" @default.
- W4382138116 type Work @default.
- W4382138116 citedByCount "0" @default.
- W4382138116 crossrefType "journal-article" @default.
- W4382138116 hasAuthorship W4382138116A5001610091 @default.
- W4382138116 hasAuthorship W4382138116A5011945248 @default.
- W4382138116 hasAuthorship W4382138116A5042769834 @default.
- W4382138116 hasAuthorship W4382138116A5046678038 @default.