农业纳米生物技术与应用 课件 第12章 纳米生物技术在农业上的其他应用

第12章：纳米生物技术在农业上的其他应用12:551农业纳米生物技术与应用纳米种子引发Seedprimingisacontrolledprocedureinwhichseedsareimbibedfortheactivationofpre-germinativemetabolismwithoutallowingtheseedtofullygerminate.Seedprimingconsistsoftwomainphases:hydrationoftheseedsandre-dryingoftheseedstotheinitialmoisturecontent.Anumberofstudiesdemonstratedanobviousstressresistanceunderdifferentenvironmentalconstraintsfortheseedlingsissuedfromprimedseeds.SeedPrimingThethreedistinctphasesofseedpriming(Drahanskyetal.,2016).Differentstepsinvolvedinseedpriming(Farooqetal.,2019).a)NP+NS,b)NP+DS,c),GA3+DS,andd)MT+DS(Khanetal.,2019)Physiologicalandbiochemicalbasesofseedpriming-inducedbenefits(Farooqetal.,2019)Abioticstresschallengesandseed-priming-inducedstresstolerance(Farooqetal.,2019)1012:55Khanetal.,2023Chemosphere1112:55Khanetal.,2023Chemosphere1212:55Khanetal.,2023Chemosphere1312:55Khanetal.,2023Chemosphere1412:55Khanetal.,2023Chemosphere1512:55Khanetal.,2023Chemosphere纳米种子引发应用实例氧化铈纳米颗粒种子引发提高油菜耐盐性硒代碳量子点种子引发提高油菜耐盐性纳米种子引发应用实例氧化铈纳米颗粒种子引发提高油菜耐盐性硒代碳量子点种子引发提高油菜耐盐性1812:55Khanetal.,2021J.Nanobiotech.Khanetal.,2021J.Nanobiotech.2012:55Khanetal.,2021J.Nanobiotech.2112:55Khanetal.,2021J.Nanobiotech.2212:55Khanetal.,2021J.Nanobiotech.2312:55Khanetal.,2021J.Nanobiotech.2412:55Khanetal.,2021J.Nanobiotech.2512:55Khanetal.,2021J.Nanobiotech.2612:55Khanetal.,2021J.Nanobiotech.2712:55Khanetal.,2022GlobalChallenges2812:55Khanetal.,2022GlobalChallenges2912:55Khanetal.,2022GlobalChallenges3012:55Khanetal.,2022GlobalChallenges3112:55Khanetal.,2022GlobalChallenges纳米种子引发应用实例氧化铈纳米颗粒种子引发提高油菜耐盐性硒代碳量子点种子引发提高油菜耐盐性3312:55Khanetal.,2024CropJ.3412:55Khanetal.,2024CropJ.3512:55Khanetal.,2024CropJ.3612:55Khanetal.,2024CropJ.3712:55Khanetal.,2024CropJ.3812:55Khanetal.,2024CropJ.3912:55Khanetal.,2024CropJ.4012:55Khanetal.,2022CropJ.植物纳米仿生学PlantNanobionics12:5542Wong#,Giraldo#etal.2017,NatureMaterialsBombdetectingplants!12:5543Kwaketal.2017,NanoLett