With theadvancesinnanotechnology,si

With theadvancesinnanotechnology,silvernanoparticles(AgNPs)havebeenappliedinmany
industries, increasingtheirpotentialexposurelevelintheenvironment,yettheirenvironmentalsafety
remains poorlyevaluated.ThepossibleeffectsofdifferentsizedAgNPs(20,30–60, 70–120and150nm
diameter) onjasminerice, Oryza sativa L. cv. KDML 105, wereinvestigatedatdifferentconcentrations
(0.1,1,10,100and1000mg/L)uponseedgerminationandseedlinggrowth.Theresultsrevealedthatthe
level ofseedgerminationandsubsequentgrowthofthoseseedlingsthatgerminatedwereboth
decreased withincreasingsizesandconcentrationsofAgNPs.BasedontheanalysisofAgNPs
accumulation inplanttissues,itimpliedthatthehigheruptakewasfoundwhentheseedsweretreated
with thesmallerAgNPs,20nmdiameterAgNPs,butitwastrappedintherootsratherthantransported
to theleaves.Theseresultedinthelessnegativeeffectsonseedlinggrowth,whencomparedtotheseed
soaking withthelargerAgNPswith150nmdiameter.ThenegativeeffectsofAgNPsweresupportedby
leaf celldeformationwhenriceseedsweretreatedwith150-nm-diameterAgNPattheconcentrationof
10or100mg/Lduringseedgermination.Theseresultsfurtherstrengthenourunderstandingof
environmentalsafetyinformationwithrespecttonanomaterials.

ผลลัพธ์ (ไทย) 1:

มี theadvancesinnanotechnology, havebeenappliedinmany silvernanoparticles (AgNPs)อุตสาหกรรม increasingtheirpotentialexposurelevelintheenvironment, yettheirenvironmentalsafetyคงเหลือ poorlyevaluatedThepossibleeffectsofdifferentsizedAgNPs (20,30-60, 70-120and150nmเส้นผ่าศูนย์กลาง) onjasminerice, Oryza ซา L. พันธุ์มะลิ 105, wereinvestigatedatdifferentconcentrations(0.1,1,10, 100and1000mg/L) uponseedgerminationandseedlinggrowthTheresultsrevealedthattheระดับ ofseedgerminationandsubsequentgrowthofthoseseedlingsthatgerminatedwerebothwithincreasingsizesandconcentrationsofAgNPs.BasedontheanalysisofAgNPs ลดลงรวบรวม inplanttissues, itimpliedthatthehigheruptakewasfoundwhentheseedsweretreatedthesmallerAgNPs, 20nmdiameterAgNPs, butitwastrappedintherootsratherthantransportedการ theleavesTheseresultedinthelessnegativeeffectsonseedlinggrowth, whencomparedtotheseedแช่ withthelargerAgNPswith150nmdiameter.ThenegativeeffectsofAgNPsweresupportedbyใบ celldeformationwhenriceseedsweretreatedwith150-nm-diameterAgNPattheconcentrationof10or100mg/Lduringseedgermination.Theseresultsfurtherstrengthenourunderstandingofenvironmentalsafetyinformationwithrespecttonanomaterials

ผลลัพธ์ (ไทย) 2:

ด้วย theadvancesinnanotechnology, silvernanoparticles (AgNPs) havebeenappliedinmany
อุตสาหกรรม increasingtheirpotentialexposurelevelintheenvironment, yettheirenvironmentalsafety
ยังคง poorlyevaluated.ThepossibleeffectsofdifferentsizedAgNPs (20,30-60, 70-120and150nm
เส้นผ่าศูนย์กลาง) onjasminerice, Oryza sativa L. พันธุ์ ข้าวขาวดอกมะลิ 105, ofseedgerminationandsubsequentgrowthofthoseseedlingsthatgerminatedwereboth ลดลง withincreasingsizesandconcentrationsofAgNPs.BasedontheanalysisofAgNPs inplanttissues สะสม itimpliedthatthehigheruptakewasfoundwhentheseedsweretreated กับ thesmallerAgNPs, 20nmdiameterAgNPs, butitwastrappedintherootsratherthantransported เพื่อ theleaves.Theseresultedinthelessnegativeeffectsonseedlinggrowth, whencomparedtotheseed แช่ withthelargerAgNPswith150nmdiameter.ThenegativeeffectsofAgNPsweresupportedby ใบ

ผลลัพธ์ (ไทย) 3:

กับ theadvancesinnanotechnology silvernanoparticles ( agnps ) , havebeenappliedinmany

ยังคง increasingtheirpotentialexposurelevelintheenvironment yettheirenvironmentalsafety อุตสาหกรรม , poorlyevaluated . thepossibleeffectsofdifferentsizedagnps ( 20 30 – 60 , 70 และ 120and150nm
เส้นผ่าศูนย์กลาง onjasminerice Oryza sativa L . ) , พันธุ์ ข้าวขาวดอกมะลิ 105 ( 0.1,1,10 wereinvestigatedatdifferentconcentrations
,100and1000mg / L ) uponseedgerminationandseedlinggrowth . theresultsrevealedthatthe

ลดระดับ ofseedgerminationandsubsequentgrowthofthoseseedlingsthatgerminatedwereboth withincreasingsizesandconcentrationsofagnps . basedontheanalysisofagnps
สะสม inplanttissues itimpliedthatthehigheruptakewasfoundwhentheseedsweretreated กับ thesmalleragnps 20nmdiameteragnps
, , ,butitwastrappedintherootsratherthantransported
ให้ใบ . theseresultedinthelessnegativeeffectsonseedlinggrowth whencomparedtotheseed
withthelargeragnpswith150nmdiameter , เปียก thenegativeeffectsofagnpsweresupportedby
ใบ celldeformationwhenriceseedsweretreatedwith150 nm diameteragnpattheconcentrationof
10or100mg / lduringseedgermination theseresultsfurtherstrengthenourunderstandingof
.environmentalsafetyinformationwithrespecttonanomaterials .