The mechanismoflead-inhibitoryeffec

The mechanismoflead-inhibitoryeffectsonseedgerminationandseedlinggrowthwasinvestigatedin
wheat cv.Xihan2subjectedtodifferentPb(NO3)2 concentrations.Highconcentrationsofleadand
exogenousH2O2 significantlyinhibitedseedgerminationandthegrowthofrootsandshoots.
Dimethylthiourea,catalaseordiphenyleneiodoniumcouldreverselead-inhibitoryeffectsonseed
germination.SignificantelevatedH2O2 generationwasobservedingerminatingseedsexposedtolead.
Analysisusingfluorescentdye20,70-dichlorodihydrofluoresceindiacetateshowedsignificantlyincreased
H2O2 levelintheroottissueinresponsetoleadtreatment.Nitricoxide(NO)donorsodiumnitroprusside
couldalleviatethePb-inhibitoryeffectsonseedgerminationandshootgrowth,whichwasblockedby
guanylylcyclaseinhibitormethyleneblue.Therefore,NADH-dependentgenerationofextracellularH2O2
is responsibleforPb-inhibitoryeffectonseedgermination,theprotectionofexogenousNOagainstlead
toxicityinvolvedinseedgerminationandseedlingsshootgrowthmaybeassociatedwithcGMP
signalingpathway.

ผลลัพธ์ (ไทย) 1:

Mechanismoflead-inhibitoryeffectsonseedgerminationandseedlinggrowthwasinvestigatedinข้าวสาลี cvXihan2subjectedtodifferentPb (NO3) 2 ความเข้มข้นHighconcentrationsofleadandexogenousH2O2 significantlyinhibitedseedgerminationandthegrowthofrootsandshootsDimethylthiourea, catalaseordiphenyleneiodoniumcouldreverselead-inhibitoryeffectsonseedการงอกSignificantelevatedH2O2 generationwasobservedingerminatingseedsexposedtoleadAnalysisusingfluorescentdye20, 70-dichlorodihydrofluoresceindiacetateshowedsignificantlyincreasedH2O2 levelintheroottissueinresponsetoleadtreatmentDonorsodiumnitroprusside Nitricoxide (NO)couldalleviatethePb-inhibitoryeffectsonseedgerminationandshootgrowth, whichwasblockedbyguanylylcyclaseinhibitormethyleneblueดังนั้น NADH dependentgenerationofextracellularH2O2เป็น responsibleforPb-inhibitoryeffectonseedgermination, theprotectionofexogenousNOagainstleadtoxicityinvolvedinseedgerminationandseedlingsshootgrowthmaybeassociatedwithcGMPsignalingpathway

ผลลัพธ์ (ไทย) 2:

mechanismoflead-inhibitoryeffectsonseedgerminationandseedlinggrowthwasinvestigatedin
cv.Xihan2subjectedtodifferentPb ข้าวสาลี (NO3) 2 concentrations.Highconcentrationsofleadand
exogenousH2O2 significantlyinhibitedseedgerminationandthegrowthofrootsandshoots.
Dimethylthiourea,catalaseordiphenyleneiodoniumcouldreverselead-inhibitoryeffectsonseed
germination.SignificantelevatedH2O2 generationwasobservedingerminatingseedsexposedtolead.
Analysisusingfluorescentdye20,70-dichlorodihydrofluoresceindiacetateshowedsignificantlyincreased
H2O2 levelintheroottissueinresponsetoleadtreatment.Nitricoxide(NO)donorsodiumnitroprusside
couldalleviatethePb-inhibitoryeffectsonseedgerminationandshootgrowth,whichwasblockedby
guanylylcyclaseinhibitormethyleneblue.Therefore,NADH-dependentgenerationofextracellularH2O2
is responsibleforPb-inhibitoryeffectonseedgermination,theprotectionofexogenousNOagainstlead
toxicityinvolvedinseedgerminationandseedlingsshootgrowthmaybeassociatedwithcGMP
signalingpathway.

ผลลัพธ์ (ไทย) 3:

การ mechanismoflead inhibitoryeffectsonseedgerminationandseedlinggrowthwasinvestigatedin
ข้าวสาลีพันธุ์ xihan2subjectedtodifferentpb ( 3 ) เข้มข้น highconcentrationsofleadand exogenoush2o2 significantlyinhibitedseedgerminationandthegrowthofrootsandshoots
.
dimethylthiourea catalaseordiphenyleneiodoniumcouldreverselead inhibitoryeffectsonseed
, การงอกsignificantelevatedh2o2 generationwasobservedingerminatingseedsexposedtolead
.
analysisusingfluorescentdye20,70-dichlorodihydrofluoresceindiacetateshowedsignificantlyincreased H2O2 levelintheroottissueinresponsetoleadtreatment . ไนตริกอ๊อกไซด์ ( ไม่ ) donorsodiumnitroprusside inhibitoryeffectsonseedgerminationandshootgrowth whichwasblockedby

couldalleviatethepb , guanylylcyclaseinhibitormethyleneblue .ดังนั้น nadh-dependentgenerationofextracellularh2o2
เป็น inhibitoryeffectonseedgermination responsibleforpb , toxicityinvolvedinseedgerminationandseedlingsshootgrowthmaybeassociatedwithcgmp theprotectionofexogenousnoagainstlead

signalingpathway .