AATCC-92-2004 Chlorine, Retained, Tensile Loss: Sing

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• AATCC-92-2004 Chlorine, Retained, Tensile Loss: Sing

  AATCC-92-2004 Chlorine, Retained, Tensile Loss: Sing[详细]

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• AATCC 114-2005 Chlorine, Retained, Tensile Loss: Mul

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• Chlorine plus光度计

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• Tensile Stress-Strain Properties of Vulcanized

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• ISOLATION OF ORGANO CHLORINE PESTICIDES FROM AQUEOUS SOLUTIONS

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• ISOLATION OF ORGANO CHLORINE PESTICIDES FROM FAT SOLUBLE MATERIAL

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• ExStik CL200 Pen Type Chlorine Meter User’s Guide

  Thismeteradoptselectrodemethodtotest,anditisarenovationforthetraditionalchlorinetestway.Thismeterconsistsofchlorinecombinationelectrode,displaymeter,ExTabreagenttabletandstandardsamplecupetc.Whentesting,mustaddtheExTabreagenttabletintothesamplesolution，andtherewilldisplaymeasuringvalue（0.01~10.0ppm，1ppm=1mg/L）ontheLCD，Notablefeaturesofthismeterreadasfollows：●Electrodemeasuringmethodcannotbeaffectbycolorandturbidityofsample.●Onlyneed1pieceofExTabreagenttabletforeverytimetest，donotneedotherreagent,andcandoquicklytestrightnow.●LargeLCDwithBargraph.●Automatictemperaturecompensation,concentrationvalue（ppm）andtemperaturevaluedisplayatthesametime.●Chlorineelectrodeisasolidcombinationelectrodewhichbeconsistsoflargeareasofplatinumandcrystal,moreconvenienttouse.●Thereisamicroprocessorchipinsidethemeter,havefunctionofautomaticallycalibrating,readingsmemory,lowbatteryindication,autopowerOFFetc.●Onemetercanequipwithchlorine,pHandORPthreekindsofelectrodes,canautomaticrecognizeanddisplaydifferentunitsicon.●Reliablewaterproofdesigncanbeusedinanymoistureandwatercondition.●Specialcasingcaseandequipswithcompleteaccessoriestomakeusemucheasier.[详细]

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• Titanium Dioxide Nanoparticles Trigger Loss of Hepatic Function and Perturbation of Mitochondrial Dy

  Titaniumdioxide(TiO2)nanoparticlesareoneofthemosthighlymanufacturednanomaterialsintheworldwithapplicationsincopiousindustrialandconsumerproducts.Theliverisamajoraccumulationsiteformanynanoparticles,includingTiO2,directlythroughintentiona领estionorindirectlythroughincreasedenvironmentalcontaminationandunintentiona领estionviawater,foodoranimals.GrowingconcernsoverthecurrentusageofTiO2coupledwiththelackofmechanisticunderstandingofitspotentialhealthriskisthemotivationforthisstudy.HerewedeterminedthetoxiceffectofthreedifferentTiO2nanoparticles(commerciallyavailablerutile,anataseandP25)onprimaryrathepatocytes.Specifically,weevaluatedeventsrelatedtohepaticfunctionsandmitochondrialdynamics:(1)ureaandalbuminsynthesisusingcolorimetricandELISAassays,respectively;(2)redoxsigna领mechanismsbymeasuringROSproduction;(3)OPA1andMfn-1expressionthatmediatesthemitochondriadynamicsbyPCR;and(4)mitochondrialmorphologybyMitoTrackerGreenFMstaining.AllthreeTiO2nanoparticlesinducedasignificantlossinhepaticfunctionsevenatconcentrationsaslowas20μg/mlwithcommerciallyusedP25causingmaximumdamage.TiO2nanoparticlesinducedastrongoxidativestressinprimaryhepatocytes.TiO2nanoparticlesexposurealsoresultedinmorphologicalchangesinmitochondriaandsignificantlossinthefusionprocess,thusimpairingthemitochondrialdynamics.AlthoughthisstudydemonstratedthatTiO2nanoparticlesexposureresultedinsignificantdamageinprimaryhepatocytes,moreinvitroandinvivostudiesarerequiredtodeterminethecompletetoxicologicalmechanismonprimaryhepatocytesandsubsequentlyliverfunction.[详细]

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• Titanium Dioxide Nanoparticles Trigger Loss of Hepatic Function and Perturbation of Mitochondrial Dynamics in Primary Hepatocytes

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