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Dyesrefertotheorgan,theycanbedividedintonaturaldyes(suchasvegetabledyes,animaldyesandmineraldyes,etc.)andsyntheticdyes(orartificialdyes).Accordingtothemolecularstructure,itcanbedividedintoazodyes,anthraquinonedyes,phthalocyaninedyes,,itcanbedividedintoaciddyes,basicdyes,sulfurdyes,reactivedyes,dispersedyes,,,:①plantdyes;dyesextractedfromtheroots,stems,leavesandfruitofsomeplantssuchasindigoextractedfromtheleavesofindigo(blue);curcuminextractedfromturmeric(yellow);alizarinextractedfrommadder(red)andsoon;②animaldyes;dyesextractedfromanimalbodysuchascarmineextractedfromcochineal,etc;③mineraldyes;dyesextractedfromthecoloredinorganicsubstanceofmineralsuchaschromeyellow,ultramarineblue,ncompletechromatography,applicationinconvenienceandpoorfastness,,(oroilprocessing)fractionationproducts(suchasbenzene,naphthalene,anthraceneandcarbazole,etc.),,,syntheticdyeshavevariouskindswithcompletechromatographyandmostofthembeingcolorful,,almostallofthecurrentso-calleddyereferstosyntheticdyeswi,black,,oilorotherappliedmedia,butcanbeuniformlydispersedwiththedispersionprocessbeingunaffectedbythephysicalandchemicaleffects,itisdividedintoinorganicandorganicpigments;accordingtocolor,itcanbedividedintowhite,red,yellow,blackandotherpigments;accordingtothesource,itisdividedintonaturalandsyntheticpigmentswithnaturalpigmentsincludingmineral(inorganic)suchasocher,cinnabar,lateriteandrealgar,etc.,alsoderivativesfromanimalsandplants(organic)suchasGarciniaandcochinealred;thesyntheticpigmentsalsoincludeorganicandinorganicpigments;accordingtotheapplications,itisclassifiedintocoloringpigment,awithavarietyofcolors;,itismainlyusedtoreduceproductcostandimprovetheperformanceofcoatings,plastics,,fineparticlesandbeingavailableforartificialsynthesisandvariouskindsofsurfacemodifications,thesyntheticproductscanalsobeusedtoreducetheamountofthepaintwithopacity(suchastitaniumdioxide)andimprovetheproductperformance,therebynowitismoresuitabletobecalledasconstitution(incremental)neralssuchasnaturalcalciumcarbonate,baritepowder,talc,mica,diatomaceousearth,quartzpowder,clayandasbestos,bonate,precipitatedbariumsulfateandsyntheticsilica;functionalpigmentsispigmentsthatendowtheproductwithparticularfunctionsuchastemperature-indicatingpaintsmakethecoloroftheproductchangewithtemperature;anti-foulingpaintwithcapabilityofpoisoningandkillingwatercreatures;luminescentpigmentwhichislightinginthedark;anti-rustp,printing,rubber,plastics,paper,fibers,,opacity,,avarietyofhighperformancepigmentswillbefurtherdeveloped.SilvernitrateChemicalProperties,Uses,ProductiondescriptionSilvernitrateisthemostimportantsilvercompoundandisusede(19/4℃)andameltingpointof212℃.Uponbeingheatedto444℃,itcanbedecomposedintometallicsilver,,thenit,,slightlysolubleinalcohol,insolubleinacetone,benzene,(pH=5~6).Silvernitrate,intheaqueoussolutionofammonia,,cadmium,tin,lead,copperandotherme,whenbeingmixedwithsulfur,ithsterilization,corrosion,erosion,,mucosalulceration,,solubleinetherandglycerin,slightlysolubleinethanol,,photographicmaterials,preservatives,andcatalystandalsousedforsilvering,mirrorproduction,,X-rayphot,itcanbeusedforthemanufactureofconductiveadhesives,gaspurificationagents,malglassliner,,itcanbeusedforsterilization,altofthiosulfatesilvering,hydrochloricacidsilvering,imi,dis~50g/,,CN-,SCN-,S2O3,etc.,toformavarietyofcomplexions,suchas:Ag(NH3)2OH,Ag[Ag(CN)2],[Ag(SCN)2]-,[Ag(S2O3)2](N2H4)andphosphorousacidandreduceAg+tometallicsilverwiththereactionequation:(1)N2H4+4AgNO3─→4Ag+N2+4HNO3;(2)H3PO3+2AgNO3+H2O─→2Ag+H3PO4+:putthesilverbarintothereactor,adddistilledwaterfirst,followedbyaddingconcentratednitricacidtomaketheconcentrationofnitricacidbeabout60%to65%.℃,~,dpressureataboutpH=,+2HNO3→AgNO3+H2O+NO2↑Toxicity,uponcontactwithsilvernitrate,,youcanuseiodineremovegraze;ifskingetinjureduponcontact,,theproductionstaffshouldwearmasks,cottonoveralls,,,uponequipmentmaintenance,weshouldp,AgN03,iscolorless,transparent,tabular,rhombiccrystalsthatbecomeg,caustic,,andastrongoxidizingagentthatissolubleincoldwater,moresolubleinhotwater,glycerol,andhotalcohol,slightlysolubleinether,anddecomposesatboilingpointUsedinphotographicfilm,silverplating,silveringmirrors,,odorless,,nofthedaguerreotypeprocess,silvernitrateisaheavywhitecrystalm,ether,,butwhencombinedwithanorganicmaterial,ahalogen,,antiseptic,silverplating,&,asanoxidizingagent,nelydivided,,tin(II)chloride,orotherreducingagentsmayreactexplosively[].Reactswithacetyleneinthepresenceofammoniatoformsilveracetylide,apowerfuldetonatorwhendry[].Reactionwithethylalcohol(orotheralcohols)mayproducesilverfulminate,whichcanexplodewhendisturbed[].AnintimatemixtureofSilvernitrateandmagnesiummayignitespontaneouslyoncontactwithadropofwater[].AnexplosionoccurredwhenpurifiedphosphinewaspassedrapidlyintoaconcentratedsolutionofSilvernitrate[Mellor3:4711946-47].Whenamixtureof28%ammoniumhydroxideandS,silvernitrideexplodedonstirring[MCACaseHistory15541968].,ulceration,anddiscolorationoftheskin;:(AgNO3),aftersalicylicacid,,whichreadilyprecipitatesasAgCl,blackincolour,,andmostlyhands,,,ast,intravenous,subcutaneous,,eyes,,acetylides,alkalies,aluminum,antimonysalts,arsenic,arsenites,bromides,carbon,carbonates,chlorides,ClF3,chlorosulfuricacid,copper,creosote,ethanol,ferroussalts,hypophosphites,iodides,MgpowderwithH20,morphmesalts,NH3withKOHtoyieldblackAg3N,oils,PH3,phosphates,phosphoniumiodide,phosphorus,plastics,sulfur,tannicacid,tartrates,thiocyanates,vegetabledecoctionsandextracts,isusedinphotography,silverplating;asanantiseptic;inchemicalreactions;andmirrormanufacturing;,HazardClass:;Labels:(solubilityofAgNO3inwateris992g/100mLat100oand122g/100mLat0o).Ithasalsobeenpurifiedbycrystallisat:avoidusingEtOHforwashingtheprecipitate;andavoidconcentratingthefiltratetoobtainfurthercropsofAgNO3owingtotheriskofEXPLOSION(ashasbeenreportedtous),theapparatusshouldbeenvelopedinastrongprotectiveshield.[Tully,NewsEd(AmChemSoc)1930921941;Garin&HendersonJChemEduc477411970,Bretherick,HandbookofReactiveChemicalHazards4thedn,Butterworths,London,1985,pp13-14.]Beforebeingusedasastandardinvolumetricanalysis,analyticalreagentgradeAgNO3shouldbefinelypowdered,driedat120ofor2hours,[useprotectiveshieldduringthewholeofthisprocedure]canbe,,antimonysalts;ammonia,arsenites,bromides,carbonates,chlorides,iodides,hydrogenperoxide;thiocyanates,ferroussalts;oils,hypophosphites,morphinesalts;creosote,phosphates,tannicacid;tartarates,halides,vegetableextracts,,rubber,Thepreparationmethodisbasedonthelimenitrogenasrawmaterial,,thewaterisputted,withicewatercooling,limenitrogeninput,thetemperaturewaskeptbetween0to15℃,dropping5%ofsulfuricacidsolution,adjustingthepH=,washing,andthenreturntoareactionkettle,addedlimenitrogen,repeattheaboveoperation2times,theobtainedfiltrateisthroughmembranethickening,keepingacertaintemperature,concentratedcontentreached50%~55%,Cyanamidesolutionof50%:CaCN2+H2O+H2SO4->NH2CN+。21bet 网址入口eals,pastries,dairyproducts,restorethebodyasfatigue,,whichcouldheldthewateronhumansk,promotedpho,thepharmaceu,,weightloss,fattyliver,testicularatrophy,anteriorpituitarycells,:,cancausefever,,L-lysineisthefirst,,thebindingbetweenpeptideandthreonineisdifficulttohydrolysis,,(sericin,casein,fibroin,etc.)withhighcontentofThreonine,(see"DL-threonine"),intheresultingsolutionofDL-threonineinoculatedwithinL-type,breedingauxotrophicsynthesisandstructuralanaloguesfeedbackinhibitionandrepressiontoL-threonineacidproductionwas18g/L,Corynebacteriumglutamicacidproductionwas14g/L,clayeyracebacillirate14g/[Brevibacterium,Corynebacteriumglutamicum,clayeyracebacillus]→emicalsynthesis,,thereforeSushouldbeseparatedfromothers,,hecopperremovalcanbesepratetoDL-threonine,:monochloroaceticacid189g(2mol),formaldehydesolution2100ml(),mixedandcooledtobelow10℃,concentratedaqueousammoniawasadded750ml(10mol),controldropping,temperaturedidnotexceed10℃.Aftertheadditionofammonia,keep30℃,,dryingcrudeglycine,,heatedtosoluble,add1%activatedcharcoaldecolorized;filtration,,placedinrefrigeratorovernight,%-68%.PreparationofglycinecopperGlycine100g,added7Lwater,heating60℃,at60℃,precipitatedblueneedle-likecrystals(withamolecularcrystalwater),crystalswerecollectedbyfiltrationandwashed,60℃driedtogetglycinecopper,recoveryisabout95%-98%.,added425mlofmethanolandstirredtodissolve,thenadded80mlofethanolatatempreturebelow10℃,5gofsodiumhydroxidewasaddedinin90mlofmethanolsolutionforpre-dissolveduntilthetemperatureisnolongerraise,andkeptitin60℃,,recoveringmethanoltodrynessunderreducedpressure,,washed,anddriedtogettheSuandotherbodiesthreoninemixtureofcopper,recoveryisabout68%-74%.CopperremovalThreoninecopper427g,added10%ammoniumhydroxidesolution6L,completelydissolved,collectedthefiltration,adsorptiononacationexchangeresin732,washedwith2mol/,added3Lethanoltomakecrystalsandplacedintherefrigeratorovernight,%-%.DL-threoninecrude42g,added126mlwatertomakeitsolublebyheating,bleachedfilterthefiltrate,added252mlofethanol,cooledovernight,%-%.Split,refiningtherefiningofDL-threonine810g,DL-threonine90g,,slowlystirred(approximately50r/min),andheatedtoabove95℃℃,and10%D-threonineoftotalamountofDL-threonine,andslowlycooledto30℃(15minperdrop1℃),,andwith80℃fDL-threonine(approximately150-170g),tokeepthetotalvolumeconstant,thesameoperationwiththesplitD-threonine(butlowertemperatureisaround40℃,addedL-threonine),,thesolutionwasheatedto90℃,1%activecarbon,filtratewascollectedbeforeitcooled,added2timesofvolumeofethanoltocool,stirringoccasionally,toprecipitatecrystalsgetD-threonineandL-threonineboutique,%-%.L-threoninecontentofmorethan95%,[α]20D-26°--29°,,reactedwithbasiccoppercarbonateproducedtobecopperglycinefirstlywhenα-Hwasactive,glycinecopperwithacetaldehydeunderalkalineconditionscouldcooursimilareffectscrossaldolcondensationtoproduceDL-threoninecopper(includingSubodyandredbody),andbyionexchange,isolatedcopperremovalfromSubodyDL-threonine,andfinallyind:Preparationofglycinecopperina500Lreactor,added50kgglycine,350Lwaterand40kgbasiccoppersulfateincubated60℃for1h,filteredofftheunreactedcoppersalt,collectedthefiltrateandcooledovernight,crystalswerecollectedbyfiltration,driedin60℃,added75kgofcopperglycinateand600Lmethanol,stirredtodissolve,added120Lacetaldehyde,90L5%KOHmethanolsolution,stirred1hin60℃,,added75Lwaterandkeepin5℃overnight,crystalswerecollectedbyfiltration,washed,,refinedAddedDL-threoninecrude40kgintothe500Lreactor,andDL-threonineasrawmaterialsinalkalineconditionstoreactwithchlorinechloride,extractedwithacetoneandconcentratedunderreducedpressure,,,nutrientUsesL-enantiomerDefinitionChEBI:,aspartat–producingstrain,thefollowingstrategyisapplied:thepathwaytowardsL-lysineisminimizedbyreducingtheactivityofdihydrodipicolinatesynthase(dapA)andatthesametimethepathwaytowardsL-threonineisfavoredbyoverexpressionofthegenesofthethreonineoperon,whichconsistsofthegenesforhomoserinedehydratase(thrA),homoserinekinase(thrB),andthreoninesynthase(thrC).AsL-threonineisalsoaprecursorforL-isoleucine,furtherconversionofL-threonineintoL-isoleucinehastobeminimizedbydeactivationofthethreoninedehydratasegene(ilvA).Inthemeantime,iology,notonlybydeletionordownregulationofthecompetingpathwayssuchasL-lysine,L-methionine,andL-isoleucine,bu/LL-threoninein48hwithacarbonyieldof39%.Amoredetaileddescriptionofthe%EtOHtogivehexagonalplatesm262-263o(dec).Itsublimesat200-226o/%recoveryandunracemised[Gross&GradskyJAmChemSoc7716781955].[ElliotJChemSoc621950,Greenstein&,Vol1pp176-183,Vol3pp2238-22571961,Beilstein4IV3171.]L-ThreoninePreparationProductsAndRawmaterialsRawmaterialscompanydirectorycompanysearchcompanynamesupplierlistAagami,Inc.,AakashChemicalsandDye-Stuffs,Inc.,AAPERAlcohol&ChemicalCo.,AaronChemistryGmbH,AbbottLaboratories,ABChemicalsInc.,ABChemTechnologies,LLC,ABCRGmbH&,ABXAdvancedBiochemicalCompounds,ACBBlocksLtd.,AmericanCustomChemicalsCorporation,AcceleDevChemicalLLC,Accellant,Inc.,AceSynthesis,LLC,AcesysPharmatech,AcetoCorporation,AcmeBioscience,Inc.,AcrosOrganicsUSA,ACTIVATESCIENTIFICGmbH,LACH-NER,,Adesis,Inc.,AdvancedAsymmetrics,Inc.,AdvancedChemTech,AdvancedSynthesisTechnologies,AdvancedQualityScitechInc.,AdvancedImmunoChemicalIncorporated,AdvancedTechnology&IndustrialCo.,Ltd.,,Inc.,AGTCBIOPRODUCTSLTD.,,AirProductsandChemicals,Inc.,AKosConsulting&SolutionsGmbH,AKScientific,Inc.,AlbemarleCorporation,AlbionChemicalsGroup,AlbanyMolecularResearch,Inc.,AlexisCorporation,AlfaAesar,AlltechAssociates,Inc.,AllweysLLC,AllyChemCo.,Ltd.,AmericanDiagnosticaInc.,AmericanPeptideCompany,AmericanQualex,AmershamBiosciences,Inc.,RSPAminoAcids,LLC,AMRESCOInc.,,AnaSpec,Inc.,AndaChem,Inc.,AngeliniFineChemicals,AnichemLLC,AnilaxEnterprisesIncorporated,HangzhouAoweiBioengineeringCo.,Ltd.,ApinChemicalsLtd.,AdvancedPolymerMaterialsInc.,ApolloScientificLtd.,AppliChemGmbH,AppliedBiosystems,AQCHEM,LLC,OyArbonovaAb,AlbertaResearchCouncil,Archimica,AmericanRadiolabeledChemicals,Inc.,ArgusChemicalsSRL,ArrayBiopharmaInc.,ART-CHEMGmbH,ASDIIncorporated,AshStevens,Inc.,AsInExLtd.,AsisChem,Inc.,AstaTech,Inc,AtlanticSciTechGroup,Inc.,ASWMedChem,Inc.,AsymchemLaboratories,Inc.,AtlanticResearchChemicalsLtd.,AdvancedTargetingSystems,AuroraFineChemicalsLtd.,AUSTRALBiologicals,AvaChemScientificLLC,AvantiPolarLipids,Inc.,AVIABOROAO,ZhijiangGuanghongAminoAcidCo.,Ltd,BeijingEasternAcrylicChemicalTechnologyCo.,Ltd,ChinaShenghuaGroupAgrochemicalCompany,ChangzhouAitanChemicalCo.,Ltd,ShanghaiAmadisBio-TechnologyCo.,Ltd,AnhuiRuifengFertilizerTradingCo.,Ltd,NorthChinaPharmaceuticalGroupAinoCo.,Ltd,YangzhouAokangChemmicalCo.,Ltd,JiangsuFangzhouChemicalCo.,Ltd,AnshanYongjiaFine-ChemicalFactory,Airsea(Taizhou)PharmaceuticalCo.,Ltd,AmiABiochemicalIndustrialCo.,Ltd,ShijiazhuangShixingAminoAcidCo.,Ltd,BeijingGuorenYikangTechnologyCo.,Ltd,ShenzhenAxitecCo.,Ltd,AnhuiShuangkeTechnologyCo.,Ltd,,Ltd,ChengduOrganicChemicalsCo.,,Thepreparationmethodisbasedonthelimenitrogenasrawmaterial,,thewaterisputted,withicewatercooling,limenitrogeninput,thetemperaturewaskeptbetween0to15℃,dropping5%ofsulfuricacidsolution,adjustingthepH=,washing,andthenreturntoareactionkettle,addedlimenitrogen,repeattheaboveoperation2times,theobtainedfiltrateisthroughmembranethickening,keepingacertaintemperature,concentratedcontentreached50%~55%,Cyanamidesolutionof50%:CaCN2+H2O+H2SO4->NH2CN+。MyricetinChemicalProperties,Uses,ProductionThesourceofplantMyricetinisakindofflavonolscompounds,,andThegrowthhistoryofwildhasbeenover7000years,,hunan,guangdong,guangxi,guizhouandotherregions,butthetrimmeddiscardeda,thecurrentstudyofarbutuspigmentmainlycomesfromthevinetea,urces,andhas,andarbut,(PAF),fallbloodsugarfunction,antioxidation,protectliverfunction,thesolutionoflightalcoholpoisoning,theactiveingredientmyricetininredbayberrybarkandleaveshastheprovenpharmacologicaleffects,alsohasanti-inflammatory,antitumor,resistancemutation,preventionofdentalcaries,oxidationresistance,omthefruitsofarbutus,hasscavengingfreeradicals,antioxidation,antitumor,reducesnervetoxicity,affectslymphocyteactivationandproliferation,plateletactivatingfactor,reducesbloodsugar,removesalcohol,preventionofalcoholicliver,fattyliver,livercelldeterioration,reducestheincidenceoflivercancer,protectslivertoprotectliver,:1)Theroleoftheantioxidant:myricetinisakindofverystrongantioxidant,andoxidativestressplaysakeyrole)Theeffectofanti-tumor:)Reducethenervetoxicity:Myricetincaninhibittoprotectneuronsinducedbyglutamateneurotoxicitythroughdifferentway,)Theinfluenceonlymphocyteactivationandproliferation:MyricetincaninhibitactivationindexexpressionofCD69ofearlyTcell,)Theantagonismofplateletactivatingfactor(PAF):TheconcentrationdependenceofmyCa2+.Somyricetinhasantithrombotic,againstmyocardialischemia,improvingmicrocirculation,)Fallthebloodsugarfunction:)Thefunctionofprotectliver:Thedihydrogenarbutuspigmentcanobviouslyinhibitactivitiesoftheserumalanineaminotransferase(ALT)andradixasparagiammoniaenzymeaminotransferase(AST)andreduceserumtotalbilirubin,(ethanol),meltingpointis357℃,themaximumabsorptionwavelength(ethanol):375,255nm;Solubleinethanol,methanol,acetone,solubleinhotwater,insolubleinchloroform,(PAF)ChenWenmeiandZangBaoxiawashplatelet(WRP)bymeasuringtherabbit,suggestingthatmyricetincansignificantlyinhibitPAFcausedbyincreasedplateletCa2+,,,againstmyocardialischemiaandimprovemicrocirculationandothervariouscardiovascularpharmacologicaleffects,isexpectedtoistancedr,thehighsugarlevermicemodelcausedbyepinephrineandglucose,,,,,aswellasthenormalsmallratpoison,thedeterminationofkindsofthemodelmice’dhyperglycemiamiceinducedbyAdrenalin,,theyfoundinfurtherstudy,myricetinhasgoodfallbloodsugarforavarietyofanimalmodels,anditisexpectedtodevelopfallbloodsugarmedicineorasdiabetespatientsusingfoodadditives.ChemicalProductsCASCatalog1400W,180001-34-7,W123,W-509,22131-25-5,W-84,14W80,W7,65595-90-6,W12,35517-12-5,264W94,W66,143306-00-7,W77,118998-51-9,709W92,177181-26-9,13W80,WaaEprotein,Waantigen,WaaPprotein,WacAprotein,WAF-1Antibody,W3A1electrontransferflavoprotein,159607-83-7,WAF1ELISA,WAF-1,~21kD,Clone:WA-1,Mabanti-Human,WB/IP/ICC/EIA,w-Agatoxin-TK,w-AgatoxinIVa,WagatsumaAgar,w-AgatoxinTK,Agelenopsisaperta,w-AgatoxinIVA,Agelenopsisaperta,WagatsumaAgarBase,WAF-1,p21,21kD,Clone:WA-1,Mabanti-Human,frozen/paraffin,IH,WAF1,p21Protein,wild-typep53activatedfragment,Clone:WA-1,Mabanti-Human,Mammalian,frozen/paraffin,IH/ELISA/WB,WAF1,p21Protein,21kD,Clone:B459,Mabanti-Human,frozen/paraffin,IH/WB/ELISA,Waf1ProteinP21,WAF1-Protein,p21,Cip1,sdi1,Clone:4D10,Mabanti-Human,WAF1-Protein,p21,Cip1,sdi1,Clone:4D10,Mabanti-Human1,WAF1,p21(Wild-typep53-activatedFragment,Cip1,Sdi1,Pic1TumorSuppressorProtein),WAF1,p21(Wild-typep53-activatedFragment,Cip1,Sdi1,Pic1TumorSuppressorProtein)(BSA&AzideFree),WAF1,p21(Wild-typep53-activatedFragment,Cip1,Sdi1,Pic1TumorSuppressorProtein)C,WAF1,p21(Wild-typep53-activatedFragment,Cip1,Sdi1,Pic1TumorSuppressorProtein)B,WAF1,p21(Wild-typep53-activatedFragment,Cip1,Sdi1,Pic1TumorSuppressorProtein)A,waglerin,144856-56-4,WB852,111367-03-4,Wagstsumaagarbase,WAJC404MEDIUMWITHL-GLUTAMINE,Wairakiteanhydrous,WAITERS,WAITER,WAIT-1protein,WAITRESSES,WAITRESS,WAKAMESEAWEED,WAKAME,WAKEGI,WAL1097CL,141342-70-3,WAKOGEL(R)100C18,WAKOGEL(R)50C18,Waleichydrazide,WAKOPAKTESTMIXTURERP,WbbEprotein,WAKOSIL(R)5C18T,WAKOSIL(R)DNPH-IIELUENTA,WAKOSIL(R)AGRI-9ELUENT,WAKOSIL-II(R)5C18-100,WAKOSIL(R)5C18N,WAKOSIL-II(R)5C18,WAKOSIL(R)5C18,WAKOSIL-II(R)5C18RS,WAKOSIL(R)5NH2,WAKOSIL(R)10C18-200,WAKOSIL-II(R)5C8RS,WAKOSIL(R)5C4,WAKOSIL(R)5C8,WAKOSIL-II(R)5C8HG,WAKOSIL(R)DNPH-IIELUENTB,WAKOSIL(R)5C18-200,WAKOSIL(R)25C18,WAKOSIL(R)5C18AR,WAKOSIL(R)AGRI-9ELUENT,TYPEII,WAKOSIL(R)DNPHELUENTA,WAKOSIL-II(R)5C18HG,WAKOSIL(R)40C18,WAKOSIL-II(R)3C18RS,WAKOSIL(R)7C18,WAKOSIL(R)5C18-200T,WAKOSIL-II(R)5C18AR,WAKOSIL(R)5C4-200,WAKOSIL(R)5C18-200N,WAKOSIL-II(R)3C18AR,WAKOSIL-II(R)3C18HG,WAKOSIL(R)DNPHELUENTB,Wak1protein,wali7protein,wali6protein,WALLABYFUR,WALLABY,wallcrystalpaint,Wallclock,WALLCOVERINGS,WALLEMINOLB,WALLEYEPOLLACK,WALLEMINOL,WALLEMIASEBI,walleminolA,126039-09-6,ChemicalProductsCASCatalogV,261767-91-3,V,68027-14-5,V,366814-43-9,V,103956-33-8,V-276,V377,77966-84-8,V66,V5,922704-46-9,VA-122-01,VA061,VA033,VAA,VABCDprotocol,VABEprotocol,vaaprotein,VAAprotocol,VAAPregimen,Vabicaserin,620948-34-7,Vabicaserin,620948-93-8,VAB-IIIprotocol,VABIIprotocol,VAB-IVprotocol,115VACadapterforHewlett-Packard(R)infraredprinter,115VACadapterfordual/singleinputmeter,VACADprotocol,115VACADAPTERFORBARNANTINFRARED&,VACANCEINERED,VACAprotocol,VACCARIASEGETALIS,vaccarosideA,vaccaroidB,VACCENICACID,TRANS-(RG),VACCENICACID,CIS-(RG),Vaccenylcarnitine,VaccenicAcid(11c),VACCENICACID,TRANS-(REAGENT/STANDARDGRADE),VACCENYL(CIS)METHANESULFATE,VACCENYL(TRANS)METHANESULFATE,VacBprotein,151616-69-2,VACCINIUMVITIS-IDAEA,VACCINIUMVITIS-IDAEALEAFEXTRACT,VACCINIUMMYRTILLUSSTEMEXTRACT,Vaccines,Marker,vacciniavirusA34Rprotein,vacciniavirusI3protein,Vaccines,Combined,vacciniavirus94-kDainclusionprotein,vacciniavirusenvelopeH3Lprotein,vacciniavirusA1Lprotein,vacciniavirusnicking-joiningenzyme,vacciniaviruslateproteinK36,vacciniagrowthfactor,vacciniavirusA17Lprotein,Vaccines,Inactivated,vacciniavirus32kDaprotein,vacciniavirusH1phosphatasehomolog5,vacciniaA40Rprotein,vacciniaviruslateproteinK12,Vaccines,Virosome,Vaccines,Attenuated,vaccinia-CEAvaccine,Vaccines,Edible,Vaccines,Conjugate,vacciniavirusproteinI1,vacciniavirusA2Lprotein,vacciniavirus42kDaprotein,134034-10-9,vacciniavirusintermediatetranscriptionfactor2,vaccin,Vaccines,Acellular,Vaccines,Synthetic,Vacciniavirus,Listerstrain,Virions,allantigens,Rabbitanti-,VacciniaVirusListerQuantitatedViralDNA,Vacciniavirus,Listerstrain,Virions,allantigens,Rabbitanti-,Biotin,VacciniaVirus(Smallpox,Listerstrain)(HRP)(A),VacciniaVirus(Smallpox,Listerstrain)(Biotin)(A),VacciniaVirus(Smallpox,Listerstrain)(B),VacciniaVirus(Smallpox,Listerstrain)(FITC)(A),VacciniaVirus(Listerstrain)(FITC),VacciniaVirus(Smallpox,Listerstrain),VACCINICACID,[1-14C]18:1,VacciniaRelatedKinase1(VRK1)Recombinant,Human,VacciniaVirus(ListerStrain),VacciniaVirus,VACCINIUMULIGINOSUM,VACCINIUMOXYCOCCUS,VacciniaVirus(Smallpox,Listerstrain)(HRP),VacciniaWRPurified,Inactivated,VacciniaVirus(Smallpox,Listerstrain)(C),VacciniaVirus(Smallpox,Listerstrain)(D),Vacciniavirus,Listerstrain,Virions,allantigens,Rabbitanti-,FITC,VACCINIUMBRACTCATUMEXTRACTPOWDER,vaccineurin,vacciniavirusproteinVP8,vaccinavirusB12Rprotein,,VacciniaListerPurifiedVirus,VACCINIAVIRUS,MABANTI-,Vacciniavirus,Listerstrain,Virions,allantigens,Rabbitanti-,HRP,VACCINIUMMACROCARPON(CRANBERRY)FRUITJUICE,VACCINIUMMACROCARPON(CRANBERRY)SEED,

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