Clay G Huff, Frederick Coulston; The Development of Plasmodium Gallinaceum from Sporozoite to Erythrocytic Trophozoite*, The Journal of Infectious Diseases, ...SkiptoMainContentAdvertisementSearchMenuAccountMenuMenuSignInRegisterNavbarSearchFilterThisissueAllTheJournalofInfectiousDiseasesAllIDSAJournalsAllJournalsMobileMicrositeSearchTermSearchSignInRegisterIssuesMoreContentAdvancearticlesEditor'sChoiceSupplementArchiveCoverArchiveIDSAJournalsClinicalInfectiousDiseasesOpenForumInfectiousDiseasesPublishAuthorGuidelinesSubmitOpenAccessPurchaseAdvertiseAdvertisingandCorporateServicesAdvertisingMediakitReprintsandePrintsSponsoredSupplementsBrandedBooksJournalsCareerNetworkAboutAboutTheJournalofInfectiousDiseasesAbouttheInfectiousDiseasesSocietyofAmericaAbouttheHIVMedicineAssociationIDSACOIPolicyEditorialBoardAlertsSelf-ArchivingPolicyForReviewersForPressOfficesIssuesMoreContentAdvancearticlesEditor'sChoiceSupplementArchiveCoverArchiveIDSAJournalsClinicalInfectiousDiseasesOpenForumInfectiousDiseasesPublishAuthorGuidelinesSubmitOpenAccessPurchaseAdvertiseAdvertisingandCorporateServicesAdvertisingMediakitReprintsandePrintsSponsoredSupplementsBrandedBooksJournalsCareerNetworkAboutAboutTheJournalofInfectiousDiseasesAbouttheInfectiousDiseasesSocietyofAmericaAbouttheHIVMedicineAssociationIDSACOIPolicyEditorialBoardAlertsSelf-ArchivingPolicyForReviewersForPressOfficesClosesearchfilterThisissueAllTheJournalofInfectiousDiseasesAllIDSAJournalsAllJournalssearchinputSearchAdvancedSearchSearchMenuArticleNavigationClosemobilesearchnavigationArticleNavigationVolume75Issue3November1944ArticleNavigationTheDevelopmentofPlasmodiumGallinaceumfromSporozoitetoErythrocyticTrophozoiteClayGHuff,ClayGHuffFromtheDepartmentofBacteriologyandParasitology,TheUniversityofChicagoSearchforotherworksbythisauthoron:OxfordAcademicPubMedGoogleScholarFrederickCoulstonFrederickCoulstonFromtheDepartmentofBacteriologyandParasitology,TheUniversityofChicagoSearchforotherworksbythisauthoron:OxfordAcad

Further investigations on Plasmodium gallinaceum as an antigen in the diagnosis of human malaria.. Bulletin of the World Health Organization, 43 (‎4)‎, ...JavaScriptisdisabledforyourbrowser.Somefeaturesofthissitemaynotworkwithoutit.GetthelatestCOVID-19technicalguidance,scientificandpolicybriefshere.✕浏览IRIS全部文献库文献类型和数据库按发布日期作者标题主题本数据库按发布日期作者标题主题统计数据最热门按国家划分相关链接PAHOIRISFurtherinvestigationsonPlasmodiumgallinaceumasanantigeninthediagnosisofhumanmalaria.视图/打开FullText(‎811.9Kb)‎查阅数据显示统计Altmetrics分享Exportxmlui.dri2xhtml.METS-1.0.processingCSVExcelBibTeXRIS引用Kielmann,A.,Sarasin,G.,Bernhard,A.&Weiss,N.(‎1970)‎.FurtherinvestigationsonPlasmodiumgallinaceumasanantigeninthediagnosisofhumanmalaria..BulletinoftheWorldHealthOrganization,43(‎4)‎,617-622.WorldHealthOrganization.https://apps.who.int/iris/handle/10665/262542期刊BulletinoftheWorldHealthOrganization,43(‎4)‎:617-622PubMed文章识别码5313078PubMed中心参考码PMC2427768ISSN0042-9686数据库期刊文章-通报元数据显示完整的条目记录显示统计查看条目 IRIS主页1.司令部期刊文章-通报查看条目IRIS主页1.司令部期刊文章-通报查看条目

Gametocytes of Plasmodium gallinaceum emerged from the erythrocytes and the male gametocytes exflagellated normally in vitro, in normal or inactivated horse ...SkiptomaincontentAccessibilityhelpWeusecookiestodistinguishyoufromotherusersandtoprovideyouwithabetterexperienceonourwebsites.Closethismessagetoacceptcookiesorfindouthowtomanageyourcookiesettings.CancelLogin××HomeOnlysearchcontentIhaveaccesstoHostname:page-component-568f69f84b-n9pbbTotalloadingtime:0.302Renderdate:2021-09-22T20:59:28.990ZHasdataissue:trueFeatureFlags:{"shouldUseShareProductTool":true,"shouldUseHypothesis":true,"isUnsiloEnabled":true,"metricsAbstractViews":false,"figures":true,"newCiteModal":false,"newCitedByModal":true,"newEcommerce":true,"newUsageEvents":true}Home>Journals>Parasitology>Volume50Issue3-4>Furtherobservationsontheinvitrodevelopmentof...EnglishFrançaisParasitologyArticlecontentsExtractReferencesFurtherobservationsontheinvitrodevelopmentofthegametocytesofPlasmodiumgallinaceumPublishedonlinebyCambridgeUniversityPress: 06April2009AnnBishop andElspethW.McConnachieShowauthordetailsAnnBishopAffiliation:MembersofthescientificstaffoftheMedicalResearchCouncil.MoltenoInstitute,UniversityofCambridgeElspethW.McConnachieAffiliation:MembersofthescientificstaffoftheMedicalResearchCouncil.MoltenoInstitute,UniversityofCambridgeArticleMetricsArticlecontentsExtractReferencesGetaccessShareCiteRights&Permissions[Opensinanewwindow]Extract1.GametocytesofPlasmodiumgallinaceumemergedfromtheerythrocytesandthemalegametocytesexflagellatednormallyinvitro,innormalorinactivatedhorseserum,orinrabbitplasma.2.Gametocytes,washedandsuspendedinnormalhorseserum,completedtheirsexualdevelopmentandproducedoocystsinmosquitoes.3.Hyperimmunechickplasma,ascomparedwithnormalchickplasma,didnotsignificantlyaffectthetimeofonsetorthefrequencyofexflagellation.4.Inasolution,isotonictobirdbloodandadjustedtoapproximatelypH8,containingNaCl,KC1,CaCl2,Na2HPO4,MgSO4,NaHCO3andTrisbuffer,theinvitrodevelopmentofthegametocyteswasnormal,andt

P. gallinaceum is an avian malaria parasite. It is phylogenetically closer to P. falciparum than many other malaria species and became popular as model due ...SkiptomaincontentSangerScienceSangerPeopleSangerAboutSangerNewsSangerInnovations PlasmodiumgallinaceumP.gallinaceumisanavianmalariaparasite.ItisphylogeneticallyclosertoP.falciparumthanmanyothermalariaspeciesandbecamepopularasmodelduetothelargesizeofitsnon-primatehost.DataDownloadsFTPsiteBLASTserverAlowcoverage(3x)draftgenomesequencehasbeenproducedusingSangersequencingfromgenomicDNAprovidedbyThomasMcCutchan(NIH/NIAID)andJosephVinetz(UCSD).WithfurtherDNAfromVinetz,anannotatedhighqualitydraftgenomeisbeingproducedusingIlluminaSequence-by-synthesis.Thesedataareunpublished.PleaserefertoDataUseStatement.BibliographyMalariaparasitedevelopmentinaDrosophilamodel.SchneiderDandShahabuddinMScience(NewYork,N.Y.) 2000;288;5475;2376-9PUBMED:10875925;DOI:10.1126/science.288.5475.2376RelatedlinksArtemisProtozoaPlasmodiumbergheiPlasmodiumchabaudiPlasmodiumcynomolgiPlasmodiumfalciparumPlasmodiumknowlesiPlasmodiummalariaePlasmodiumovalePlasmodiumreichenowiPlasmodiumvivaxPlasmodiumyoeliiWTSISequencingDataUseStatementThissequencingcentreplansonpublishingthecompletedandannotatedsequencesinapeer-reviewedjournalassoonaspossible.Permissionoftheprincipalinvestigatorshouldbeobtainedbeforepublishinganalysesofthesequence/openreadingframes/genesonachromosomeorgenomescale.Seeourdatasharingpolicy.SequencingenquiriesPleaseaddressallsequencingenquiriesto:[email protected]

Plasmodium gallinaceum is an important causative agent of avian malaria, which causes more than 80% mortality if left untreated. The disease ...SkiptomaincontentThankyouforvisitingnature.com.YouareusingabrowserversionwithlimitedsupportforCSS.Toobtainthebestexperience,werecommendyouuseamoreuptodatebrowser(orturnoffcompatibilitymodeinInternetExplorer).Inthemeantime,toensurecontinuedsupport,wearedisplayingthesitewithoutstylesandJavaScript.AdvertisementnaturescientificreportsarticlesarticleClassificationforavianmalariaparasitePlasmodiumgallinaceumbloodstagesbyusingdeepconvolutionalneuralnetworksDownloadPDFSubjectsMathematicsandcomputingParasitologyPathologyAbstractTheinfectionofanavianmalariaparasite(Plasmodiumgallinaceum)indomesticchickenspresentsamajorthreattothepoultryindustrybecauseitcauseseconomiclossinboththequalityandquantityofmeatandeggproduction.Computer-aideddiagnosishasbeendevelopedtoautomaticallyidentifyavianmalariainfectionsandclassifythebloodinfectionstagedevelopment.Inthisstudy,fourtypesofdeepconvolutionalneuralnetworks,namelyDarknet,Darknet19,Darknet19-448andDensenet201areusedtoclassifyP.gallinaceumbloodstages.Werandomlycollectedadatasetof12,761single-cellimagesconsistingofthreeparasitestagesfromten-infectedbloodfilmsstainedbyGiemsa.Allimageswereconfirmedbythreewell-trainedexaminers.Thestudymainlycomparedseveralimageclassificationmodelsandusedbothqualitativeandquantitativedatafortheevaluationoftheproposedmodels.Inthemodel-wisecomparison,thefourneuralnetworkmodelsgaveushighvalueswithameanaverageaccuracyofatleast97%.TheDarknetcanreproduceasuperiorperformanceintheclassificationoftheP.gallinaceumdevelopmentstagesacrossanyothermodelarchitectures.Furthermore,theDarknethasthebestperformanceinmultipleclass-wiseclassification,withaveragevaluesofgreaterthan99%inaccuracy,specificity,andsensitivity.Italsohasalowmisclassificationrate(< 1%)thantheotherthreemodels.Therefore,themodelismoresuitableintheclassificationofP.gallinaceumbloodstages.Thefindingscouldhelpuscreate

Plasmodium gallinaceum, which naturally infects jungle fowl and chickens, was reported by Émile Brumpt in 1935, based in part on the work of previous ...JumptoContentJumptoMainNavigationThissiteusescookies,tags,andtrackingsettingstostoreinformationthathelpgiveyoutheverybestbrowsingexperience.DismissthiswarningSigninSignupHOMEBROWSEABOUTTHEJOURNALEditorialBoardJournalFactsOpenAccessPolicyReprints/PermissionsAdvertisingContactUsPrivacyPolicyISSUESCurrentIssuePreviousIssuesFutureIssuesSupplementalIssuesAHEADOFPRINTFORAUTHORSSubmitaManuscriptAuthorInstructionsJournalPoliciesTransformativeJournalStatusFORSUBSCRIBERSMembersInstitutionsCostHELPHowtosubscribeForgotPasswordFAQCOVID-19ASTMHAdvancedSearchHelpASTMHSigninSignupHOMEBROWSEABOUTTHEJOURNALEditorialBoardJournalFactsOpenAccessPolicyReprints/PermissionsAdvertisingContactUsPrivacyPolicyISSUESCurrentIssuePreviousIssuesFutureIssuesSupplementalIssuesAHEADOFPRINTFORAUTHORSSubmitaManuscriptAuthorInstructionsJournalPoliciesTransformativeFORSUBSCRIBERSMembersInstitutionsCostHELPHowtosubscribeForgotPasswordFAQCOVID-19SearchAdvancedSearchHelp TheAmericanJournalofTropicalMedicineandHygienePrintISSN:0002-9637Volume73:Issue6AheadofPrintVolume:105(2021)ShowItemsVolume:104(2021)ShowItemsVolume:103(2020)ShowItemsVolume:102(2020)ShowItemsVolume:101(2019)ShowItemsVolume:100(2019)ShowItemsVolume:99(2018)ShowItemsVolume:98(2018)ShowItemsVolume:97(2017)ShowItemsVolume:96(2017)ShowItemsVolume:95(2016)ShowItemsVolume:94(2016)ShowItemsVolume:93(2015)ShowItemsVolume:92(2015)ShowItemsVolume:91(2014)ShowItemsVolume:90(2014)ShowItemsVolume:89(2013)ShowItemsVolume:88(2013)ShowItemsVolume:87(2012)ShowItemsVolume:86(2012)ShowItemsVolume:85(2011)ShowItemsVolume:84(2011)ShowItemsVolume:83(2010)ShowItemsVolume:82(2010)ShowItemsVolume:81(2009)ShowItemsVolume:80(2009)ShowItemsVolume:79(2008)ShowItemsVolume:78(2008)ShowItemsVolume:77(2007)ShowItemsVolume:76(2007)ShowItemsVolume:75(2006)ShowItemsVolume:74(2006)ShowItemsVolume:73(2005)ShowItemsVolume:72(200

Plasmodium gallinaceum is an avian malaria parasite that provides a reliable laboratory model for studying mosquito-parasite interactions and ...SkiptomaincontentAdvertisementSearchallBMCarticlesSearchDownloadPDFResearchOpenAccessPublished:06January2021AedesaegyptiSGS1iscriticalforPlasmodiumgallinaceuminfectionofboththemosquitomidgutandsalivaryglandsBiancaB.Kojin1,InesMartin-Martin2,HelenaR.C.Araújo3,BrianBonilla2,AlvaroMolina-Cruz2,EricCalvo2,MargarethL.Capurro3&ZachN.Adelman1 MalariaJournalvolume 20,Article number: 11(2021)Citethisarticle844Accesses1AltmetricMetricsdetailsAbstractBackgroundTheinvasionofthemosquitosalivaryglandsbyPlasmodiumsporozoitesisacriticalstepthatdefinesthesuccessofmalariatransmissionandadetailedunderstandingofthemoleculesresponsibleforsalivaryglandinvasioncouldbeleveragedtowardscontrolofvector-bornepathogens.AntibodiesdirectedagainstthemosquitosalivaryglandproteinSGS1havebeenshowntoreducePlasmodiumgallinaceumsporozoiteinvasionofAedesaegyptisalivaryglands,butthespecificroleofthisproteininsporozoiteinvasionandinotherstagesofthePlasmodiumlifecycleremainsunknown.MethodsRNAinterferenceandCRISPR/Cas9wereusedtoevaluatetheroleofA.aegyptiSGS1intheP.gallinaceumlifecycle.ResultsKnockdownandknockoutofSGS1disruptedsporozoiteinvasionofthesalivarygland.Interestingly,mosquitoeslackingSGS1alsodisplayedfeweroocysts.ProteomicanalysesconfirmedtheabolishmentofSGS1inthesalivaryglandofSGS1knockoutmosquitoesandrevealedthattheC-terminusoftheproteinisabsentinthesalivaryglandofcontrolmosquitoes.InsilicoanalysesindicatedthatSGS1containstwopotentialinternalcleavagesitesandthusmightgeneratethreeproteins.ConclusionSGS1facilitates,butisnotessentialfor,invasionofA.aegyptisalivaryglandsbyP.gallinaceumandhasadualroleasafacilitatorofparasitedevelopmentinthemosquitomidgut.SGS1could,therefore,bepartofastrategytodecreasemalariatransmissionbythemosquitovector,forexampleinatransgenicmosquitothatblocksitsinteractionwiththeparasite.BackgroundSubstantialprogresshasbeenmadetowardsreduc

gallinaceum infection induced the formation of marked furrow-like structures on the erythrocyte surface. The width and distribution of P.NCBISkiptomaincontentSkiptonavigationResourcesHowToAboutNCBIAccesskeysMyNCBISignintoNCBISignOutTryoutPMCLabsandtelluswhatyouthink.LearnMore.JournalListHHSAuthorManuscriptsPMC2486836JStructBiol.Authormanuscript;availableinPMC2009Jun1.Publishedinfinaleditedformas:JStructBiol.2008Jun;162(3):460–467.Publishedonline2008Mar21.doi: 10.1016/j.jsb.2008.03.005PMCID:PMC2486836NIHMSID:NIHMS54887PMID:18442920TheavianmalariaparasitePlasmodiumgallinaceumcausesmarkedstructuralchangesonthesurfaceofitshosterythrocyteErikoNagao,a,1TakayukiArie,a,*,1DavidW.Dorward,bRickM.Fairhurst,aandJamesA.Dvoraka,2ErikoNagaoaLaboratoryofMalariaandVectorResearch,NationalInstituteofAllergyandInfectiousDiseases,NationalInstitutesofHealth,Bethesda,MD20892FindarticlesbyErikoNagaoTakayukiArieaLaboratoryofMalariaandVectorResearch,NationalInstituteofAllergyandInfectiousDiseases,NationalInstitutesofHealth,Bethesda,MD20892FindarticlesbyTakayukiArieDavidW.DorwardbRockyMountainLaboratories,NationalInstituteofAllergyandInfectiousDiseases,NationalInstitutesofHealth,Hamilton,MT59840FindarticlesbyDavidW.DorwardRickM.FairhurstaLaboratoryofMalariaandVectorResearch,NationalInstituteofAllergyandInfectiousDiseases,NationalInstitutesofHealth,Bethesda,MD20892FindarticlesbyRickM.FairhurstJamesA.DvorakaLaboratoryofMalariaandVectorResearch,NationalInstituteofAllergyandInfectiousDiseases,NationalInstitutesofHealth,Bethesda,MD20892FindarticlesbyJamesA.DvorakAuthorinformationCopyrightandLicenseinformationDisclaimeraLaboratoryofMalariaandVectorResearch,NationalInstituteofAllergyandInfectiousDiseases,NationalInstitutesofHealth,Bethesda,MD20892bRockyMountainLaboratories,NationalInstituteofAllergyandInfectiousDiseases,NationalInstitutesofHealth,Hamilton,MT59840*Correspondingauthor:TakayukiArie,Ph.D.LaboratoryofMalariaandVectorResearch,NationalInstituteofAllergyandInfectiousDiseases,NationalInstitu

Plasmodium gallinaceum is a species of the genus Plasmodium (subgenus Haemamoeba) that causes malaria in poultry. Description[edit].PlasmodiumgallinaceumFromWikipedia,thefreeencyclopediaJumptonavigationJumptosearchSpeciesofsingle-celledorganismPlasmodiumgallinaceumScanningelectronmicrographofPlasmodiumgallinaceuminvadingmosquitomidgutScientificclassification(unranked):DiaphoretickesClade:TSARClade:SARInfrakingdom:AlveolataPhylum:ApicomplexaClass:AconoidasidaOrder:HaemospororidaFamily:PlasmodiidaeGenus:PlasmodiumSpecies:P. gallinaceumBinomialnamePlasmodiumgallinaceumBrumpt,1935PlasmodiumgallinaceumisaspeciesofthegenusPlasmodium(subgenusHaemamoeba)thatcausesmalariainpoultry.[1]Description[edit]ThisspecieswasdescribedbyAlexandreJosephEmileBrumpt(1877–1951)aFrenchprofessorofparasitologyduringatriptoCeylon(nowSriLanka).References[edit]^"PlasmodiumInfection".TheMerckVeterinaryManual.2006.Retrieved2007-07-03.Furtherreading[edit]ScholiahasatopicprofileforPlasmodiumgallinaceum.Kumnuan,Rapeeporn;Pattaradilokrat,Sittiporn;Chumpolbanchornc,Kamlang(November2013)."InvivotransmissionblockingactivitiesofartesunateontheavianmalariaparasitePlasmodiumgallinaceum".VeterinaryParasitology.197(3–4):447–454.doi:10.1016/j.vetpar.2013.07.024.PMID 23937960.vteEukaryota:SAR:AlveolataDomainArchaeaBacteriaEukaryota(SupergroupPlantHacrobiaHeterokontAlveolataRhizariaExcavataAmoebozoaOpisthokontaAnimalFungi)AcavomonidiaAcavomonadeaAcavomonadida(Acavomonas)CiliophoraIntramacronucleataArmophorea(Metopus)Cariacotrichea(Cariacothrixcaudata)Colpodea(Colpoda)Litostomatea(Balantidium,Dileptus)Muranotrichea(Muranothrix)Nassophorea(Nassula)Oligohymenophorea(Ichthyophthirius,Paramecium,Tetrahymena,Vorticella)Parablepharismea(Parablepharisma)Phyllopharyngea(Chilodonella,Tokophrya)Plagiopylea(Plagiopyla)Prostomatea(Coleps,Holophrya)Protocruziea(Protocruzia)Spirotrichea(Euplotes,Stylonychia)PostciliodesmatophoraHeterotrichea(Stentor,Climacostomum,Blepharisma)Karyorelictea(Loxodes,Tracheloraphis)Mesodiniea(Mesod