Burkholderia pseudomallei延伸文章資訊,搜尋引擎最佳文章推薦

1. Taxonomy browser (Burkholderia pseudomallei)

Pseudomonas pseudomallei (Whitmore 1913) Haynes 1957 (Approved Lists 1980), nom. approb. includes: Burkholderia sp. BGJ. Burkholderia sp. BGK.EntrezPubMedNucleotideProteinGenomeStructurePMCTaxonomyBioCollectionsSearchforascompletenamewildcardtokensetphoneticnametaxonomyidlock   levelsusingfilter: nonehasgenomesequencesTaxonomybrowser(Burkholderiapseudomallei)BurkholderiapseudomalleiTaxonomyID:28450(forreferencesinarticlespleaseuseNCBI:txid28450)currentnameBurkholderiapseudomallei (Whitmore1913)Yabuuchietal.1993typestrainofBurkholderiapseudomallei:ATCC:23343,NCTC:12939,personal::WRAIR286homotypicsynonym:"Bacilluspseudomallei" Whitmore1913,effectivename 1)"Malleomycespseudomallei" Breed1939,effectivename 1)"Loefflerellapseudomallei" BrindleandCowan1951,effectivename 1)Pseudomonaspseudomallei (Whitmore1913)Haynes1957(ApprovedLists1980),nom.approb. 2)includes:Burkholderiasp.BGJBurkholderiasp.BGKBurkholderiasp.MSHR4009Burkholderiasp.MSHR4018Burkholderiasp.MSHR44Burkholderiasp.TSV202NCBIBLASTname:b-proteobacteriaRank:speciesGeneticcode:Translationtable11(Bacterial,ArchaealandPlantPlastid)Othernames:heterotypicsynonym"Bacteriumwhitmori" StantonandFletcher1921,effectivename 1)Lineage(full)cellularorganisms;Bacteria;Proteobacteria;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Burkholderia;pseudomalleigroup   Entrezrecords   Database nameSubtree linksDirect linksLinks from typeNucleotide440,221351,805410Protein9,200,2568,430,539-Structure27083-Genome11-Popset3131-Conserved Domains11-GEO Datasets702287-PubMed Central4,6454,645-Gene99,1536,191-SRA Experiments4,9284,589-GEO Profiles8,916--Protein Clusters6,8696,869-Identical Protein Groups541,959495,538-Bio Project391214-Bio Sample4,2733,9602Bio Systems4,190239-Assembly1,8491,6342Probe8176-PubChem BioAssay113113-Taxonomy2141-Notes:1)ThistaxonomicnamehasbeeneffectivelypublishedbutnotvalidlypublishedundertherulesoftheInternationalCodeofNomenclatureofBacteria(BacteriologicalCode).2)'Nom.approb.'(=nomenapprobatum,=approvedname



2. Burkholderia pseudomallei in a lowland rice paddy

Burkholderia pseudomallei, the causative agent of the disease melioidosis, is an environmental bacterium that is widespread in soil and ...SkiptomaincontentThankyouforvisitingnature.com.YouareusingabrowserversionwithlimitedsupportforCSS.Toobtainthebestexperience,werecommendyouuseamoreuptodatebrowser(orturnoffcompatibilitymodeinInternetExplorer).Inthemeantime,toensurecontinuedsupport,wearedisplayingthesitewithoutstylesandJavaScript.AdvertisementnaturescientificreportsarticlesarticleBurkholderiapseudomalleiinalowlandricepaddy:seasonalchangesandinfluenceofsoildepthandphysico-chemicalpropertiesDownloadPDFSubjectsBacterialinfectionEcologicalepidemiologyAbstractMelioidosis,asevereinfectionwiththeenvironmentalbacteriumBurkholderiapseudomallei,isbeingrecognisedincreasinglyfrequently.Whatdeterminesitsunevendistributionwithinendemicareasispoorlyunderstood.WeculturedsoilfromaricefieldinLaosforB.pseudomalleiatdifferentdepthson4occasionsovera13-monthperiod.Wealsomeasuredphysicalandchemicalparametersinordertoidentifyassociatedcharacteristics.Overall,195of653samples(29.7%)yieldedB.pseudomallei.AhigherprevalenceofB.pseudomalleiwasfoundatsoildepthsgreaterthanthe30 cmcurrentlyrecommendedforB.pseudomalleienvironmentalsampling.B.pseudomalleiwasassociatedwithahighsoilwatercontentandlowtotalnitrogen,carbonandorganicmattercontent.Ourresultssuggestedthatasamplinggridof25fivemetresquarequadrats(i.e.25 × 25 m)shouldbesufficienttodetectB.pseudomalleiatagivenlocationifsamplesaretakenatasoildepthofatleast60 cm.However,cultureofB.pseudomalleiinenvironmentalsamplesisdifficultandliabletovariation.Futurestudiesshouldbothrelyonmolecularapproachesandaddressthemicro-heterogeneityofsoilwheninvestigatingphysico-chemicalassociationswiththepresenceofB.pseudomallei.DownloadPDFIntroductionBurkholderiapseudomallei,thecausativeagentofthediseasemelioidosis,isanenvironmentalbacteriumthatiswidespreadinsoilandwaterinendemicareas,mostnotablySoutheastAsiaandnorthernAustralia1,2.Withanestimatedglobalburdenof165,000h



3. Melioidosis (Burkholderia pseudomallei)

Melioidosis, also called Whitmore's disease, is an infectious disease that can infect humans or animals. The disease is caused by the bacterium Burkholderia ...SkipdirectlytositecontentSkipdirectlytopageoptionsSkipdirectlytoA-ZlinkMelioidosisSectionNavigationCDCHomeFacebookTwitterLinkedInSyndicateMelioidosisMinusRelatedPagesMelioidosis,alsocalledWhitmore’sdisease,isaninfectiousdiseasethatcaninfecthumansoranimals.ThediseaseiscausedbythebacteriumBurkholderiapseudomallei.Itispredominatelyadiseaseoftropicalclimates,especiallyinSoutheastAsiaandnorthernAustraliawhereitiswidespread.Thebacteriacausingmelioidosisarefoundincontaminatedwaterandsoil.Itisspreadtohumansandanimalsthroughdirectcontactwiththecontaminatedsource.TransmissionSignsandSymptomsTreatmentPreventionRiskofExposureBioterrorismForHealthcareWorkersForPublicHealthPlannersRelatedResourcesSubmissionofLaboratorySpecimensManagementofAccidentalLaboratoryExposureTravelers’Health–MelioidosisPagelastreviewed:June29,2021Contentsource:CentersforDiseaseControlandPrevention,NationalCenterforEmergingandZoonoticInfectiousDiseases(NCEZID),DivisionofHigh-ConsequencePathogensandPathology(DHCPP)homeMelioidosisTransmissionSignsandSymptomsRiskofExposureTreatmentPreventionForHealthcareWorkersBioterrorismexpandTheThreatPreparednessDetection&ResponseBioterrorismResponsePlanningexpandCommunity-BasedPlanningPublicHealthResponseActivitiesHealthcareResponseActivitiesFacebookTwitterLinkedInSASstatsExitNotification/DisclaimerPolicyCloseLinkswiththisiconindicatethatyouareleavingtheCDCwebsite.TheCentersforDiseaseControlandPrevention(CDC)cannotattesttotheaccuracyofanon-federalwebsite.Linkingtoanon-federalwebsitedoesnotconstituteanendorsementbyCDCoranyofitsemployeesofthesponsorsortheinformationandproductspresentedonthewebsite.Youwillbesubjecttothedestinationwebsite'sprivacypolicywhenyoufollowthelink.CDCisnotresponsibleforSection508compliance(accessibility)onotherfederalorprivatewebsite.FormoreinformationonCDC'swebnotificationpolicies,seeWebsiteD



4. Burkholderia pseudomallei

Burkholderia pseudomallei (also known as Pseudomonas pseudomallei) is a Gram-negative, bipolar, aerobic, motile rod-shaped bacterium.BurkholderiapseudomalleiFromWikipedia,thefreeencyclopediaJumptonavigationJumptosearchSpeciesofbacteriumBurkholderiapseudomalleiB.pseudomalleicoloniesonAshdown'sagarshowingthecharacteristiccornflowerheadmorphologyScientificclassificationKingdom:BacteriaPhylum:ProteobacteriaClass:BetaproteobacteriaOrder:BurkholderialesFamily:BurkholderiaceaeGenus:BurkholderiaSpecies:B. pseudomalleiBinomialnameBurkholderiapseudomallei(Whitmore1913)Yabuuchietal.1993[1]SynonymsBacilluspseudomalleiWhitmore1913BacteriumwhitmoriStantonandFletcher1921MalleomycespseudomalleiBreed1939LoefflerellapseudomalleiBrindleandCowan1951PfeiferellapseudomalleiPseudomonaspseudomallei(Whitmore1913)Haynes1957Burkholderiapseudomallei(alsoknownasPseudomonaspseudomallei)isaGram-negative,bipolar,aerobic,motilerod-shapedbacterium.[2]Itisasoil-dwellingbacteriumendemicintropicalandsubtropicalregionsworldwide,particularlyinThailandandnorthernAustralia.[3]Itinfectshumansandotheranimals[which?]andcausesthediseasemelioidosis.Itisalsocapableofinfectingplants.[4]B.pseudomalleimeasures2–5μminlengthand0.4–0.8μmindiameterandiscapableofself-propulsionusingflagella.Thebacteriacangrowinanumberofartificialnutrientenvironments,especiallybetaine-andarginine-containingones.Invitro,optimalproliferationtemperatureisreportedaround40 °Cinneutralorslightlyacidicenvironments(pH6.8–7.0).Themajorityofstrainsarecapableofoxidation,notfermentation,ofsugarswithoutgasformation(mostimportantly,glucoseandgalactose;olderculturesarereportedtoalsometabolizemaltoseandstarch).Bacteriaproducebothexo-andendotoxins.Theroleofthetoxinsidentifiedintheprocessofmelioidosissymptomdevelopmenthasnotbeenfullyelucidated.[5]Contents1Identification2Disinfection3Medicalimportance4Antibiotictreatmentandsensitivitytesting5Pathogenicitymechanismsandvirulencefactors6Vaccinecandidates7References8ExternallinksIdentification[edit]B.pseudomal



5. 地區醫院發現類鼻疽的經驗分享談pdf檔案

Burkholderia pseudomallei (類鼻疽伯. 克氏菌)引起之人畜共通疾病,主要. 流行地區包括東南亞及澳洲北部。

通. 常以腐生方式生存在土壤和水中的新.讀者園地--地區醫院發現類鼻疽的經驗分享談讀者園地--地區醫院發現類鼻疽的經驗分享談下載



6. Distinct Pathogenic Patterns of Burkholderia pseudomallei ...

Distinct Pathogenic Patterns of Burkholderia pseudomallei Isolates Selected from Caenorhabditis elegans and Dictyostelium discoideum Models. Am J Trop Med Hyg.Clipboard,SearchHistory,andseveralotheradvancedfeaturesaretemporarilyunavailable.SkiptomainpagecontentCOVID-19InformationPublichealthinformation(CDC)Researchinformation(NIH)SARS-CoV-2data(NCBI)Preventionandtreatmentinformation(HHS)Español AccesskeysNCBIHomepageMyNCBIHomepageMainContentMainNavigationSearch:SearchAdvancedClipboardUserGuideSaveEmailSendtoClipboardMyBibliographyCollectionsCitationmanagerDisplayoptionsDisplayoptionsFormatAbstractPubMedPMIDSavecitationtofileFormat:Summary(text)PubMedPMIDAbstract(text)CSVCreatefileCancelEmailcitationSubject:1selecteditem:31392941-PubMedTo:Format:SummarySummary(text)AbstractAbstract(text)MeSHandotherdataSendemailCancelAddtoCollectionsCreateanewcollectionAddtoanexistingcollectionNameyourcollection:Namemustbelessthan100charactersChooseacollection:UnabletoloadyourcollectionduetoanerrorPleasetryagainAddCancelAddtoMyBibliographyMyBibliographyUnabletoloadyourdelegatesduetoanerrorPleasetryagainAddCancelYoursavedsearchNameofsavedsearch:Searchterms:TestsearchtermsWouldyoulikeemailupdatesofnewsearchresults?SavedSearchAlertRadioButtonsYesNoEmail:(change)Frequency:MonthlyWeeklyDailyWhichday?ThefirstSundayThefirstMondayThefirstTuesdayThefirstWednesdayThefirstThursdayThefirstFridayThefirstSaturdayThefirstdayThefirstweekdayWhichday?SundayMondayTuesdayWednesdayThursdayFridaySaturdayReportformat:SummarySummary(text)AbstractAbstract(text)PubMedSendatmost:1item5items10items20items50items100items200itemsSendevenwhentherearen'tanynewresultsOptionaltextinemail:SaveCancelCreateafileforexternalcitationmanagementsoftwareCreatefileCancelYourRSSFeedNameofRSSFeed:Numberofitemsdisplayed:510152050100CreateRSSCancelRSSLinkCopyFulltextlinksSheridanPubFactoryFreePMCarticleFulltextlinksActionsCiteFavoritesDisplayoptionsDisplayoptionsFormatAbstractPubMedPMIDSharePermalinkCopyPagenavigationTitle&authors



7. insights into the pathogenicity of Burkholderia pseudomallei

Burkholderia pseudomallei is a potential bioterror agent and the causative agent of melioidosis, a severe disease that is endemic in areas of ...SkiptomaincontentThankyouforvisitingnature.com.YouareusingabrowserversionwithlimitedsupportforCSS.Toobtainthebestexperience,werecommendyouuseamoreuptodatebrowser(orturnoffcompatibilitymodeinInternetExplorer).Inthemeantime,toensurecontinuedsupport,wearedisplayingthesitewithoutstylesandJavaScript.AdvertisementnaturenaturereviewsmicrobiologyreviewarticlesarticleMelioidosis:insightsintothepathogenicityofBurkholderiapseudomalleiDownloadPDFKeyPointsMelioidosisiscausedbytheaerobic,Gram-negativesoil-dwellingbacillusBurkholderiapseudomalleiandisanimportantcauseofseveresepsisinSoutheastAsiaandNorthernAustralia.Thehighassociatedmortalityrate,wideavailabilityintheenvironmentinendemicareas,intrinsicresistancetomanyantibioticsandthepotentialforaerosolspreadhasmadethisorganismapotentialbioterroragent.ThegenomeofB.pseudomalleiconsistsofalargechromosome(4.07Mb)carryinggenesmainlyassociatedwithcellgrowthandmetabolism,andasmallerchromosome(3.17Mb)whichhasagreaterproportionofgenesencodingaccessoryfunctionssuchasadaptationandsurvivalindifferentenvironments.Approximately6%ofthegenomeismadeupofgenomicislandsthathaveprobablybeenacquiredbyhorizontalgenetransfer.Factorsassociatedwithdiseaseacquisitioninendemicregionsincludeadverseweatherconditions,therouteandsizeoftheinoculumandtheintegrityofthehostimmunesystem.ThegeographicalincidenceofB.pseudomalleiandtypicalclinicalfeaturesofthediseasearereviewed.NosingleB.pseudomalleideterminanthasbeenshowntohavearoleinvirulenceduringhumandisease,persistenceorlatency.However,putativevirulencefactorsincludequorumsensing,atypeIIIsecretionsystem,capsularpolysaccharideand,withlessconclusiveevidence,lipopolysaccharideandflagella.B.pseudomalleiisanintracellularpathogenthatmultiplieswithinmacrophages.Recentdatahaveshedlightonthemechanismsthatthisbacteriumusestoadaptto,andexploit,theintracellularenvironment.IFN-γandTNF-



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