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1、GeomicrobiologyJournalISSN:0149-0451(Print)1521-0529(Online)Journalhomepage:http://www.tandfonline.com/loi/ugmb20MagnetotacticBacteria:PerformancesandChallengesAbhilashaSinghMathuriya,KratikaYadav&B.D.KaushikTocitethisarticle:AbhilashaSinghMathuriya,KratikaYadav&B.D.Kaushik(2015)MagnetotacticBa
2、cteria:PerformancesandChallenges,GeomicrobiologyJournal,32:9,780-788,DOI:10.1080/01490451.2014.986694Tolinktothisarticle:https://doi.org/10.1080/01490451.2014.986694Acceptedauthorversionpostedonline:03Jun2015.Publishedonline:11Jul2015.SubmityourarticletothisjournalArticleviews:203Viewrelatedart
3、iclesViewCrossmarkdataFullTerms&Conditionsofaccessandusecanbefoundathttp://www.tandfonline.com/action/journalInformation?journalCode=ugmb20GeomicrobiologyJournal(2015)32,780–788Copyright©Taylor&FrancisGroup,LLCISSN:0149-0451print/1521-0529onlineDOI:10.1080/01490451.2014.986694MagnetotacticBacte
4、ria:PerformancesandChallengesABHILASHASINGHMATHURIYA*,KRATIKAYADAV,andB.D.KAUSHIKDepartmentofBiotechnology,AnandEngineeringCollege,Keetham,Agra,IndiaReceivedApril2014;AcceptedNovember2014MagnetotacticBacteria(MTB)areubiquitousindistributionandpossesmagnetosome.Magnetosomesareintracellularcrysta
5、lsofmagnetite(Fe3O4)orgreigite(Fe3S4)envelopedbyanorganicmembraneandhavemagneticproperties.ThesemagnetosomesaretheorganellesresponsibleforMTB’smagnetotacticlifestyle.Magnetosomesconferhighandevendispersioninaqueoussolutionscomparedwithartificialmagnetites,makingthemidealbiotechnologicalmaterials
6、.MTBandmagnetosomesofferhightechnologicalpotentialinmodernscience,technologyandmedicines.AlthoughthepotentialsofMTBhavebeenwelldemonstrated,yetthesearenotapplicableoncommercialscalebecauseoftheproblemsrelatedtomasscultivationofMTB,lessnumberofmagnetosomes,andbiocompatibilityofMTB.Thisreviewisan
7、attemptinsamelinewithanobjectivetoattractscientistsaboutMTB’scapabilitiesandsomeoftheirlimitationsthatneedattentionforpracticalapplicationsofthesebacteria.Keywords:ironoxidenanoparticles,ironuptake,magnetosomes,magnetotacticbacter
