MaterialsChemistryMaterialsChemistryMaterialsChemistryMaterialsChemistryBiologicalcellshaveuniquestructuresandfunctions.Cellmembranes,mainlycomposedofalipidbilayer,keepsintracellularenvironmentsandrealizesexcellentmolecularrecognition.Inthecell,advancedproductionoffunctionalbiologicalmaterialsisalsoperformed.SaekiLab,collaboratingwithProf.OkumuraLab,focusesonabioinspiredapproachforfabricationoffunctionalmaterialsand/orprocesses,suchasartificialcells,microbioreactors,andseparationmembranes.Next-generationenergystoragedevicesthatusesMg,Caionsasthechargecarrier,Mg(Ca)-ionbatteries,haveattractedmoreandmoreattentionbecauseofthoselowcostandnaturalabundance.OurresearchgroupstudythepotentialofgraphiteusedinconventionalLi-ionbatteries,asthenegativeelectrodematerial.Inaddition,weareworkingonthedevelopmentofaqueousrechargeablebatteriesrelyingonprotonandinvestigatingtheeffectofcation-anionstructuresinionicliquidsonelectrochemicalmetaldeposition.Wewouldliketocollaboratewithresearcherswhocandirectlyobservethearrangementororientationmetalcomplexionsatthesolid-liquidinterfacebyspectroscopicmeasurements.Bioinspiredapproachesusinglipidbilayersand/orbiomacromoleculeslikeasproteinsandDNA,whichmanagevariousbiologicalfunctions,realizesprecisecontrolofunder-nanometer-orderedstructuresandfunctions.Therefore,theyhaveattractedattentiontodevelopvariousfunctionalmaterialsappliedformicroreactors,molecularseparation,biosensors,etc.Rechargeablebatteriesareindispensableinadailylifeinthepresent.Toeffectivelyuserenewableenergy,“energyimportant,andbatterieswithhighcapacityandlong-lifetimearerewired.OurgroupfocusesonthepotentialofgraphiteusedinconventionalLiB,asthenegativeelectrodematerial.Troughthisstudy,wecancontributetotherealizationofalow-carbonsociety.isstorage”significantlyVariousanalyticalinstruments(TEM,FIB,FE-SEMetc.)arerequiredformaterialcharacterization,andtheexperienceinsolutionchemistryandelectrochemistrywillbeabigadvantageaftergraduation.Throughthestudiesofintercalationandelectrodeposition,wedeveloppeoplewithoutstandingspecialistcapabilitieswhocanplayintheinternationalarena.researchingskillstoOurgroupstudentswillgetextractproblemsfromaresearchtheme,thinksolutions,andsolvethem,whicharerequiredtoworkastechnicalexpertsandresearchers.Membranestargetmoleculesusingbiologicalmoleculesincellmembranes.Developmentofapproaches.Fabricatedmaterialsareevaluatedbyusingfluorescentmicroscopy,AFM,permeabilityevaluationapparatus,etc.toseparatevariousfunctionalmaterialsProteinsynthesismicrocapsulesinviabioinspiredDaisuke SaekiAssistantprofessorHe completed doctoral degree in University of Tsukuba, and started to work in Shinshu Univ. in 2018. His research field is biochemical engineering and interfacial chemistry.MasahiroShimizuAssistantProfessorHereceivedhisDr.degreefromTottoriUniversityin2016.Researchinterests:ElectrochemicalsynthesisofgraphiteintercalationAqueous-compounds,basedrechargeablebatteries,Ionicliquids.In the FutureAfter GraduationIn the FutureAfter GraduationActiveControlofElectrochemicalReactionsContributingtoaLow-CarbonSocietyBioinspired Fabrication of Functional Materials
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