ProfessorMORIWAKIHiroshiProfessorMoriwakitookhiscurrentpositionin2015afterworkingasaresearcherattheOsakaCityInstituteofPublicEnvironmentalSciencesandasanassociateprofessoratFacultyofTextileScienceandTechnologyatShinshuUniversity.Hisareasofresearchincludeenvironmentalchemistryandanalyticalchemistrywithaofenvironmentalpurificationandanalysismethodsaswellasenvironmentalmonitoring.ProfessorYAMAMOTOHirokiProfessortookhiscurrentpositionin2023afterservingintheFacultyofTextileScienceandTechnologyatShinshuUniversityasanassistantprofessorandassociateprofessor.Hisareasofresearchincludemicrobiologytoexamineofmoleculesfunctioninginthecellsofmicroorganismsandappliedmicrobiologytomakeuseofthelatentcapabilitiesofmicrobes.Iamcarryingoutresearchinawiderangeofdomainsrelatedtoenvironmentalcontamination,fromenvironmentalanalysisandtoxicologicaltestingtothedevelopmentofenvironmentalpurificationmethods.Thiseffortincludesnumerousactivities,forexampleanalyzinglitterandsearchingincavesformicroorganismsthatmightbeusefulinenvironmentalpurification.Inrecentyears,mylabhasbeenfocusingonthedevelopmentofenvironmentalpurificationmethodsthatusematerialsproducedbylivingthings.andHealthdevelopmentfocusontheYamamotopropertiesthecompanies44Astudentsearchesforbacterialsubstancesthatwillactivatetheimmunesystemofanimalcells.Throughouttheworld,countlesschildrencontractcommunicablediseasesbecausetheydonothaveaccesstosafewater.Inthisway,purificationisanextremelyimportantresearchtopic.WeanalyzedmudfromthemoatofOsakaCastletorecreate350yearsinthehistoryoftheatmosphericenvironment.Theaerialbombingduringthewarcausedthegreatestdamagetotheenvironment.A student uses a fluorescence microscope to assess the effect on the cell when cell wall polymers are modified.Wealsomakeobservationsusinganelectronmicroscopesowedonotmissslightchanges.Outlook for researchIbelievethatunderstandingthestateofenvironmentalcontaminationwhiledevelopingpurificationmethodsisessentialforthefutureofhumanity.Throughenvironmentalanalysisandresearchonpurification,Ihopetoobtainresultsinaddressingnumerousenvironmentalproblems.thatproveusefulOutlook for students after graduationIcarryouteducationandresearchtotraininthenextstudentstobecomeleadersgenerationofenvironmentalresearchandmeasures.Graduatesareemployedaspublicofficialsengagedinenvironmentalanalysisandinspection.andbyOutlook for researchInthefuture,mygoalistoestablishararemetalrecoverysystemusingB.subtilisstrainswithalteredcellwallpolymers,tomakeeffectiveuseofthegeneticresourcesofitsclosestrelatives,andtoapplyassociatedtechnologytothedevelopmentofantibacterialagentsforpathogenicbacteria.Outlook for students after graduationGraduatesaretypicallyemployedbyfoodandpharmaceuticalcompanies.Somechoosetocontinuetheirresearchatdomesticandoverseasresearchorganizations.Inordertodiscoverthenovelfunctionsandnetworksofthe4,100genesthatmakeuptheBacillussubtilisgenome,mylabiscooperatingwithdomesticandinternationalresearchlabstocarryoutmoredetailedresearch.WebelievethatB.subtilisisanimportantmicroorganismresource,andweareworkingtodevelopadeeperunderstandingofitspotentialsothatwecanutilizeit.Applied BiologyApplied BiologyDepartment ofDepartment ofLearning from the environment through environmental analysis and developing new environmental purification methods using materials creating by living organismsMaking effective use of microorganism resources: Discovering and applying the potential capabilities of Bacillus subtilis
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