50Department ofDepartment ofOutlook for researchTheidentificationofnewenzymesandtheirimprovementthroughgeneticengineeringareexpectedtocontributetomanydomains,includingandchemicalsynthesis.Wearealsoattemptingtodeveloptechnologyformakingtheproductionofusefulproteinspossiblethroughalterationofribosomestheandmolecularlevel.food,medicine,relatedOutlook for students after graduationManygraduatesareemployedasresearchersinavarietyoffields,includingbyfoodandpharmaceuticalandchemicalmanufacturersthathandlevariousmaterials.companiesOutlook for researchBiomaterialshavevariouspotentialtohelpbiologicalfunctions,improverecoveries,andsoon.IbelievethatthedevelopmentofnovelbiomaterialsbringourimprovedQualityofLife.I’mcarryingoutthedevelopmentofnovelusefulbiomaterialsinordertoconstructthefuturewithhuman-friendlysociety.treatdiseases,healwounds,Outlook for students after graduationAssociateProfessorNOMURATakaomiAssociateProfessorNomuratookhiscurrentpositionin2017afterworkingattheLionCorporationResearcharesearchassociateandassistantprofessorintheFacultyofTextileScienceatShinshuUniversity.Hisprincipalareaofresearchistheanalysisoffunctionalbiomoleculesusingmolecularbiologyandgeneticengineeringtechnology.AssociateProfessorHASHIMOTOTomokoAssociateTomokoHashimotoworkedasaresearchfellowatNationalInstituteofAgrobiological(nowNationalAgricultureandFoodResearchOrganization)beforecomingNaraWomen’sUniversityasanassistantprofessor.Shetookhercurrentpositionin2021,andherareaofspecializationispolymericbiomaterials.Iamcarryingoutresearchonproteins,aprincipletypeoffunctionalbiomolecule.Mylabusesmolecularbiologyandgeneticengineeringtechnologytoidentifyandimproveusefulproteinssuchasenzymesandtodevelopprotein-manufacturingtechnologies.Silkfibroinhasusedastheluxurymaterialsforlongtime.Recently,theyarefocusedonashuman-friendlynaturematerials.However,wedon’tunderstandwhysilkfibroinshows“human-friendly”propertiesscientifically.Inourlaboratory,wearestudyingtoelucidateandcontrolvariouspropertiesofsilkfibroinformedicalapplications.Additionally,wearetryingtoimmobilizebiologicalfunctionalmoleculesontobiomaterialsbyhumanandeco-friendlymethodsforfurtherapplicationsanddevelopments.CenterandasTechnologyandProfessorSciencesInresearchactivities,werepeatinvestigations,designs,experimentsandconsiderationsmanytimestodevelopnovelmaterials.I’maimingattrainingsothatstudentshavemanyexperiencesvialaboratoryactivitiesandtheywillplayactivepartsaftergraduation.factorsatWeexploreandexaminetheusefulbiomoleculeswithvarioustechniques;astudentisisolatingthetargetproteinbyusingcolumnchromatography.Tryingtocreatethefunctionallyimprovedproteins(e.g.higherenzymaticactivity),basedonthegeneticandproteinengineeringtechnologies.CellsculturedonasilkfibroinfilmAfunctionalpeptidewithbiologicalactivityApplied BiologyApplied BiologyElucidating the influence of silk fibroin on our tissues and creating novel biomaterialsMoving from understanding of functional biomolecules to their application, utilizing unused protein resources, and developing production technologies
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