540Designinganddevelopingusefulproteinsbystudyingthestructureandfunctionof40Developingthegeneticresourcesofdomesticandwildsilkwormstomakeabrand41Using insects’ high-performance sensors to develop methods for extermination41Exploring the undiscovered abilities of plants to tap their power to enrich our lives42Creating new plants through green innovation42Researchinghumanhealthandprotectionofthefreshwaterenvironmentandanalyzing water environment changes using aquatic insects as biological indicators43Usingmicromanipulationtostudythemechanismoffertilizationandpreserve,43Creatingnewplantsbasedonknowledgeofbasicplantscienceinorderto44Learningfromtheenvironmentthroughenvironmentalanalysisanddevelopingnew44Makingeffectiveuseofmicroorganismresources:Discoveringandapplyingthe45Studyingthecapabilitiesandsurvivalstrategiesofinsectsandleveragingthemin45Understanding the nature of stem cells and controlling their fate46Biomaterials that take advantage of the characteristics of biological tissues46Artificial cultivation system for chinese caterpillar fungus (Cordyceps militaris)47Movingfromunderstandingoffunctionalbiomoleculestotheirapplication,utilizing47Elucidatingtheinfluenceofsilkfibroinonour48How can spider and silkworm spin such a tough silk?proteinsof silkregenerate, and utilize genetic resourcescontribute to the development of a sustainable societyenvironmental purification methods using materials creating by living organismspotential capabilities of Bacillus subtilisdaily lifeunused protein resources, and developing production technologiesbiomaterialstissuesandcreatingnovelARAI RyoichiKAJIURA ZentaSHIOMI KunihiroTAGUCHI GoroHAYASHIDA NobuakiHIRABAYASHI KimioHOCHI ShinichiHORIE TomoakiMORIWAKI HiroshiYAMAMOTO HirokiSHIRAI KojiTAKASHIMA SeijiNEGISHI JunNOGAWA MasahiroNOMURA TakaomiHASHIMOTO TomokoYAZAWA KenjiroDepartment of Applied Biology
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