AssociateProfessorNOMURATakaomiOutlook for researchC.militariscontainsvariousbioactivesubstancessuchascordycepin,whichexhibitsanti-tumoractivity.Fruitingbodyofthefungusisexpectedforapplicationsinhealth-enhancingfoods,supplements,cosmetics,andmore.Outlook for students after graduationWhilemanygraduatesareemployedbyfoodcompanies,othersworkatcomputerandchemicalcompaniesandaspublicofficials,forexampleasplantprotectionofficers.Outlook for researchTheidentificationofnewenzymesandtheirimprovementthroughgeneticengineeringareexpectedtocontributetomanydomains,andchemicalincludingsynthesis.Wearealsoattemptingtodeveloptechnologyformakingtheproductionofusefulproteinspossiblethroughalterationofribosomesmolecularlevel.food,medicine,andrelatedfactorsOutlook for students after graduationManygraduatesareemployedasresearchersinavarietyoffields,includingbyfoodandpharmaceuticalandchemicalcompaniesmanufacturersthathandlevariousmaterials.Moving from understanding of functional biomolecules to their application, utilizing unused protein resources, and developing production technologiesDepartment ofApplied BiologysystemforDepartment ofApplied BiologyattheAssociateProfessorNomuratookhiscurrentpositionin2017afterworkingattheLionCorporationResearchaCenterresearchassociateandassistantprofessorintheFacultyofTextileatScienceShinshuUniversity.Hisprincipalareaofresearchistheanalysisoffunctionalbiomoleculesusingmolecularbiologyandgeneticengineeringtechnology.AssociateProfessorNOGAWAMasahiroAssociateNogawaProfessortookhiscurrentpositionafterworkingasanassistantprofessorattheNagaokaUniversityofTechnology.Hisprincipalareasofresearchappliedaremicrobiology.Weexploreandexaminetheusefulbiomoleculeswithvarioustechniques;astudentisisolatingthetargetproteinbyusingcolumnchromatography.Tryingtocreatethefunctionallyimprovedproteins(e.g.higherenzymaticactivity),basedonthegeneticandproteinengineeringtechnologies.asandTechnologyandChinesecaterpillarfungihavebeenprizedasaningredientintraditionalChinesemedicine.Cordycepsmilitarisisdistributedworldwideandproducesorangefruitingbodiesfromthepupaoflepidopterousinsects.Artificialcultivationmethodforthefungushavebeendeveloped,butcontinuousculturefrequentlyresultsinthedegenerationofthefungus.Thismakeslarge-scalecultivationofthefungusdifficult.Mylaboratoryistryingtodevelopastablecultivationreduceddeteriorationofthefruitingbodies.Iamcarryingoutresearchonproteins,aprincipletypeoffunctionalbiomolecule.Mylabusesmolecularbiologyandgeneticengineeringtechnologytoidentifyandimproveusefulproteinssuchasenzymesandtodevelopprotein-manufacturingtechnologies.Fruiting bodies emerged from silkworm pupaeSubculture1st generationSubculture2nd generationSuccessive cultures reduced fruiting body productivity.Fruiting bodies produced on solid mediumSubculture3rdgenerationC.militariswith44Artificial cultivation system for chinesecaterpillar fungus(Cordyceps militaris)
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