zyx手術前手術後z fixedx,y,z fixed実現するために…Although there are manyphysicaltraining methods for weight reduction,some of them don’t reveal their effectsfrom the viewpoint of mechanicalengineers. Oursimulation methoddemonstrates mechanical conditions inour body and the results may lead tomore efficient training methods for ourbeautiful life!20側弯症（背骨が捩れて湾曲する疾患）安全な外科手術をExamination of surgical operation methods in scoliosis in collaboration with Shinshu University’s Medical School.実験的・解析的検討Department of Machinery and RoboticsDepartment of Machinery and RoboticsOur research solutions will powerfully supportmedical doctors on both diagnoses and treatmentsfor illnesses or injuries i n orthopedic fields. Patientscan also obtain great benefits including personalizedand information-rich informed consent for theirown treatments. We aim to realize a world which issensitive to the needs and desires of doctors,patients, and everyone.We regard living organs of "humans" from theperspectives of"mechanical engineering" and"information engineering“. A diverse range ofknowledge makes our students enjoy a variety ofcareer paths after graduation.Outlook for researchBy reducing the size of various systems, we cando things that could not be done atthemacroscopic scale. For example, a cooling rateof 10,000 degrees persecond has beenachieved by reducing the droplet size to a verysmall amount. In this way, we will continue tomeet the world's challenges by developing newtechnologiesthethatmicroscopic scale.take advantage ofOutlook for students after graduationGraduates are employed by a wide range ofincluding precision instrumentcompanies,instrumentmanufacturers,manufacturers,relatedmanufacturers, and others.Outlook for researchOutlook for students after graduationProfessorAKIYAMA YoshitakeProfessorKOSEKI MichihikoAfter completing a graduate program atTokyo University of Agriculture andTechnology, Professor Akiyama workedat JEOL Ltd., at Tokyo University ofAgriculture and Technology as a speciallyappointed assistant professor, and atOsaka University as a senior assistantprofessor, his current position in 2021.specialization includeHisfields ofmicromachining,biotechnology,regenerative medicine,theandintegration of the same.ProfessorhisKosekicurrent position in 2019 afterworking as an engineer atFujitsu Limited and an assistantprofessor at Tokyo Institute ofTechnology, and an associateprofessor at Shinshu University.His research interests includebiomechanics,computationaltechniquesmedicaland bio-inspired robotics.Inkjet-based super flash freezing of cells. (a) Schematic diagram of the apparatus. (b) Droplet ejection captured by a high-speed camera. (c) Frozen droplets deposited on a grid pattern.Recovery of microplastics using ultrasonics. (a) Schematic diagram of the device. (b) Magnified view of the trifurcated branches. (c) High enrichment using four serial separations.Our laboratory focuses on phenomena and characteristics atthe microscopic scale and aims to apply them to medical andmicrofabricationenvironmentaltechnologies. We succeeded in the world's first cryoprotectant-free cryopreservation of animal cells using inkjet technology.We are also working on ultrasonic recovery of microplastics(tiny pieces of plastics in the environment), construction ofsmall 3D tissues by diamagnetic cell manipulation, and bio-hybrid devices actuated by tissue-engineered muscle.Surgical operations are sometimes required to fix severe bonefractures or muscle injuries. Here, if we can estimate mechanicalconditions of our body parts and/or surgical instruments prior to theoperation, the information will be greatly helpful to avoid surgicalerrors or further surgeries. Our laboratory examines patient-specificbiomechanicalis, we fabricate acomputational model with the exact shape of the patient based onclinical X-ray CT images, and perform analyses to estimate mechanicalstates of bones or artificial instruments in our body. Collaborationwith medical doctors leads us to propose novel medical techniques.tookimagingmedicalautomobileandengineeringsimulation methods. ThatthroughProposing reliable medical techniques through computational biomechanical simulationsBioengineeringBioengineeringNew technologies through miniaturization, from cell cryopreservation to microplastic recovery
元のページ ../index.html#22