New tibial osteotomy (posterior opening wedge osteotomy) for posterior tibial slope Detailed image study of the position of the acetabular fossaIn the hybrid operating room, the functions of "ARTIS pheno“, which is a multi-axis fluoroscopy and imaging system for the navigation system, and "CurveTM“, which is a next-generation navigation system with an automatic registration function, are linked together. Study of Scoliosis Correction Stress SimulationSkipPedicleScrewFixation23Chief: Senior Lecture. Hiroki ShimodairaOutlook for research· Provide safe, minimally invasive, and high-performing artificial joint surgery · Aim to develop surgical techniques for ACL reconstruction that enable athletes Chief: Associate Prof. Hiroki ObaOrthopaedic SurgeryLower Extremities GroupOrthopaedic SurgerySpine GroupWide range of research to improve patient’s quality of lifePresenting new findings and treatment in spinal disease and deformityto the worldTheLowerExtremitiesGroupatShinshuUniversityconductsextensiveresearchonvariousdisordersofthelowerextremities(hip,knee,andanklejoints)andvariousstudiesonquestionsthatariseindailypractice.Intheareaofthehipjoint,researchisbeingconductedintothedevelopmentofosteotomyguidestoimprovetheaccuracyofacetabularosteotomies,pelvicdynamicsandlowerlimbrotationalalignmentbeforeandafterhipreplacementsurgery,andintheareaofthekneejoint,researchintonewtechniquesforanteriorcruciateligamentreconstructionandosteotomies.Throughthesestudies,weaimtoimprovetheeffectivenessoftreatmentandincreasepatientsatisfaction.Research subject· Development of new tibial osteotomies for improved outcomes after ACL reconstruction· Development of a new technique to preserve the remnant in ACL reconstruction.· Research on the position of the acetabular fossa as an indicator for THA· Development of a patient-compatible osteotomy guide for acetabular rotational osteotomyan early and safe return to competition.Outlook for students after graduationThrough the diagnosis and treatment of disorders in the lower extremities, you can cultivate broad skills that can be applied to a wide range of issues. We will strengthen our research in specific fields and simultaneously aim to conduct top-level research in a global context.TheShinshuUniversitySpineGroupwasoneofthefirstuniversityhospitalresearchteamstointroducethenavigationsystemtospinalsurgeryin1996,ahybridoperatingroomwithanavigationsysteminacomprehensiveadvancedmedicalbuildingin2018.Wehavealsoperformedbasicresearchonscoliosisandendoscopicspinalsurgeryutilizing3Dprinters,incollaborationwithassociateprofessorMichihikoKosekiofthefacultyoftextilescienceandtechnologyatouruniversity.Newandless-invasivesurgicalproceduresforscoliosis,andtheS-line(Shinshu-line),anewindicatorforfusionarea,havealsobeenstudied.Inaddition,jointclinicalresearchonlumbarintervertebralfusionwithYamanashiUniversityandHamamatsuUniversitySchoolofMedicineisongoing,asisjointresearchonmusculoskeletalepidemiologywithourrehabilitationdepartment.Research subject?Stress simulation for scoliosis correction?New surgical treatment for early onset scoliosis?New surgical treatment strategy using the “S-line (Shinshu-line) ” for adolescent idiopathic scoliosis?Relationship between spine sagittal plane alignment and motor function/cognitive functionOutlook for research?Development of safer and less-invasive surgery for scoliosis?Determination of optimal fusion area by the type of curve in adolescent idiopathicscoliosis?Facilitation of a longer, healthy life expectancy in a super-aging societyOutlook for students after graduationOrthopedic surgeons are fully trained in the diagnosis and treatment of spinal diseases, including deformities and trauma.These specialists can perform cutting-edge research anywhere in the world.
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