mashiko toshihiro

FacultySurgicalNeurology
Job titleAssociate ProfessorWeb site

Profile

Research Keywords

    brain tumor;streotactic radiosurgery

Research Areas

  • Clinical surgery / Cerebral neurosurgery

Career

  • Jichi Medical University, Associate Professor
  • 2001
    - Lecture, Department of Suigical Neurology, Jichi
  • Medical School

Academic Background

  • -
    1985
    Faculty of Medicine, Jichi Medical University (japan)

Research Activities

Papers(paper)

  • Training in brain retraction using a self-made three-dimensional model
    MASHIKO Toshihiro
    World Neurosurgery
  • Development of 3-dimensional Hollow Elastic-model for Cerebral Aneurysm Clipping Simulation Enabling Rapid and Low-cost Prototyping
    MASHIKO Toshihiro
    World Neurosurgery 83(3) 351 Mar. 2015
  • Computer-assisted Neurosurgery
    MASHIKO Toshihiro
    Journal of the Virtual Reality Society of Japan 20(1) 12-17 Mar. 2015
  • Pre-surgical Simulation of Microvascular Decompression for Hemifacial Spasm Using 3D-models
    MASHIKO Toshihiro
    No Shinkei Geka 43(1) 41-49 Jan. 2015
  • Shunt Passer Clamp : A New Device to Prevent Rotation of CSF-Shunt Passer
    MASHIKO Toshihiro
    No Shinkei Geka 43(4) 317-322 Apr. 2015
  • Regional difference of lipid distribution in brain of Apolipoprotein E deficient mice(共著)
    The Anatomical Record 256 165-176 1999
  • Ultrastructural study on intracerebral small blood vessels and fluorescent grnular perithelial(FGP)Cells in experimental cerebral ischemia
    Brain and Nerve 51(10) 871-878 1999
  • Developing rat pineal cells manifest potential of neuronal differentiation in vitro
    Neuroscience Reseach 20 57 1994
  • Ultrastructural Study of hypothalamic hamartoma in a child.
    J. Clin. Electron Microscopy 25(5) 602 1992
  • A case of immature teratoma diagnosed as germinoma by biopsy
    J. Clin Electron Microscopy 23(5) 788 1990
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Papers(paper)close
  • Training in brain retraction using a self-made three-dimensional model
    MASHIKO Toshihiro
    World Neurosurgery
  • Development of 3-dimensional Hollow Elastic-model for Cerebral Aneurysm Clipping Simulation Enabling Rapid and Low-cost Prototyping
    MASHIKO Toshihiro
    World Neurosurgery 83(3) 351 Mar. 2015
  • Computer-assisted Neurosurgery
    MASHIKO Toshihiro
    Journal of the Virtual Reality Society of Japan 20(1) 12-17 Mar. 2015
  • Pre-surgical Simulation of Microvascular Decompression for Hemifacial Spasm Using 3D-models
    MASHIKO Toshihiro
    No Shinkei Geka 43(1) 41-49 Jan. 2015
  • Shunt Passer Clamp : A New Device to Prevent Rotation of CSF-Shunt Passer
    MASHIKO Toshihiro
    No Shinkei Geka 43(4) 317-322 Apr. 2015
  • Regional difference of lipid distribution in brain of Apolipoprotein E deficient mice(共著)
    The Anatomical Record 256 165-176 1999
  • Ultrastructural study on intracerebral small blood vessels and fluorescent grnular perithelial(FGP)Cells in experimental cerebral ischemia
    Brain and Nerve 51(10) 871-878 1999
  • Developing rat pineal cells manifest potential of neuronal differentiation in vitro
    Neuroscience Reseach 20 57 1994
  • Ultrastructural Study of hypothalamic hamartoma in a child.
    J. Clin. Electron Microscopy 25(5) 602 1992
  • A case of immature teratoma diagnosed as germinoma by biopsy
    J. Clin Electron Microscopy 23(5) 788 1990
  • Prognosis of Chronic subdural Hematoma in aged patients
    Jichi Medical School Journal 11 175 1988
  • Development of 3-dimensional hollow elastic-model for cerebral aneurysm clipping simulation enabling rapid and low-cost prototyping.
    MASHIKO Toshihiro
    World Neurosurgery in press

Papers(other)

  • Study of FGP cell(Mato)under cerbral ischemia
    1999
  • Ultrastructural study on fluorescent granular perithelial cells and astrocytes under cerbral edema
    1999
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Papers(other)close
  • Study of FGP cell(Mato)under cerbral ischemia
    1999
  • Ultrastructural study on fluorescent granular perithelial cells and astrocytes under cerbral edema
    1999

Conference Presentations

  • Toward the extreme reality in the custom-built 3D surgical simulator
    MASHIKO Toshihiro
    24th Conference on Neurosurgical Techniques and Tools(CNTT) 04 Mar. 2015
  • Clinical use of 3D-printers-our two years' experience-
    MASHIKO Toshihiro
    The 73rd Annual Meeting of The Japan Neurosurgical Socity 10 Oct. 2014
  • Simulation of Cerebral Aneurysm Clipping with 3-Dimensional Hollow Elastic Models
    MASHIKO Toshihiro
    23th Conference on Neurosurgical Techniques and Tools(CNTT)」 Apr. 2014
  • Effectiveness of 3-dimentional models in bed side-learning
    MASHIKO Toshihiro
    The 119th Annual Meeting of the Tapanese Associatoin of Anatomists Mar. 2014
  • 3-dimensional hollow elastic models for simulation of cerebral aneurysm clipping
    MASHIKO Toshihiro
    The 72nd Annual Meeting of The Japan Neurosurgical Socity Oct. 2013
  • Simulation of Cerebral Aneurysm Clipping with 3-Dimensional Soft and Hollow Models
    MASHIKO Toshihiro
    22th Conference on Neurosurgical Techniques and Tools(CNTT) Apr. 2013
Display all
Conference Presentationsclose
  • Toward the extreme reality in the custom-built 3D surgical simulator
    MASHIKO Toshihiro
    24th Conference on Neurosurgical Techniques and Tools(CNTT) 04 Mar. 2015
  • Clinical use of 3D-printers-our two years' experience-
    MASHIKO Toshihiro
    The 73rd Annual Meeting of The Japan Neurosurgical Socity 10 Oct. 2014
  • Simulation of Cerebral Aneurysm Clipping with 3-Dimensional Hollow Elastic Models
    MASHIKO Toshihiro
    23th Conference on Neurosurgical Techniques and Tools(CNTT)」 Apr. 2014
  • Effectiveness of 3-dimentional models in bed side-learning
    MASHIKO Toshihiro
    The 119th Annual Meeting of the Tapanese Associatoin of Anatomists Mar. 2014
  • 3-dimensional hollow elastic models for simulation of cerebral aneurysm clipping
    MASHIKO Toshihiro
    The 72nd Annual Meeting of The Japan Neurosurgical Socity Oct. 2013
  • Simulation of Cerebral Aneurysm Clipping with 3-Dimensional Soft and Hollow Models
    MASHIKO Toshihiro
    22th Conference on Neurosurgical Techniques and Tools(CNTT) Apr. 2013

Outside Fund Adoption

  • Development of pineal gland
  • fluorescent granular perithelial cell
  • Cerebral ischemia and ischemic tolerance
    :0085 (Japanese Only)
    Project Year :2003
  • medical engineering
  • chemotherapy for brain tumor
  • streotactic radiosurgery
Display all
Outside Fund Adoptionclose
  • Development of pineal gland
  • fluorescent granular perithelial cell
  • Cerebral ischemia and ischemic tolerance
    :0085 (Japanese Only)
    Project Year :2003
  • medical engineering
  • chemotherapy for brain tumor
  • streotactic radiosurgery


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