Biomaterials RG_AIST_HMRI:Health and Medical Research Institute

Biomaterials Research Group

Research Outline

Guidelines/Standards/Development for tissue-engineered medical products, medical devices and combination products,Monitoring and diagnosing therapeutic effects,Biomolecular-apatite composite,Combination products,Translational research,Materials for regenerating hard tissues,Cancer immunotherapy Adjuvant/radiation,Prediction of stem cell function,Evaluation of ECM/cell interaction

To contribute to the realization of active aging, our group develops highly functional medical materials such as combination products, design technology for adjuvants for cancer immunotherapy, and cancer therapeutic technology that combines immunotherapy and physical therapy. In addition, we are developing technology to monitor and diagnose the treatment effects. We aim to smoothly implement in society treatments that are gentle on the body, prompt treatments, and treatments that are tailored to each individual patient in the fields of orthopedics, cancer treatment, regenerative medicine, and dentistry. Therefore, we are engaged in research and development and regulatory science within a wide range of technologies, from the cellular level to the industrial level.

Members

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Name

-Research Topics

NITTA Naotaka, Group Leader

-Ultrasonic devices; elastography, infection control

WANG Xiupeng, Chief Senior Researcher

-Design and development of adjuvants for cancer immunotherapy
-Elucidation of the mechanism and translational research of combined cancer immunotherapy
-Development of combined cancer immunotherapy with traditional therapy including surgery, radiation, chemo and photothermal therapy

SOGO Yu

WoS

G.S.

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-Development of signal-molecule calcium phosphate composite coatings
-Drug delivery using calcium phosphates
-Development and translational research of growth factor combined medical devices

YASUNAGA Mayu

-Quality control of growth factor combined medical devices
-Molecular and cell biological evaluation of advanced biomaterials
-Evaluation of environmental factors on maintenance of stem cell pluripotency

SUGIURA Yuki, Senior Researcher

WoS

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-Fabrication of medical drug combinated ceramic based biomaterials.
-Controlling properties of bioceramics based materials in multiple scales
-Development of newly bone mallow organoid for cancer therapy

SUN Lue

WoS

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-Development and translational research of novel biomaterials
-Development of combined cancer therapy with physical therapy and immunotherapy
-Research and development on radiation

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