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蛍光シアリダーゼプローブの開発を進めており、これまでに大腸がん病変部位の蛍光染色、インフルエンザウイルス・ムンプスウイルス・ヒトパラインフルエンザウイルス・馬インフルエンザウイルスなどウイルス感染細胞の蛍光検出、薬剤耐性インフルエンザウイルスの特異的検出などを行ってきた。現在は、インフルエンザウイルス特異的プローブ、ムンプスウイルス特異的プローブの開発を進めており、一定の成果が出つつあります。今後は、ウイルスの亜型選択的プローブの開発を行う予定です。
[post_title] => 大坪 忠宗
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[post_title] => 塩川 満久
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国公立中高教員、幼小中一貫教育研究主任、国立教育研究所研究協力員、国立大学入試センター研究協力員、大学教員を経験し、園児から大学生に対する様々な分野の授業について研究しています。
最近は、アジアの科学技術教育やモンスーン地域の水害や土石流被害から人々を救うための減災教育の研究の比重を高めています。
[post_title] => 岡田 大爾
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[post_title] => 笠岡 敏
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筋力低下や認知機能低下を防止するための全身や脳をつかったゲームの開発
[post_title] => 金谷 孝之
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[post_title] => 園田 幸治
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[post_title] => 原田 雅嗣
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地域施設立地計画における空間的相互作用モデルから確率モデルによる利用者選択最適化分析をはじめ、空間視覚的情報処理の過程及び行動環境評価解析研究として、子どもの通学歩行行動や公共施設・地下街等目的探索行動、複雑環境条件下での避難行動の検証・定量化分析等を研究の主軸として長年取り込んでいる。また地域における防災インフラ整備評価や避難行動予測等の課題に際し、土砂災害や火災など広域、室内避難での人間行動の特性分析をはじめ、住民アンケート調査や避難シミュレーションの手法を駆使して検証解析を行っている。そして、地方都市安全安心な暮らしの実現や大学キャンパス環境改善等への取り込みにおいて、教育・研究の実践として地域活性化研究や学内研究助成を長年関わり、その成果はSDGs目標の実現に寄与している。さらに、海外大学や研究機関との学術交流をはじめ、中国都市における歴史的空間構成や建築文化的象徴性等の研究も推進している。
[post_title] => 梅 林
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[post_name] => lin_mei
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[8] => WP_Post Object
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[post_date] => 2022-02-16 16:27:20
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人間工学やユニバーサルデザインの授業を担当しています。この数年は、障がいのある方の余暇活動やリハビリテーションを促進する支援機器を作ることで、本人のQOL向上とともに、周囲の人にも明るい気持ちが広がる様子を見てきました。
これまで本学の旧コミュニケーション学科、リハビリテーション学科で教えた経験を生かして、高齢者・障がい者を含めた様々な人が、その人なりの力を出せる「共生社会」にしていくことを目指します。
マイコンやゲームのプログラミング、3Dプリンター、ドローンの制御、統計解析などについて、ひとの心に寄り添った活用方法を考えていきます。
[post_title] => 石原 恵子
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[post_name] => keiko_ishihara
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[post_modified] => 2024-04-04 13:17:40
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[guid] => http://www.hirokoku-u.ac.jp/research/?p=453
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[9] => WP_Post Object
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[post_date] => 2022-02-16 16:24:26
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[post_content] =>
[post_title] => 齋 礼
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[post_name] => rei_itsuki
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[post_date] => 2022-02-28 05:04:13
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[post_content] =>
[post_title] => 小西 幹彦
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[post_name] => mikihiko_konishi
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[post_date] => 2022-02-28 21:48:45
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研究室では、医療機関の医療総合職、医療マネジメント職、医療関連企業の企画総合職を育成したいと思っています。医療経営、介護経営、福祉経営、健康経営を学び、トータル的な医療マネジメント人材育成を目指しています。
ゼミ活動では、基礎学力の強化(社会人力)、情報能力(DX時代の能力)、医療マネジメント能力、ロジカルシンキング能力、問題解決能力、データ分析力、企画提案能力を学びます。医療機関の見学を通して実際の現場を見ることを大切にしています。
[post_title] => 丁井 雅美
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[post_name] => masami_choui
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蛍光シアリダーゼプローブの開発を進めており、これまでに大腸がん病変部位の蛍光染色、インフルエンザウイルス・ムンプスウイルス・ヒトパラインフルエンザウイルス・馬インフルエンザウイルスなどウイルス感染細胞の蛍光検出、薬剤耐性インフルエンザウイルスの特異的検出などを行ってきた。現在は、インフルエンザウイルス特異的プローブ、ムンプスウイルス特異的プローブの開発を進めており、一定の成果が出つつあります。今後は、ウイルスの亜型選択的プローブの開発を行う予定です。
[post_title] => 大坪 忠宗
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