Mochizuki Mai

Research theme for competitive and other funds (9)：

2023 - 2026 Human tooth regeneration using chimeric organoids of porcine enamel epithelial cells and human dental pulp stem cells
2023 - 2026 歯科再生医療に向けた臍帯MSCの歯硬組織形成ポテンシャルを検証する
2021 - 2026 Engineering of test-tube dental implants using dental-derived medicinal regenerative cells
2021 - 2026 Engineering of test-tube dental implants using dental-derived medicinal regenerative cells
2023 - 2025 自己多層化細胞シートの抗炎症ー骨再生デュアル機能の解明と新規医療法の開発

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Papers (13)：

Daichi Hanada, Mai Mochizuki, Taka Nakahara, Akira Tanaka. Novel standardized method for inducing medication-related osteonecrosis of the jaw in rats and precise quantitative assessment of pathological outcomes. Odontology. 2025
Li Xiao, Naohiro Shimamura, Takashi Kamio, Ryoji Ide, Mai Mochizuki, Taka Nakahara. Polycarbonate-Acrylonitrile Butadiene Styrene Three Dimensional Printing Material Exhibits Biocompatibility and Enhances Osteogenesis and Gingival Tissue Formation with Human Cells. Cells. 2025. 14. 3. 167-167
Li Xiao, Mai Mochizuki, Naohiro Shimamura, Katsuhisa Sunada, Taka Nakahara. Interplay of co-cultured chimeric adipose and gingival tissues exacerbates inflammatory dysfunction relevant to periodontal and metabolic conditions. Life sciences. 2024. 355. 123009-123009
Li Xiao, Mai Mochizuki, Dongliang Wang, Naohiro Shimamura, Katsuhisa Sunada, Taka Nakahara. Types of cell culture inserts affect cell crosstalk between co-cultured macrophages and adipocytes. Biochemical and Biophysical Research Communications. 2023. 658. 10-17
Dongliang Wang, Naohiro Shimamura, Mai Mochizuki, Taka Nakahara, Katsuhisa Sunada, Li Xiao. Enzyme-Digested Edible Bird’s Nest (EBND) Prevents UV and arid Environment-Induced Cellular Oxidative Stress, Cell Death and DNA Damage in Human Skin Keratinocytes and Three-Dimensional Epithelium Equivalents. Antioxidants. 2023. 12. 3. 609-609

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MISC (2)：

中原貴, 望月真衣. 【ユーザーレビュー】クライオスカーレスDMSOフリーは,ヒト歯髄由来の間葉系幹細胞の凍結保存に優れる. フナコシニュース. 2018. 661:. 34
中原貴, 望月真衣. 【ユーザーレビュー】ゼノフリー培養液(PRIME-XV MSC Expansion XSFM)はヒト歯髄由来の間葉系幹細胞の大量培養に優れる. フナコシニュース. 2018. 665:. 27

Professional career (1)：

Awards (6)：

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