Mimuro Hitomi

ミムロヒトミ | Mimuro Hitomi

Affiliation and department：
Homepage URL (1)： https://www.rcglid.oita-u.ac.jp/mimuro-lab/

Research field (1)： Bacteriology

Research theme for competitive and other funds (19)：

2024 - 2027 Development of antifungal drugs that eliminate damage to infected hosts due to fungal cell death
2021 - 2024 Elucidation of the mechanism of persistent infection of Helicobacter pylori by oscillation-expressed sRNA
2019 - 2021 Approaching the darkness of oral Helicobacter pylori: exploratory research on isolation / identification, infection mechanism, and persistent infection regulators
2018 - 2021 Examination of the persistent infection mechanism of Helicobacter pylori by phage lysogenization
2017 - 2018 細菌外膜小胞への選択的物質導入機構の解明

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Papers (91)：

Naomi Aini, Tomohiro Miyoshi, Kana Nishida, Hitomi Mimuro. Identification of sialyl Lewis A as a potential ligand for the Helicobacter pylori outer membrane protein HopZ. Biochemical and biophysical research communications. 2025. 776. 152181-152181
Li Wang, Yanan Li, Yuxin He, Yuchen Fang, Hitomi Mimuro, Adam C Midgley, Sei Yoshida. Macropinocytosis regulates cytokine expression through Erk signaling in LPS-stimulated macrophages. Cell structure and function. 2025. 50. 1. 103-113
Hidehiko Kikuchi, Kaori Harata, Takefumi Sagara, Harishkumar Madhyastha, Hitomi Mimuro, Futoshi Kuribayashi. Puberulic acid displays remarkable cytotoxicity and strong inhibitory effect on the all-trans retinoic acid-induced superoxide-generating ability in U937 cells. Fundamental Toxicological Sciences. 2024. 11. 5. 243-249
Hidehiko Kikuchi, Kaori Harata, Harishkumar Madhyastha, Hitomi Mimuro, Futoshi Kuribayashi. Aristolochic acid C displays cytotoxic effect and remarkable enhancing effect on the all-trans retinoic acid-induced superoxide-generating ability in U937 cells. Fundamental Toxicological Sciences. 2024. 11. 4. 197-204
Fumio Takizawa, Hisanori Domon, Satoru Hirayama, Toshihito Isono, Karin Sasagawa, Daisuke Yonezawa, Akiomi Ushida, Satomi Tsutsuura, Tomohiro Miyoshi, Hitomi Mimuro, et al. Effective degradation of various bacterial toxins using ozone ultrafine bubble water. PloS one. 2024. 19. 7. e0306998

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MISC (85)：

三室仁美. ヘリコバクター・ピロリの病原性とその制御機構の基礎研究. 日本ヘリコバクター学会誌. 2025. 26. 2
牧泰史, 三好智博, 古池晶, 三室仁美, 吉田秀司. ストレス下におけるピロリ菌リボソームの解析. 日本分子生物学会年会プログラム・要旨集(Web). 2024. 47th
菊池秀彦, 原田香, 三室仁美, 栗林太. コーヒージテルペン,カフェストールとカーウェオールは,U937細胞に対する細胞毒性とオールトランスレチノイン酸誘導性スーパーオキシド産生活性増強能を示す. 日本分子生物学会年会プログラム・要旨集(Web). 2024. 47th
Mimuro Hitomi. Persistent infection mechanism of Helicobacter pylori. 生化学. 2023. 95. 1. 100-103
三室仁美. H.pylori small RNAによる宿主適応制御. 日本ヘリコバクター学会誌. 2023. 24. 2

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Patents (3)：

Books (1)：

Lectures and oral presentations (13)：

ピロリ菌はsmall RNAによって宿主適応を制御する
(第27回日本ヘリコバクター学会学術集会 2021)
ヘリコバクター・ピロリ感染症実験動物モデルを用いた病原性解析
(第68回日本実験動物学会 2021)
ピロリ菌の宿主適応と病原性 (Host adaptation and pathogenicity of Helicobacter pylori)
(第94回日本細菌学会 2021)
Helicobacter pyloriの変異多様性と宿主適応 (Mutation diversity of Helicobacter pylori on adaptation to the host)
(第26回日本ヘリコバクター学会学術集会 2021)
ピロリ菌と実験動物 (Helicobacter pylori and laboratory animals)
(第67回日本実験動物学会 2020)

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Professional career (1)：

Awards (4)：

Association Membership(s) (3)：

THE JAPANESE SOCIETY FOR IMMUNOLOGY , 日本ヘリコバクター学会 , JAPANESE SOCIETY FOR BACTERIOLOGY

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