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このアイテムのファイル:
| ファイル | 記述 | サイズ | フォーマット | |
|---|---|---|---|---|
| KURNS_PR2021_186.pdf | 4.73 MB | Adobe PDF | 見る/開く |
| タイトル: | 7. Neutron Capture Therapy |
| 発行日: | Jul-2022 |
| 出版者: | Institute for Integrated Radiation and Nuclear Science, Kyoto University |
| 誌名: | KURNS Progress Report |
| 巻: | 2021 |
| 開始ページ: | 186 |
| 終了ページ: | 221 |
| 目次: | CO7-1 Synthesis and evaluation of a novel boron neutron capture therapy agent/ H. Kimura and M. Suzuki (R2134) [186] CO7-2 The evaluation of boron neutron capture therapy (BNCT) to the novel mouse model of pelvic recurrence of colorectal cancer/ J. Arima et al. (R3001) [187] CO7-3 The abscopal effect as the late influence after the head neutron-irradiation of mice/ Y. Kinashi et al. (R3028) [188] CO7-4 A Fundamental Investigation on Correlation Between Important Elements for Activation and Major Elements in Concrete and Cements for Radiation Shielding/ K. Kimura et al. (R3031) [189] CO7-5 Development of Amino Acid Derivatives Containing ¹⁰B-Clusters for BNCT/ A. Niitsu et al. (R3040) [190] CO7-6 Enhancement of the cancer cell-killing effects of boron neutron capture therapy by overexpression of LAT1 in cancer stem cell-like cells/ K. Ohnishi et al. (R3042) [191] CO7-7 Effects of overexpression of LAT1 in cancer stem cell-like cells on suppression of tumor growth by boron neutron capture therapy/ K. Ohnishi et al. (R3043) [192] CO7-8 Preliminary Experiment of Tumour Growth Suppression by Intra-Tumoral Injection of Boron-Polyplex/Polymer for Boron Neutron Capture Therapy to Pancreatic Cancer Model in vivo/ H. Yanagie et al. (R3046) [193] CO7-9 Enhancement of Tumour Growth Suppression by Electroporation with Intra-Tumoural Injection of Gadolinium-Polyplex for Gadolinium-Neutron Capture Therapy to Pancreatic Cancer Model in vivo/ H. Yanagie et al. (R3047) [194] CO7-10 Identification of host immunostimulatory effects induced by boron neutron capture therapy/ T. Watanabe et al. (R3048) [195] CO7-11 Basic research to expand the indication of neutron capture therapy to non-neoplastic diseases/ T. Watanabe et al. (R3050) [196] CO7-12 Mechanism of Glioma Resistance After BNCT Conferred by Glioma Niche/ N. Kondo et al. (R3051) [197] CO7-13 Solbilization of All-Trans-Retinoic Acid as Macrophage Polarizer by β-1, 3-Glucan/ N. Yasukawa et al. (R3055) [198] CO7-14 Carborane bearing pullulan nanogel/boron oxide nanoparticle hybrid for BNCT/ R. Kawasaki et al. (R3058) [199] CO7-15 Optimization of polymeric BPA for non-clinical studies and basic study on its analogues/ T. Nomoto et al. (R3060) [200] CO7-16 Development of Boron-Folic Acid Complex and BNCT Antitumor Effect/ K. Nishimura et al. (R3073) [201] CO7-17 Development of Gadolinium-Boron Complexes for MRI-Guided BNCT/ S. Okada et al. (R3074) [202] CO7-18 Water-soluble dodecaborate-containing pyrazolopyrimidine for BNCT/ Y. Hattori et al. (R3082) [203] CO7-19 Attempts to sensitize tumor cells by exploiting the tumor microenvironment/ Y. Sanada et al. (R3102) [204] CO7-20 Establishment of a method for determining position in alpha autoradiography using CR39/ K. Nakai (R3103) [205] CO7-21 Screening of Boron/Gadolinium Compounds for BNCT of Malignant Brain Tumors, 2021/ M. Takagaki et al. (R3107) [206] CO7-22 The effects of radioactivation of animals on the environment for the BNCT to companion animals./ Y. Wada et al. (R3114) [207] CO7-23 In Vivo Efficacy of BPA-Ionic Liquid as a Novel Compound for BNCT/ M. Shirakawa et al. (R3117) [208] CO7-24 Preliminary study of the anti-tumor effect of BNCT using bubble liposome on the canine hemangiosarcoma model/ M. Yanagawa et al. (R3122) [209] CO7-25 Development of boron-nutritional diagnostics in the plant using a neutron capture reaction/ T. Kinouchi (R3126) [210] CO7-26 An Evaluation of the Response of Tumor Cells to BNCT/ Y. Tong et al. (R3129) [211] CO7-27 Development of ¹⁰BPA-loaded mesoporous silica-based nanoparticles and evaluation in BNCT mouse experiments/ F. Tamanoi et al. (R3150) [212] CO7-28 Conjugation of Phenylboronic Acid Moiety through Multistep Organic Transformations on Nanodiamond Surface for an Anticancer Nanodrug of Boron Neutron Capture Therapy/ M. Nishikawa et al. (R3152) [213] CO7-29 The option of BNCT for oral squamous cell carcinomas/ K. Igawa et al. (R3154) [214] CO7-30 New boron drug development research targeting pancreatic cancer/ H. Michiue et al. (R3161) [215] CO7-31 Basic research on new BNCT strategies for melanoma/ H. Michiue et al. (R3162) [216] CO7-32 Quantitative analysis of the contribution of tumor vascular damage to the antitumor effect of X-ray using BNCR/ K. Ono et al. (R3163) [217] CO7-33 Study on Intracellular Protein Destruction by Boron Neutron Capture Reaction/ H. Kakuta et al. (R3167) [218] CO7-34 Observation of Intracellular Boron Neutron Capture Reaction with a Novel Boron Compound/ H. Kakuta et al. (R3168) [219] CO7-35 Development of immune function targeted boron neutron capture therapy using novel nanoparticles/ T. Watanabe and M. Suzuki (R3171) [220] CO7-36 Basic Experiment of Boron Neutron Capture Therapy(BNCT) for a Rat Model of Malignant Spinal Cord Glioma/ R. Kayama et al. (R3172) [221] |
| 記述: | In case that corrections are made, an errata will be provided in the following webpage: https://www.rri.kyoto-u.ac.jp/PUB/report/PR/ProgRep2021/ProgRep2021.html |
| URI: | http://hdl.handle.net/2433/275850 |
| 関連リンク: | https://www.rri.kyoto-u.ac.jp/PUB/report/PR/ProgRep2021/ProgRep2021.html |
| 出現コレクション: | 2021 |
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