2008.11.14-17 Makuhari Messe, International Convention Complex, Chiba, Workshop at the 50th JRRS Annual Meeting

CHAIR; Maezawa H (Tokushima U.), Tomita M (CRIEPI)
W9-1 Perspective of the study of radiation biological effect using microbeam X-ray irradiation system. Tomita M, et al.
W9-2 Study of the relationship between cell death and intracellular energy-deposited sites using SR X-ray microbeam irradiation system. Maeda M, et al.
W9-3 An energy-tunable X-ray microbeam irradiation system for radiobiology. Kobayashi K et al.
W9-4 Focusing microbeam system of JAEA-Takasaki Funayama T. et al
W9-5 Approach to the radiobiological study of Caenorhabditis elegans using heavy-ion microbeam. Sakashita T, et al.
W9-6 In situ analysis of novel repair proteins involved in DNA strand break responses of human cell. Nakajima S. et al.

2008.11.13-15, at National Institute Radiological Sciences, Chiba 263, Japan

Programme and Abstract (PDF); 41 oral and 18 poster presentations. Review papers and Extended Abstract will be published in March 2009 as an Supplement Issue of the Journal of Radiation Research

2006.9.5-8. Hokkaido Univ., Sapporo, Japan, Workshop at the 49th JRRS Annual Meeting

SESSION I

WS8-1 X-ray microbeam irradiation systems at the Photon Factory – Present status and future plan
WS8-2 Development of Single Particle Irradiation to CEll system in NIRS
WS8-3 Energy deposition method for micro-volume in liquid using a tapered glass capillary with a thin end-window
WS8-4 Irradiation to cytoplasm suppresses low-dose hypersensitivity
WS8-5 Abnormal Cell Division Caused by X-ray Micro-beam Irradiation using EGFP-HeLa Cells

SESSION II

WS8-6 Imaging analysis of DNA double-strand break repair proteins using synchrotron X-ray microbeam irradiation system.
WS8-7 Inhibition of abnormal proliferation of epidermal cells in the knobbed mutant silkworm larva by the heavy-ion microbeam irradiation. カイコ孵化幼虫真皮細胞への重イオンマイクロビーム照射によるコブ突然変異（Ｋ）の発現抑制
WS8-8 Heavy-ion-induced bystander killing of normal human fibroblasts. ヒト正常線維芽細胞における重イオン誘発バイスタンダー細胞死の解析
WS8-9 Study of biological responses to heavy-ion microbeams in the nematode C. elegans. 重イオンマイクロビームを用いた線虫Cエレガンスの放射線応答の研究
WA8-10 Radiation biology and tumor therapy with microplanar synchrotron radiation. スダレ状放射光マイクロビームの生物作用とがん治療

SESSION III

WS8-11 MRT dose distribution at SPring-8. SPring-8でのMRT線量分布測定
WS8-12 Bystander cell-killing effect induced by X-ray microbeams generated with synchrotron radiations. シンクロトロン放射光スリット状Ｘ線マイクロビーム誘発バイスタンダー致死効果
WS8-13 Development of new radiotherapy by synchrotron radiation. -Pathobiological effects of microplanar beam radiation on the rat cerebellum. 放射光による新たな放射線治療法の開発‐ラット小脳に対するマイクロビーム照射の病理組織学的影響
WS8-14 Growth Delay of Transplanted Fibrosarcoma in Mice by a Synchrotron Microplaner Beam. 放射光マイクロスリットビームを用いた移植腫瘍の増殖遅延

2005.11.15-17, Hiroshima International Conference Hall, Hiroshima, Workshop at the 48th JRRS Annual Meeting

W1-1: Microbeam Facilities in Japan

W1-1-1 Upgrading heavy-ion microbeam system at JAERI-Takasaki
Funayama T, et al.
W1-1-2 Progress Report of the SPICE (Single Particle Irradiation system for CEll) in NIRS
Imaseki H, et al.
W1-1-3 Outline of synchrotron X-ray microbeam irradiation system and perspective of radiobiological
research using the system
Kobayashi K, et al.
W1-1-4 Microbeam line in the Wakasa Wan Energy Research Center
Takagi K, et al.
W1-1-5 Kyoto University
Nakamura M, et al.

W1-2: Present Status of Microbeam Research

W1-2-0 Microbeam studies for partial-cell irradiation: from UV light to heavy ions
Kobayashi Y, et al.
W1-2-2 Radiosurgery applications of heavy ion microbeams
Kiguchi H, et al.
W1-2-3 Radiation-induced bystander effects
Matsumoto H, et al.
W1-2-4 Gap Junctional Intercellular Communication and Bystander Effects
Shao CL, et al.
W1-2-5 Microbeam studies in the world
Kashino G, et al.