Instructions
| Instructions for your contribution are the following: | |
| Oral presentation | |
|---|---|
| Review talks | 30 mn including questions |
| Oral presentation | 15 mn +5 mn questions |
| Posters | |
| A0 size / Portrait orientation (Clips and tape will be provided to attach them on supports). | |
Program schedule and posters list
| Thursday October 3rd, 2013 | ||
| 8.00 | Registration | |
| 9.00 | Introduction P. Moretto, Director of CENBG | |
| Session I | Instrumentation of ion & x-ray microbeams | |
|---|---|---|
| 9.15 | RECENT PROGRESS OF THE INSTITUTE OF MODERN PHYSICS HIGH ENERGY INTERDISCIPLINARY MICROBEAM G. Du, Institute of Modern Physics, Chinese Academy of Sciences | |
| 9.35 | RECENT PROGRESS IN DEVELOPMENT OF HEAVY-ION MICROBEAM SYSTEMS OF JAEA-TAKASAKI T. Funayama, Microbeam Radiation Biology Group, JAEA | |
| 9.55 | SUPER RESOLUTION MICROSCOPY AT THE COLUMBIA MICROBEAM A.D. Harken, RARAF, Colombia University | |
| 10.15 | Coffee break | |
| Session II | Laser-accelerated particle beams | |
| 10.50 | RECENT PROGRESSES IN LASER ION ACCELERATION AND APPLICATIONS E. D‘humières, CELIA, University of Bordeaux | |
| 11.20 | HIGH ENERGY ION ACCELERATION AND NEUTRON PRODUCTION USING RELATIVISTIC TRANSPARENCY IN SOLIDS S. Busold, TU Darmstadt | |
| 11.40 | PRODUCTION OF NARROW BANDWIDTH LASER-ACCELERATED PROTON BEAMS BY PASSIVE ENERGY SELECTION R. Riquier, CEA DAM, Ecole Polytechnique | |
| 12.00 | HOW TO CHARACTERIZE 1012 ENERGETIC PARTICLES IN A SUB-NANOSECOND BUNCH? M. Tarisien, CENBG, University of Bordeaux | |
| 12.20 | AMPLITUDE TECHNOLOGIES | |
| 12.35 | Lunch | |
| 14.00 | *Poster Walk & Free discussion | |
| Session III | Radiobiology studies with laser-accelerated particles | |
|---|---|---|
| 15.30 | REVIEW ON RADIOBIOLOGICAL STUDIES USING LASER DRIVEN PARTICLE BEAMS: FROM IN VITRO EXPERIMENTS TO HUMAN TUMOR IRRADIATIONS ON MICE J. Pawelke, OncoRay, National Center for Radiation Oncology, TU Dresden | |
| 16.00 | DNA REPAIR DYNAMICS FOLLOWING ION IRRADIATION AT ULTRAHIGH DOSE RATES FROM LASER-DRIVEN ACCELERATORS F. Hanton, Queen‘s University Belfast | |
| 16.20 | THE APPLICATION OF PARTICLE BEAMS FROM A LASER PLASMA WAKEFIELD ACCELERATOR TO CANCER THERAPY A. Sorensen, SIPBS, University of Strathclyde | |
| 16.40 | DOES THE RBE CHANGE FOR PROTONS WHEN USING LASER ACCELERATORS FOR TUMOR THERAPY? G. Dollinger, Universität der Bundeswehr, München | |
| 17.00 | Discussion | |
Friday October 4th, 2013 | ||
| Session IV | RBE & therapy related studies | |
| 8.30 | ENHANCED RBE OF SUB-MICROMETER FOCUSED LOW LET PROTONS C. Greubel, Universität der Bundeswehr München | |
| 8.50 | MONTE CARLO MODELING OF RADIATION EFFECTS FROM FOCUSED LOW LET PROTONS AND SINGLE CARBON IONS W. Friedland, Helmholtz Zentrum München | |
| 9.10 | REDUCED SIDE EFFECTS USING PROTON MICROCHANNEL IRRADIATION IN A HUMAN SKIN MODEL T.E. Schmid, TU München | |
| 9.30 | NANOPARTICLE DOSE ENHANCEMENT USING X-RAYS AND PROTONS J.C.G. Jeynes, Surrey Ion Beam Center | |
| 9.50 | NANODOSIMETRIC STUDY OF MICROBEAM RADIATION THERAPY A.L. McNamara, Institute of Medical Physics, University of Sydney | |
| 10.10 | RESPONSE OF HUMAN NORMAL FIBROBLASTS TO PROTON IRRADIATION A. Michaelidesová, Nuclear Physics Institute, ASCR, Prague | |
| 10.30 | Coffee break | |
| Session V | Low irradiation dose studies and bystander effect | |
| 11.00 | ESTABLISHMENT OF EXPERIMENTAL SYSTEMS FOR ANALYZING BYSTANDER EFFECTS INDUCED BY HEAVY-ION IRRADIATION BETWEEN NORMAL AND CANCER CELLS H. Ikeda, Gunma University Graduate School of Medicine | |
| 11.20 | MICROBEAM X-RAY CELL IRRADIATION SYSTEM AT CRIEPI AND MECHANISMS OF X-RAY-INDUCED BYSTANDER RESPONSE M. Tomita, Central Research Institute of Electric Power Industry (CRIEPI) | |
| 11.40 | ANALYSIS OF BYSTANDER EFFECTS INDUCED BY HEAVY IONS AND GAMMA-RAYS Y. Yokota, Microbeam Radiation Biology group, JAEA | |
| 12.00 | Lunch | |
| 14.00 | *Poster Walk & Free discussion | |
| Session VI | DNA repair | |
|---|---|---|
| 15.30 | SUBDIFFUSION SUPPORTS JOINING OF CORRECT ENDS DURING REPAIR OF DNA DOUBLE-STRAND BREAKS S. Girst, Universität der Bundeswehr, München | |
| 15.50 | FROM ENERGY DEPOSITION OF IONIZING RADIATION TO CELL DAMAGE SIGNALING: BENCHMARKING SIMULATIONS BY MEASURED YIELDS OF INITIAL DNA DAMAGE AFTER ION BEAM IRRADIATION G. Gonon, Institut de Radioprotection et de Sûreté Nucléaire, France | |
| 16.10 | EFFECT OF HISTONE DEACETYLASE INHIBITOR (SAHA) ON THE DIAMETER OF GAMMA-H2AX FOCI AFTER MICROBEAM IRRADIATION M. Merchant, Surrey Ion Beam Center | |
| 16.30 | STUDY OF RADIATION-INDUCED CHROMOSOME DAMAGE AT MICROBEAM FACILITIES: DEVELOPMENT OF A NOVEL IN SITU PROTOCOL DESIGNED WITHIN THE BIOQUART PROJECT A. Testa, Technical Unit of Radiation Biology and Human Health, ENEA | |
| 16.50 | TARGETED MICRO-IRRADIATION OF C. ELEGANS EMBRYO S. Bourret, CENBG, University of Bordeaux | |
| 17.10 | Concluding Remarks and Closing | |
| 20.00 | Gala dinner | |
Saturday October 5th, 2013 | ||
| 9.00 - 12.00 | Visit of AIFIRA facility | |
| * Posters list | |
| P1 | DEVELOPMENT OF A HIGH RESOLUTION SINGLE CELL IRRADIATION FACILITY (SCIF) Cholewa M |
| P2 | THERMAL SIMULATIONS OF SQUID BASED MICRO-CALORIMETERS USED UNDER MICROBEAM IRRADIATION K. Fathi, S. Galer, H. Palmans, L. Hao, J. Gallop and K.J. Kirkby |
| P3 | DIGITAL IMAGE PROCESSING TECHNIQUES AT SURREY VERTICAL BEAMLINE FOR AUTOMATED SINGLE CELL IRRADIATION Georgantzoglou A., Merchant M.J., Jeynes J.C.G., Kirkby K.J., Jena R |
| P4 | DEVELOPMENT PROGRESS OF THE HIGH ENERGY X-RAY MICROBEAM H. McQuaid, Queen‘s University Belfast |
| P5 | MIRCOM: A NEW MICRO-IRRADIATION BEAMLINE ON THE IRSN AMANDE FACILITY Vianna F., Moretto Ph., Serani L., Gressier V. |
| P6 | PROPOSED 100 NANOMETER DIAMETER PROBE AT RARAF G. Randers-Pehrson |
| P7 | THE DOSIMETRIC IMPACT OF LUNG TUMOUR MOTION IN STEREOTACTIC ABLATIVE RADIOTHERAPY Dimitriadis A., Clark C., Nisbet A., K.J. Kirkby |
| P8 | REDUCTION OF MUTATION IN BYSTANDER CELLS CAUSED BY NITRIC OXIDE-MEDIATED BYSTANDER CELL DEATH Maeda M., Kobayashi K., Matsumoto H., Usami N., Tomita M |
| P9 | HYDROGEN SULFIDE SUPPRESSES RADIATION-INDUCED BYSTANDER EFFECT ON HYPOXIC HEPATOMA CELLS Zhang J., Pan Y., Xie Y., Shao C. |
| P10 | THE NON-TARGETED EFFECTS OF LOW-DOSES OF IONISING RADIATION AND POTENTIAL RISK OF CANCER Almahwasi A.A.A., Jeynes J.C.G., Kirkby K.J., Merchant M.J. |
| P11 | EVALUATIONS OF GENOTOXIC EFFECTS AFTER 2.45 GHZ RADIOFREQUENCY RADIATION (RFR) EXPOSURE IN MALE MOUSE GERM CELL LINE Liu C., Gao P., Xu S., Chen C., He M., Zhang L., Zhou Z., Yu Z. |
| P12 | IMPACT OF 1800 MHZ RADIOFREQUENCY ELECTROMAGNETIC RADIATION ON DNA BASE IN A MOUSE SPERMATOCYTE-DERIVED CELL LINE Liu C., Duan W., Xu S., Chen C., He M., Zhang L., Yu Z., Zhou Z |
| P13 | POST-IRRADIATION BLEACHING OF GFP TRIGGERED BY SHORT PULSE PROTON IRRADIATION Mäckel V., Puttaraksa N., Kobayashi T., Imamoto N., Yamazaki Y. |
| P14 | PROTON THERAPY: BETTER FOR THE WHOLE BODY? Mayhead N., Jeynes J.C.G, Abulimiti A., Short S., Kirkby K.J. |
| P15 | EFFECTS OF CARBON-ION MICROBEAM IRRADIATION ON LOCOMOTION AND PHARYNGEAL PUMPING IN C. ELEGANS Suzuki M., Hattori Y., Sakashita T., Funayama T., Yokota Y., Ikeda H., Kobayashi Y. |
| P16 | THE METHODOLOGY FOR DETERMINING SPATIAL FUNCTION OF RELATED GENES IN THE BYSTANDER SIGNALLING FROM SOMATIC CELLS TO GERM CELLS OF CAENORHABDITIS ELEGANS Bo B., Qingqing L., Jialu L., Chen L., Wu L. |
| P17 | MONTE-CARLO MODELLING, MICROBEAM IRRADIATION AND TIME-LAPSE IMAGING ON LIVING CELLS Vianna F., Bourret S., Seznec H., Karamitros K., Incerti S., Barberet P. |
| P18 | MICROBEAM IRRADIATION TO STUDY HYPERSENSITIVE RESPONSE OF A549 NSCLC CELLS AFTER LOW-DOSE IRRADIATION WITH LOW-LET PROTONS A.-C. Wéra, A.-C. Heuskin, M. J. Merchant, J. C. G. Jeynes, S. Lucas, K., J. Kirkby |