| Download PDF Version: – Program of the IWM2015 – List of Late Breaking Posters |
| Program at a glance |
May 30 (Saturday), 2015
| ETD & EAT | Events |
| 08:00- | Chartered buses start out from JR Kyoto station |
| 10:05-10:25 | Visit a posting station, KUMAGAWA JUKU |
| 11:30-12:20 | Drive through the Rainbow Line of MIKATAGOKO Lakes |
| 13:10-14:10 | Have a lunch at Wakasa Kaiyu Bazaar CHIDORIEN |
| 14:40-15:20 | Visit the Old TSURUGA Port |
| 15:30-16:20 | Stop by a dried kelp shop, YAMATO TAKAHASHI |
| 16:30-17:30 | Tour of the Wakasa Wan Energy Research Center |
| 18:30-20:30 | Welcome Dinner at NEW SUNPIA TSURUGA |
May 31 (Sunday), 2015
| ETD & EAT | Sessions & Events |
| 08:00 | Shuttle buses start out from JR Tsuruga station vicinity |
| 08:50-09:00 | Opening Remarks |
| 09:00-10:00 | Session 1: Heavy-Ion Microbeams |
| 10:00-10:15 | Coffee Break |
| 10:15-11:55 | Session 2: Cellular/Tissue Effects I |
| 11:55-13:10 | Luncheon Seminar 1 |
| 13:10-14:00 | Special Lecture |
| 14:00-15:05 | Session 3: Particle Microbeams I |
| 15:05-15:55 | Poster Session I (P1 ~ P17, SP1, SP2, P39 ~ P47) with Coffee Break |
| 15:55-17:05 | Session 4: Particle Microbeams II |
| 17:30 | Shuttle buses leave for NEW SUNPIA TSURUGA |
| 18:00-20:00 | Workshop Banquet at NEW SUNPIA TSURUGA   |
June 1 (Monday), 2015
| ETD & EAT | Sessions & Events |
| 08:00 | Shuttle buses start out from JR Tsuruga station vicinity |
| 08:40-09:50 | Session 5: X-ray/Laser Microbeams |
| 09:50-10:15 | Coffee Break General Meeting of the Japan Microbeam Biology Research Association |
| 10:15-11:55 | Session 6: Cellular/Tissue Effects II |
| 11:55-13:10 | Luncheon Seminar 2: |
| 13:10-14:50 | Session 7: Microbeam Radiation Therapy |
| 14:50-15:40 | Poster Session II (P18 ~ P38) with Coffee Break |
| 15:40-15:50 | Closing Remarks |
| 15:50-16:40 | Group Photography & Preparing to set off |
| 17:10 | Chartered buses leave for JR Maibara station via JR Tsuruga station |
| Program |
May 31 (Sunday), 2015 (T: Talk, SP: Special Poster, P: Poster)
| 08:50 | Opening Remarks | President of the IWM2015 H. Matsumoto (Univ. Fukui, Japan) |
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| 09:00-10:00 | Session 1: Heavy-Ion Microbeams | ||
| Chairs: Y. Kobayashi (JAEA, Japan), R. Hirayama (NIRS, Japan) | |||
| 09:00-09:15 | T1 | ||
| Focusing Heavy-ion Microbeam System of JAEA-Takasaki | T. Funayama (JAEA, Japan) |
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| 09:15-09:30 | T2 | ||
| GSI heavy ion microprobe: sub-nuclear targeting and live cell imaging | G. Taucher-Scholz (GSI, Germany) |
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| 09:30-09:45 | T3 | ||
| Live Cell Imaging System at IMP microbeam facility | N. Guo (Chinese Acad. Sci., China) |
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| 09:45-10:00 | P1 | ||
| Patterning Irradiation for Contact Co-culture of Different Type Cells Using Heavy-ion Microbeam | H. Ikeda (JAEA, Japan) |
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| P2 | |||
| Targeted Irradiation of cellular Substructures at SNAKE | C. Siebenwirth (TUM, Germany) |
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| P3 | |||
| Targeted Mitochondrial Irradiation using Carbon Ions | D. W. M. Walsh (Univ. Bundeswehr Muenchen, Germany) | ||
| P4 | |||
| Biomedical Application of the IMP High Energy Heavy Ion Microbeam | G. Du (Chinese Acad. Sci., China) |
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| 10:00-10:15 | Coffee Break | ||
| 10:15-11:55 | Session 2: Cellular/Tissue Effects I | ||
| Chairs: H. Maezawa (KEK, Japan), E.I. Azzam (Rutgers NJMS., USA) | |||
| 10:15-10:40 | T4 | ||
| Role of Endoplasmic Reticulum and Mitochondrion in proton microbeam irradiation induced bystander effect | C. Shao (Fudan Univ., China) |
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| 10:40-11:05 | T5 | ||
| Radiation-stimulated ultraviolet signal generation and response by various cell lines | C. Seymour (McMaster Univ., Canada) | ||
| 11:05-11:20 | T6 | ||
| Development of a method of region-specific microbeam irradiation to C. elegans and analyses of effects on muscular movements | M. Suzuki (JAEA, Japan) |
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| 11:20-11:55 | SP1 | ||
| Estrogen Receptor β-Mediated Inhibition of UVC-Induced DNA Damage Response and Repair **This paper was awarded the Meeting Support Travel Award for Scholars-in-Training (SIT) from Radiation Research Society, USA. |
Yuan-Hao Lee (Cancer Biol. Program, Univ. Hawaii Cancer Centr., USA) |
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| P5 | |||
| From energy deposition of ionizing radiation to cell damage signaling: Measured DNA damage yields after ion beam irradiation versus MC simulations | G. Gonon (ISRN, France) |
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| P6 | |||
| Impact of ion focusing to sub-micrometer spots on dicentric formation: Simulations testing alternative hypotheses on DSB misrejoining | W. Friedland (German Res. Centr. Environ. Health, Germany) | ||
| P7 | |||
| Submicron focused low LET protons: a tool to understand the RBE of high LET ions | C. Greubel (Univ. Bundeswehr Muenchen, Germany) |
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| P8 | |||
| Radiation Quality-Independent Bystander Effect and Its Molecular Mechanism | Y. Yokota (JAEA, Japan) |
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| P9 | |||
| A mathematical model of modification of cell-cycle progression by radiation-induced bystander effects | Y. Hattori (JAEA, Japan) |
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| P10 | |||
| Characterization of Microbeam Fields and Broadbeam Fields in the Same Framework Using Microdosimetric Probability Density | T. Sato (JAEA, Japan) |
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| P11 | |||
| Responses of the Salt Chemotaxis Learning in Wild Type and Mutant C. elegans to Microbeam Irradiation | T. Sakashita (JAEA, Japan) |
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| P12 | |||
| The systemic effects of irradiation revealed by the local irradiation to the medaka testis using carbon-ion microbeam system in TIARA | S. Oda (Univ. Tokyo, Japan) |
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| 11:55-13:10 | Luncheon Seminar 1 | ||
| Chair: M. Tomita (CRIEPI, Japan) | |||
| L1 | |||
| 12:15-12:55 | Function of NBS1 protein in the pathways responding to DNA double strand breaks induced by ionizing radiation | H. Tauchi (Ibaraki Univ., Japan) |
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| 13:10-14:00 | Special Lecture | ||
| Chair: H. Matsumoto (Univ. Fukui, Japan) | |||
| SL | |||
| A Multidisciplinary Integrated Microbeam Training Course: The RARAF Experience | D. J. Brenner (Columbia Univ., USA) | ||
| 14:00-15:05 | Session 3: Particle Microbeams I | ||
| Chairs: K.D. Held (Harvard Med. Sch., USA), T. Ikeda (RIKEN, Japan) | |||
| 14:00-14:25 | T7 | ||
| Current research at the Surrey Vertical Nanobeam | A.-C. Wera (Univ. Surrey, UK) |
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| 14:25-14:40 | T8 | ||
| Development of a Super-Resolution Microbeam and Imaging System at Columbia University | G. Randers-Pehrson (Columbia Univ., USA) |
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| 14:40-15:05 | SP2 | ||
| Quantification of tumor hypoxia in lung cancer patients undergoing stereotactic body radiotherapy using dynamic PET imaging **This paper was awarded the Meeting Support Travel Award for Scholars-in-Training (SIT) from Radiation Research Society, USA. |
O. J. Kelada (Yale Univ. Sch. Med., USA) |
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| P13 | |||
| AMOEBA: Environmental control expanding the ability of vertical focused ion beams to explore environmental effects and radiation effects on cells | M. England (Univ. Surrey, UK) |
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| P14 | |||
| A feasibility study on the design of an advanced end station for PIXE on living cells after targeted single ion irradiation using Geant4 | N. T. Henthorn (Univ. Surrey, UK) | ||
| P15 | |||
| Direct analysis of DNA damage after irradiation in glioblastoma cell lines | N. Mayhead (Univ. Surrey, UK) |
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| P16 | |||
| Detection of chromosome aberrations and micronuclei in CHO cells after alpha-particle microbeam irradiation within the BioQuaRT project | A. Testa (ENEA, Italy) |
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| P17 | |||
| Endstation Updates and preliminary cell irradiation of FUDAN Microbeam | X. Wang (Fudan Univ., China) |
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| 15:05-15:55 | Poster session I (SP1, SP2, P1 ~ P17, P39 ~ P47) with Coffee Break |
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| 15:55-17:05 | Session 4: Particle Microbeams II | ||
| Chairs: K. J. Kirkby (Univ. Surrey, UK), P. Barberet (CENBG, France) | |||
| 15:55-16:20 | T9 | ||
| SPICE-NIRS Microbeam: a focused vertical system for proton irradiation of a single cell for radiation biology | T. Konishi (NIRS, Japan) |
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| 16:20-16:35 | T10 | ||
| Application of particle microbeam for radiation sensitivity studies | G. Muggiolu (Univ. Bordeaux, France) |
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| 16:35-16:50 | T11 | ||
| Observation of Ion Tracks in Cell Nuclei Irradiated by He Ion Microbeams Produced by Glass Capillaries | T. Ikeda (RIKEN, Japan) |
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| 16:50-17:05 | P18 | ||
| A Method to Estimate the Divergence of Microbeam Produced with Glass Capillaries for Biological Use | R. J. Bereczky (RIKEN, Japan) |
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| P19 | |||
| Single Proton Irradiation Using Newly Developed Tapered Glass Capillaries | V. Mäckel (RIKEN, Japan) |
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| P20 | |||
| Study of Fucci-expressing HeLa cells irradiated with proton microbeam at RIKEN | N. Puttaraksa (RIKEN, Japan) |
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| P21 | |||
| Recent developments on the CENBG micro-irradiation beam line | P. Barberet (CENBG, France) |
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| 17:30 | Shuttle buses leave for NEW SUNPIA TSURUGA | ||
| 18:00-20:00 | Workshop Banquet at NEW SUNPIA TSURUGA Addresses, Toast, and Jazz performance etc. |
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June 1 (Monday), 2015 (T: Talk, SP: Special Poster, P: Poster)
| 08:40-09:50 | Session 5: X-ray/Laser Microbeams | |||
| Chairs: K. Kobayashi (KEK, Japan), N. Autsavapromporn (Chiang Mai Univ., Thailand) |
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| 08:40-08:55 | T12 | |||
| Current status of the synchrotron X-ray microbeam irradiation system at the Photon Factory, KEK | N. Usami (KEK, Japan) |
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| 08:55-09:10 | T13 | |||
| Biodosimetry for synchrotron microbeam radiation therapy at the European Synchrotron Radiation Facility | J. C. Crosbie (RMIT Univ., Australia) |
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| 09:10-09:25 | T14 | |||
| A mechanistic study of gold nanoparticle radiosensitisation and targeted microbeam irradiation | M. Ghita (Queen’s Univ. Belfast, UK) |
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| 09:25-09:40 | T15 | |||
| Development of laboratory-based single cell irradiation facility (SCIF) with X-ray microbeam | M. Cholewa (Univ. Rzeszow, Poland) |
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| 09:40-09:50 | P22 | |||
| Cell-killing effect for targeted cell nuclear irradiation with synchrotron X-ray microbeam | M. Suzuki (NIRS, Japan) |
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| P23 | ||||
| Cell Responses Induced by He-Ne Laser in Mice in vivo Depending of a Irradiation Dose and Localization of Exposure | A. Dyukina (Russian Acad. Sci., Russia) |
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| 09:50-10:15 | Coffee Break General Meeting of the japan Microbeam Biology Research Association |
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| 10:15-11:55 | Session 6: Cellular/Tissue Effects II | |||
| Chairs: A. Ito (Tokai Univ., Japan), L. Wu (Chinese Acad. Sci., China) | ||||
| 10:15-10:40 | T16 | |||
| Oxidative Stress and the Propagation of Ionizing Radiation-Induced Bystander Effects | E. I. Azzam (Rutgers NJMS., USA) |
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| 10:40-11:05 | T17 | |||
| Use of 3D Models to Study Radiation-Induced Bystander Effects | K. D. Held (Mass. Genl. Hosp., Harvard Med. Sch., USA) |
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| 11:05-11:55 | P24 | |||
| Biological Implications of the Low-LET Photon-Induced Bystander Responses | M. Tomita (CRIEPI, Japan) |
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| P25 | ||||
| DNA Damages Induced by Radiation Bystander Effect | T. Ushiroda (Tokai Univ., Japan) |
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| P26 | ||||
| Live-cell imaging of 53BP1 foci during cell competition | K. Otsuka (CRIEPI, Japan) |
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| P27 | ||||
| Biphasic ATP release through two different pathways after X-ray microbeam irradiation | M. Tsukimoto (Tokyo Univ. Sci., Japan) |
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| P28 | ||||
| Suppression of the Mutagenesis in Bystander Cells Caused by Selective Cell Killing via Nitric Oxide-Mediated Bystander Response | M. Maeda (WERC, Japan) |
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| P29 | ||||
| Late Effects in the Progeny of Bystander Human Cells are Dependent on Radiation Quality: The Relevance to Cancer Risk | N. Autsavapromporn (Chiang Mai Univ., Thailand) |
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| P30 | ||||
| Transmission and repair of DNA damage signal to bystander cells from the population of proton microbeam irradiated human cells | B. N. Pandey (Bhabha Atomic Res. Centr., India) |
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| P31 | ||||
| An examination of how neighboring un-irradiated normal cells inhibit repair of irradiated cancer cells | A. Kobayashi (NIRS, Japan) |
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| P32 | ||||
| Target irradiation induced bystander effects between stem-like and non stem-like cancer cells | Y. Lui (Peking Univ., China) |
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| P33 | ||||
| Activation of Nrf2 Antioxidative Response in Normal Human Lung Fibroblast WI38 By Cytoplasm Targeted Irradiation With Proton Microbeam in NIRS | J. Wang (Chinese Acad. Sci., China) |
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| P34 | ||||
| Effect of a Histone Deacetylase Inhibitor (SAHA) on the Profile of γ-H2AX Foci after Microbeam Irradiation | M. J. Merchant (The Christie NHS Foundation Trust, UK) |
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| P35 | ||||
| Function of miR-663 in regulating bystander effect | W. Hu (Chinese Acad. Sci., China) |
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| 11:55-13:10 | Luncheon Seminar 2 | |||
| Chair: K. Kume (WERC, Japan) | ||||
| L2 | ||||
| 12:15-12:55 | Proton Beam Cancer Therapy in Fukui Prefectural Hospital | K. Yamamoto (Fukui Pref. Hosp., Japan) | ||
| 13:10-14:50 | Session 7: Microbeam Radiation Therapy | |||
| Chairs: Y. Furusawa (NIRS, Japan), K. Prise (Queen’s Univ. Belfast, UK) | ||||
| 13:10-13:35 | T18 | |||
| Synchrotron Broad Beam and MRT Radiation-Induced Non-Targeted Effects | O. A. Martin (Peter MacCallum Cancer Centr., Australia) |
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| 13:35-14:00 | T19 | |||
| Microbeam Radiation Therapy | G. Le Duc (ESRF Biomed. Beamline, France) |
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| 14:00-14:25 | T20 | |||
| Abscopal and bystander effects following exposure of rodent brains to synchrotron medical microbeam irradiation | C. Mothersill (McMaster Univ., Canada) | |||
| 14:25-14:40 | T21 | |||
| Tumor Growth and Skin Reaction in Mice by Synchrotron Microplanar Beam | Y. Furusawa (NIRS, Japan) |
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| 14:40-14:50 | P36 | |||
| Proton microchannel radiotherapy reduces side effects in an in-vivo mouse ear model | S. Girst (Univ. Bundeswehr Muenchen, Germany) |
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| P37 | ||||
| Localization of CD47 protein on cancer cells controlled by interplay of a peptide with X-ray irradiation | N. B. Kobayashi (Toagosei Co., Ltd., Japan) | |||
| P38 | ||||
| X-ray microbeam irradiations on Beam line BL27B2 at the Photon Factory synchrotron facility | J. C. Crosbie (RMIT Univ., Australia) |
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| 14:50-15:40 | Poster session II (P18 ~ P38) with Coffee Break | |||
| 15:40-15:50 | Closing Remarks | Sec’y. Genl. of the IWM2015 M. Tomita (CRIEPI, Japan) |
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| 15:50-16:40 | Group Photography & Preparing to set off | |||
| 17:10 | Chartered buses leave for JR Maibara station via JR Tsuruga station | |||
| Late-Breaking Posters |
| No. | Title | Authors |
| P39 | Production of Laser Microbeams by Tapered Glass Capillaries | Yuya ITO, Wei-Guo JIN, Kyohei KATOH, Tatsuya MINOWA, Tokihiro IKEDA |
| P40 | Cell Inactivation by OH Radicals is Important in High LET Particles | Ryoichi HIRAYAMA, Maki OBARA, Akiko UZAWA, Toshiyuki SHIRAI, Yoshiya FURUSAWA |
| P41 | Heavy ion irradiation-induced cell cycle arrest in multinuclear silkworm egg having non-damaged and damaged nuclei | Daisuke Ueda, Tomoo Funayama, Yuichiro Yokota, Michiyo Suzuki, Tetsuya Sakashita, Yasuhiko Kobayashi, Koji Shirai |
| P42 | Radiation induced biological response in vivo and in vitro studied with microbeam irradiation facility | Xiaoyin Guo, Qingqing Li, Po Bian, Lijun Wu |
| P43 | Development of ASIPP single particle proton microbeam facility | Hang Yuan, Lianyun Chen, Furu Zhan, Lijun Wu |
| P44 | Need for new tools to understand the impact of nanoparticles on radiation enhancement effects | E. Porcel, S. Lacombe |
| P45 | Single Cell Irradiation System at the Wakasa Wan Energy Research Center | Masanori HATASHITA, Keiichi TAKAGI, Keisuke YASUDA, Satoshi HATORI |
| P46 | The effects of ionizing radiation on the plasma membrane of cells | Luis Fernando Spitta |
| P47 | The Application of Integrated Stochastic Spatial Temporal (ISST) Model in Radiation Risk Assessment: A case study on radiation induced bystander effect | Ruirui Liu, Higley Kathryn |