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Radioactivity / Bystander effect / Microbeam / Bystander / Ionizing radiation / Radiation therapy / Carcinogenesis / Radiosensitivity / Apoptosis / Medicine / Radiobiology / Health


J. Radiat. Res., 50: Suppl., A7-A12[removed]Advances in Radiobiological Studies Using a Microbeam Tom K. HEI1,2,3*, Leslie K. BALLAS2, David J. BRENNER1,3 and Charles R. GEARD1 Microbeam/3D human tissues/Arabidopsis/Byst
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Document Date: 2014-11-19 12:51:12

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City

L. A. / /

Company

Amundson S. A. / Lorimore S. A. / Cox / Mei / Marino S. A. / Suzuki / Mitchell S. A. / /

Country

United States / Columbia / /

Currency

pence / USD / /

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Facility

Columbia University / College of Physicians / /

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IndustryTerm

energy production / microbeam technology / proton energy / image processing / low linear energy transfer / junctional communications / concentric stainless steel rings / chemicals / /

MedicalCondition

cancer / glioma cells / colorectal cancer / individual glioma cells / carcinogenesis / glioma / glioma population / /

MedicalTreatment

radiotherapy / radiation / /

NaturalFeature

Microbeam Studies Bay / /

Organization

Center for Radiological Research / Mailman School of Public Health / Environmental Center / College of Physicians & Surgeons / Columbia University / New York / /

Person

Brenner / David J / Barry Michael / Stewart / V / Yu / /

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Position

paradigm shift *Corresponding author / D. J. / Professor / RT / /

Product

lindane / /

ProvinceOrState

New York / California / /

PublishedMedium

Cancer Research / Bystander / /

Technology

alpha / radiation / Gene amplification / Using microbeam technology / X-ray / gene expression / condensation / cell signaling / image processing / microbeam technology / Apoptosis / /

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http /

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