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Radiation-Induced Effects with Particular Emphasis on Genetics, Development, Teratology, Cognition..
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2 week course on “Radiation-induced effects with particular emphasis on genetics, development, teratology, cognition as well as space-related health issues” at SCK-CEN, Mol, Belgium (March 9-20 2015)

3/9/2015 to 3/20/2015
When: 3/9/2015

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Radiation-induced effects with particular emphasis on genetics, development, teratology, cognition as well as space-related health issues

Introduction

DoReMi (www.doremi-noe.net) is a Euratom-funded  Network of Excellence set up to promote and integrate European research into the risks of exposure to low doses of ionising radiation. In addition, DoReMi facilitates and promotes training and education in support of the research programme within the project, and also makes more widely available training opportunities in order to help attract top-level students into the field.

As part of this initiative, a short course of two week duration on "Radiation-induced effects with particular emphasis on genetics, development, teratology, cognition as well as space-related health issues" is organized by the Belgian Nuclear Research Centre. It is open to postgraduate students and researchers working in the European Union, who are interested in radiation research.

Objective

The objective of this course is to provide a comprehensive summary of the biological effects of low and intermediate radiation doses, with particular emphasis on developmental effects caused by an irradiation of either the parental germ cells (hereditary effects) or the embryo at the various developmental stages. Beside hereditary and embryonic effects, a second and important part of the course will consist in an overview of the recent and current research performed at SCK•CEN in the field of oncology, including a large-scale epidemiological study of cancer incidence and mortality among nuclear workers (in collaboration with IARC and WHO) and an introduction to new technologies for cancer treatment such as hadrontherapy or nanobody-based molecular radionuclide therapy. As SCK•CEN is also much involved in space biology programmes, a third part of the course will be devoted to the various aspects covered by this research, from space radiation and dosimetry to space health effects or the control and use of microbes to support human life in space. These three main parts of the course will be completed with an introduction to the international advisory bodies (UNSCEAR and ICRP) as well as with other aspects of the research performed at the SCK•CEN in the field of "non-cancer effects" of ionizing radiation or in radioecology. The lectures will be accompanied by a number of practical lessons and tutorials in the fields of developmental biology and molecular biology.

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