- What are electromagnetic fields?
- Static and low-frequency fields
- What are static and low-frequency fields?
- Direct and alternating voltage
- Effects of static and low-frequency fields
- Reports & Evaluations
- Radiation protection relating to the expansion of the national grid
- Basics transfer of electrical power
- High-frequency fields
- What are high-frequency fields?
- Applications high-frequency fields
- Radiation protection in mobile communication
- What is mobile communication?
- Reports and evaluations
- What is optical radiation?
- UV radiation
- What is UV radiation?
- Sun but safe!
- Effects of UV radiation
- Protection against UV radiation
- UV index
- Infrared radiation
- What is ionising radiation?
- Radioactivity in the environment
- Where does radioactivity occur in the environment?
- What is the level of natural radiation exposure in Germany?
- Air, soil and water
- Building materials
- Industrial residues (NORM)
- BfS laboratories
- Applications in medicine
- Applications in daily life and in technology
- Radioactive radiation sources in Germany
- Register high-level radioactive radiation sources
- Type approval procedure pursuant to RöV and StrlSchV
- Cabin luggage security checks
- Radioactive materials in watches
- Ionisation smoke detectors (ISM)
- What are the effects of radiation?
- Acute radiation damage
- Effects of selected radioactive materials
- Consequences of a radiation accident
- Cancer and leukaemia
- Genetic radiation effects
- Individual radiosensitivity
- Epidemiology of radiation-induced diseases
- Ionising radiation: positive effects?
- Risk estimation and assessment
- Radiation protection
- Basic informations
- Occupational radiation protection
- Nuclear accident management
- What happens in an emergency?
- Federal and state tasks
- In the event of an emergency
- Measuring networks
- Exercises for emergency situations
- Nuclear accidents
- Defence against nuclear hazards
- Service offers
- Radon measurements
- Incorporation monitoring
- Biological dosimetry
- About us
- Science and research
- Research concept
- Scientific collaborations
- EU research framework programme
- BfS research programme
- Third-party funded research
- Departmental research
- Selected research projects
- Selected research results
- Professional opinions
- Laws and regulations
- BfS Topics in the Bundestag
Prospective cohort study of residents near the Semipalatinsk nuclear test site – feasibility assessment (SEMI-NUC)
BfS was a partner in the EU founded project SEMI-NUC running from 2013 to 2016, co-ordinated by the International Agency for Research on Cancer (IARC), France. The objective was to evaluate possibilities for advanced studies on the health effects of nuclear bomb testing in Kazakhstan.
The former Soviet Union’s Semipalatinsk test site covers an area of 18,500 km2 and is named after the city of Semipalatinsk, which is located approximately 150 km east of the test site. The Soviet Union’s first nuclear test was conducted here on August 29, 1949. During the following 40 years, 456 nuclear explosions were carried out, including 111 atmospheric events until 1963. After the onset of the Limited Test Ban Treaty signed in 1963, the tests were restricted to underground shafts and tunnels so that, with a few exceptions, little or no off-site environmental contamination was caused.
The health effects of exposures to fallout from Soviet nuclear weapons testing for the residents living near by the Semipalatinsk nuclear test site in Kazakhstan have been investigated in different studies (Grosche et al. 2015) among them a cohort study in which BfS was involved. This cohort was established in 1963 by today’s Scientific Research Institute of Radiation Medicine and Ecology (NIIRME), Kazakhstan and is called "historical cohort". The most recent analysis was published in 2011 where the relationship between mortality from cardiovascular diseases and radiation exposure from the fall-out was assessed (Grosche et al. 2011). The historical cohort is part of a comprehensive registry with 145,306 persons affected by the nuclear tests and their offspring.
Additionally, a new cohort was established as result of collaboration between Japanese and Kazakh organisations during 2001-2009. To date, there are no results published in the open literature.
The SEMI-NUC project, aimed at investigating the feasibility of setting up a united cohort of residents around the Semipalatinsk site, including preparation for prospective follow-up. The above mentioned register encompasses not only the historical cohort, but also parts of the new cohort. The main difference between the databases is the choice of control regions. The register is well-maintained and regularly updated. Thus, it has the potential for future prospective epidemiological research on the association between radiation and cardiovascular diseases as well as cancer. Record linkage of the databases was tested with test cases and found to be feasible, however, only with intensive work.
A joint approach for individual dose reconstruction was defined. Further, it was identified to what extent biological material (e.g., blood samples) from cohort members is available and can be used for radiobiological research.
With this project, BfS continued its long involvement in Semipalatinsk related studies as a part of an international network on health effects due to Soviet nuclear testing.
State of 2017.10.04