Specific absorption rate for whole body exposure of children
Individual radiosensitivity in lung cancer families
Determination of the RBE for neutrons
Influence of human factors on the findings of non-destructive material testing
Assessment of the possibility of undetected progress of material damage in pressurised components
Risk communication related to low-frequency fields
Molecular parameters of radiosensitivity
Dosimetry with electronic dosemeters
Magnetic fields caused by electric and hybrid drive concepts
Interne Radiodekontamination von Personen
Risks of electromagnetic fields in the view of German general practitioners
Investigations of a site intended as repository, including an international comparison
Molecular biomarkers of cellular and clinical radiosensitivity
Additional analysis of the QUEBEB-Study
Growth of breast cancer cell lines under magnetic field influence
Reliability enhancement of RODOS results for a BWR NPP
Determination of WiMAX Exposure
Cohort study of cancer incidence among children
Representativeness of nuclide vectors in clearance measurements
Survey of statistical data of dental X-ray examinations on children
Investigations of the biokinetics of zirconium and ruthenium isotopes as well as of lanthanides
Round robin test for clearance measurements
Risk communication in the UV domain
Further development of the input parameters of LASAIR - 3607S04553
Personal electronic dosemeters for official individual monitoring in Germany
Influence of high-frequency electromagnetic fields of mobile communication on the metabolic rate
Epidemiological study on childhood cancer (KiKK)
BMU-Schriftenreihe

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Investigations on genetic factors of individual radiosensitivity in lung cancer families - 3605S04454

BFS-RESFOR 24/09
urn:nbn:de:0221-2009100619

Summary

Aim of the research project  was the investigation on heritability of radiation sensitivity in families and the association between various genetic polymorphisms in DNA (deoxyribonucleic acid)-repair genes with extended radiation sensitivity. Additionally, lymphoblastoid cell lines of the investigated families were generated from isolated lymphozytes of the families investigated to create a biobank. In the case-control- as well as in the family study we found several genes of the BER- (Base Excision Repair) and the NHEJ-repair pathway (Non Homologous End Joining) significantly associated with lung cancer and DNA repair capacity after in vitro irradiation, respectively. A heritability of more than 70% was found for the basic DNA damage, an indicator for radiation sensitivity and for the DNA damage immediately after the experimental irradiation.

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