Abstract
This project is designed to be theoretical, with limited experimental input. The work then would have to be directed towards an identification of problems, with an emphasis on the potential ability of molecular/biochemical methods to reach a solution, rather than aiming at solutions of the problems. In addition, the work is dependent on experimental work within parallel projects. Initially, projects running at this laboratory were strongly tied up with practical matters, such as the development of monitoring methods for specific exposures, with limited resources for basic research. As sketched in the scientific report below, section 4 the meaningfulness of molecular/biochemical methods and their potential contribution to the problem of dsk estimation has to be seen against a broad overview of this problem and current efforts to solve it. This overview, given as a brief summary in section 3, shows the necessity of combining different fields of research, holding them together by strictly quantitative aspects.
Citation Formats
Ehrenberg, L, and Granath, F.
Basic theory and methods of dosimetry for use in risk assessment of genotoxic chemicals.
Sweden: N. p.,
1992.
Web.
Ehrenberg, L, & Granath, F.
Basic theory and methods of dosimetry for use in risk assessment of genotoxic chemicals.
Sweden.
Ehrenberg, L, and Granath, F.
1992.
"Basic theory and methods of dosimetry for use in risk assessment of genotoxic chemicals."
Sweden.
@misc{etde_7062424,
title = {Basic theory and methods of dosimetry for use in risk assessment of genotoxic chemicals}
author = {Ehrenberg, L, and Granath, F}
abstractNote = {This project is designed to be theoretical, with limited experimental input. The work then would have to be directed towards an identification of problems, with an emphasis on the potential ability of molecular/biochemical methods to reach a solution, rather than aiming at solutions of the problems. In addition, the work is dependent on experimental work within parallel projects. Initially, projects running at this laboratory were strongly tied up with practical matters, such as the development of monitoring methods for specific exposures, with limited resources for basic research. As sketched in the scientific report below, section 4 the meaningfulness of molecular/biochemical methods and their potential contribution to the problem of dsk estimation has to be seen against a broad overview of this problem and current efforts to solve it. This overview, given as a brief summary in section 3, shows the necessity of combining different fields of research, holding them together by strictly quantitative aspects.}
place = {Sweden}
year = {1992}
month = {Jan}
}
title = {Basic theory and methods of dosimetry for use in risk assessment of genotoxic chemicals}
author = {Ehrenberg, L, and Granath, F}
abstractNote = {This project is designed to be theoretical, with limited experimental input. The work then would have to be directed towards an identification of problems, with an emphasis on the potential ability of molecular/biochemical methods to reach a solution, rather than aiming at solutions of the problems. In addition, the work is dependent on experimental work within parallel projects. Initially, projects running at this laboratory were strongly tied up with practical matters, such as the development of monitoring methods for specific exposures, with limited resources for basic research. As sketched in the scientific report below, section 4 the meaningfulness of molecular/biochemical methods and their potential contribution to the problem of dsk estimation has to be seen against a broad overview of this problem and current efforts to solve it. This overview, given as a brief summary in section 3, shows the necessity of combining different fields of research, holding them together by strictly quantitative aspects.}
place = {Sweden}
year = {1992}
month = {Jan}
}