For short term study we will use Biodosimetry technique. In this technique the instruments catch
radiation through using of biological markers. This technique is very accurate and quantitative.
Generally we use fluorescence situ hybridization (FISH) and electron paramagnetic resonance
(EPR) methods to identify radiation and its level. To find whether the germ cells have radiation
or not, we take sample of sperm or ova and observe under fluorescence microscope for FISH. To
find radiation in somatic cells we use EPR method. The both methods use biological markers.
For long term effects we have to go for inheritance of mutations through generations. We have to
isolate a population of interbreeding and find out the level of radiations though using FISH
technique. The somatic cells do not inherit but mutations through generations may effect
phenotypically which is countable by paramagnetic resonance (EPR) technique.
Solution
For short term study we will use Biodosimetry technique. In this technique the instruments catch
radiation through using of biological markers. This technique is very accurate and quantitative.
Generally we use fluorescence situ hybridization (FISH) and electron paramagnetic resonance
(EPR) methods to identify radiation and its level. To find whether the germ cells have radiation
or not, we take sample of sperm or ova and observe under fluorescence microscope for FISH. To
find radiation in somatic cells we use EPR method. The both methods use biological markers.
For long term effects we have to go for inheritance of mutations through generations. We have to
isolate a population of interbreeding and find out the level of radiations though using FISH
technique. The somatic cells do not inherit but mutations through generations may effect
phenotypically which is countable by paramagnetic resonance (EPR) technique..
For short term study we will use Biodosimetry technique. In this tec.pdf
1. For short term study we will use Biodosimetry technique. In this technique the instruments catch
radiation through using of biological markers. This technique is very accurate and quantitative.
Generally we use fluorescence situ hybridization (FISH) and electron paramagnetic resonance
(EPR) methods to identify radiation and its level. To find whether the germ cells have radiation
or not, we take sample of sperm or ova and observe under fluorescence microscope for FISH. To
find radiation in somatic cells we use EPR method. The both methods use biological markers.
For long term effects we have to go for inheritance of mutations through generations. We have to
isolate a population of interbreeding and find out the level of radiations though using FISH
technique. The somatic cells do not inherit but mutations through generations may effect
phenotypically which is countable by paramagnetic resonance (EPR) technique.
Solution
For short term study we will use Biodosimetry technique. In this technique the instruments catch
radiation through using of biological markers. This technique is very accurate and quantitative.
Generally we use fluorescence situ hybridization (FISH) and electron paramagnetic resonance
(EPR) methods to identify radiation and its level. To find whether the germ cells have radiation
or not, we take sample of sperm or ova and observe under fluorescence microscope for FISH. To
find radiation in somatic cells we use EPR method. The both methods use biological markers.
For long term effects we have to go for inheritance of mutations through generations. We have to
isolate a population of interbreeding and find out the level of radiations though using FISH
technique. The somatic cells do not inherit but mutations through generations may effect
phenotypically which is countable by paramagnetic resonance (EPR) technique.
