The blooming use of ionizing radiation in industry, research, agriculture, medicine and nuclear industry increases the risk of overexposure for radiation workers as well as members of the public. Ionizing radiation is a strong clastogen, causing chromosome breakage, and resulting in cytogenetic aberrations in exposed cells. Cytogenetic analysis of human blood lymphocytes has been widely used as the biological technique for quantifying radiation dose in man. In the investigation of radiation accident, it is important to estimate the dose absorbed by the exposed person in order for the attending medical doctor to plan for their therapy. This paper reviews the current status on cytogenetic biodosimetry methods for radiation dose assessment. AB...
Biological dosimetry, based on the study of chromosomal aberrations, has become a routine component ...
Introduction: Cytogenetic monitoring in humans suggests that chronic exposure of the organism to var...
The study of ionising radiation has systematically relied on cytogenetic indicators to evaluate the ...
The blooming use of ionizing radiation in industry, research, agriculture, medicine and nuclear indu...
1. Background Radiation is essential in modern life, and demand for electricity is growing in th...
Abstract. Human risk assessments at the low doses, and low dose rates and high doses following acute...
Exposure to ionizing radiations, whether medical, occupational or accidental, leads to deleterious b...
The amounts of radiation exposure received by radiation workers are monitored generally by physical ...
CYTOGENETIC BIOLOGICAL DOSIMETRY IN THE LIQUIDATORS OF CHERNOBYLACCIDENT. When human body exposes ...
Biological dosimetry (biodosimetry) is based on investigations of induced biological effects (biomar...
A large number of physical and chemical agents are capable to course chromosomal aberrations. Ionizi...
Cytological biodosimetry methodology has been widely used for determining and estimating the precise...
The dose assessment of unpredicted exposure to radiation is essential for the setting of medical car...
A large number of physical and chemical agents are capable to course chromosomal aberra-tions. Ioniz...
It seems that the determination of peripheral lymphocyte chriomosome aberration levels is now firmly...
Biological dosimetry, based on the study of chromosomal aberrations, has become a routine component ...
Introduction: Cytogenetic monitoring in humans suggests that chronic exposure of the organism to var...
The study of ionising radiation has systematically relied on cytogenetic indicators to evaluate the ...
The blooming use of ionizing radiation in industry, research, agriculture, medicine and nuclear indu...
1. Background Radiation is essential in modern life, and demand for electricity is growing in th...
Abstract. Human risk assessments at the low doses, and low dose rates and high doses following acute...
Exposure to ionizing radiations, whether medical, occupational or accidental, leads to deleterious b...
The amounts of radiation exposure received by radiation workers are monitored generally by physical ...
CYTOGENETIC BIOLOGICAL DOSIMETRY IN THE LIQUIDATORS OF CHERNOBYLACCIDENT. When human body exposes ...
Biological dosimetry (biodosimetry) is based on investigations of induced biological effects (biomar...
A large number of physical and chemical agents are capable to course chromosomal aberrations. Ionizi...
Cytological biodosimetry methodology has been widely used for determining and estimating the precise...
The dose assessment of unpredicted exposure to radiation is essential for the setting of medical car...
A large number of physical and chemical agents are capable to course chromosomal aberra-tions. Ioniz...
It seems that the determination of peripheral lymphocyte chriomosome aberration levels is now firmly...
Biological dosimetry, based on the study of chromosomal aberrations, has become a routine component ...
Introduction: Cytogenetic monitoring in humans suggests that chronic exposure of the organism to var...
The study of ionising radiation has systematically relied on cytogenetic indicators to evaluate the ...