Conclusion The analysis of chromosomal aberrations is an extremely reliable method in biological dosimetry.
结论染色体畸变分析是非常可靠的生物剂量估算方法。
Objective To explore the feasibility of alkaline single cell gel electrophoresis (SCGE) in biological dosimetry of ionizing radiation.
目的初步探索碱性单细胞凝胶电泳(SCGE)方法用于电离辐射生物剂量估算的可行性。
SCGE reveals a great future in study of radiation biological dosimetry and has more ad-vantage than the other traditional methods, particularly at the early stage after radiation.
尤其在照后早期，较其他传统生物剂量学技术具有明显优势，用于放射生物剂量学研究将有良好前景。
Chromosome analysis is an important and difficult task in clinical diagnosis, mutagen dosimetry and biological research.
引言染色体分析是临床诊断、诱变因素剂量学和生物学研究的一个重要而困难的任务。
Objective: To establish methods of measurement and evaluation of the characteristics of pulsed microwave radiation field, and provide basic data for researches on dosimetry and biological effects.
目的：建立脉冲微波辐射场特性参数的检测与评价方法，为剂量学和生物效应研究提供基础数据。
Objective: To establish methods of measurement and evaluation of the characteristics of pulsed microwave radiation field, and provide basic data for researches on dosimetry and biological effects.
目的：建立脉冲微波辐射场特性参数的检测与评价方法，为剂量学和生物效应研究提供基础数据。
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