radiation biology

Dose and dose rate effectiveness factor in radiation biology

放射生物学中的剂量、剂量率效应因子

Follow-up courses are mainly radiation biology .

后续课程主要有放射生物学。

Electromagnetic Radiation Biology Effect and Safety Standard

电磁生物效应及安全防护标准

Effects of bacterial protective liquid on radiation biology effect of mouse bone marrow cells

细菌防护液对~（60）Coγ射线照射小鼠骨髓细胞生物学效应的影响

Advances in mitochondrial DNA and its applicative research in radiation biology

线粒体基因组及其在辐射生物学中的研究进展

Preliminary Studies on the Radiation Biology Effect of Molluscs

贝类辐射生物学效应的初步研究

Radiation biology and dosimetry of moving strip technique

移动条野技术的放射生物学和剂量学基础及改进

Development Trend of Radiation Biology Research-Systems Radiation Biology

辐射生物学研究发展的趋势&系统辐射生物学

Radiobiology ( or radiation biology ) seeks answers to these questions .

放射生物学所研究的就是这些问题。

With the development of radiation biology , much progress has been made in recent years in non-conventional fractionation radiotherapy for cancer .

近几年随着放射生物学的发展，非常规分割放射治疗进步很大。

In radiation biology and radiation medicine , DNA and RNA is the major target of ionizing radiation induced cell killing or transformation .

在辐射生物学和放射医学中，DNA和RNA是电离辐射引致细胞杀伤或转化的主要靶分子。

Studies on radiation biology has indicated that we can detect the DNA injury by SCGE in mammal cells such as sperm cell , tumor cell and lymphocyte after radiation .

放射生物学研究表明，该技术可用于检测精子细胞、肿瘤细胞和淋巴细胞等哺乳动物细胞受照后的DNA损伤。

The paper gives a review on features of telomeres with particular emphasis on a correlation between telomeres and organism sensitivity to ionizing radiations and their potential importance in radiation biology .

本工作回顾了端粒的基本特征并特别强调端粒与有机体辐射敏感性的关系及其在放射生物学中的潜在重要性。

Background and objective Owing to the limitation of monolayer tumour cells or transplanted tumor in radiation biology , multicellular spheroid ( MTS ) as a model of entity tumor had a wide range of application .

背景与目的放射生物学试验时单层细胞或移植瘤均存在不同程度的局限性，而多细胞球体（multicellularspheroid，MTS）作为实体瘤的模型应用较多。

Enhanced UV-B radiation on biology and ecology system is the focus in biology science .

紫外线-B辐射增强对生物和生态系统的影响是目前科学研究的热点之一。

Surface Sunny Ultraviolet Radiation and Biology Effect

太阳紫外线辐射及其生物效应

The mechanical studies of radiation chemistry and radiation biology by use of pulse radiolysis and laser flash photolysis

脉冲辐解和激光光解时间分辨吸收在辐射（光）化学和辐射生物学机理研究中的应用

The high strength microwave radiation can produce a biology effect to the machine body and result in various injuries , and the effect included heat effect and not hot effect .

高强度微波辐射可对机体产生生物学效应，造成多脏器系统的损伤。微波照射机体时可穿透组织，产生热效应和非热效应。

In the new century , with the development of radiation physics , radiation biology , clinical oncology , medical imaging and other related disciplines , radiation therapy technology has undergone tremendous changed .

进入新世纪以来，随着放射物理学、放射生物学、临床肿瘤学和医学影像学等相关学科的发展，放射治疗技术领域发生了巨大变革。

In theory , the objects from the graduate students in molecular and cellular levels of ionizing radiation damage is the basis of radiation biology and radiation medicine , involves an important frontier of nuclear physics , medicine , chemical and biological interdisciplinary .

在理论上，从分子和细胞水平上研究生物体的电离辐射损伤是辐射生物学与放射医学的基础，是涉及原子核物理、医学、化学和生物等学科交叉的一个重要的前沿领域。

Roles of radiation chemistry in development and research of radiation biology

辐射化学在辐射生物学发展和研究中的作用

To illuminate the molecular mechanism of radiation carcinogenesis is the key point of oncology , radiation biology and preventive medicine .

在基因水平阐明辐射生物学效应的机理，是放射生物学、肿瘤学、预防医学与辐射防护学研究的重点。

This article outlines the recent development of application research in human health by means of nuclear and radiation techniques , mainly including nuclear medicine , applied radiation biology and radiotherapy , dosimetry and medical radiation physics , nutritional and health-related environmental studies .

概要介绍IAEA近年来组织开展的核与辐射技术在人类健康领域应用研究的进展，主要内容包括核医学、应用辐射生物学与放射治疗、剂量学和医用辐射物理、营养和健康相关环境研究等方面。

Absorbed dose is directly related to product quality control in the radiation processing field , and success or failure of radiotherapy in nuclear medicine , radiation biology fields .

吸收剂量在辐射加工领域中直接关系到产品的质量控制，在核医学、辐射生物学中直接关系到放疗的成败。

Radiation resistance of hypoxic tumor cells is one of the key points in radiation oncology and biology .

肿瘤乏氧细胞的放射抗拒性问题一直是放射肿瘤学和放射生物学研究的重点之一。

The paper summarizes research progresses on mtDNA in the field of radiosensitivity , radiation dose-effect relation - ship , radiation-induced mutation and carcinogenesis in recent years . Prospective application of mtDNA in radiation biology is also outlined .

综述了近年来线粒体DNA与辐射敏感性、辐射剂量效应关系、辐射致突变以及肿瘤等领域的探索性研究，并就线粒体DNA研究技术在辐射生物学领域的应用前景进行阐述。