autoradiography
发音：/??t??'r?d??g?fi/
英语范文：
Autoradiography is a technique used in medical imaging to study the structure and function of tissues. It involves exposing a sample to radiation and recording the radiation patterns that are absorbed or transmitted through the sample. This technique can be used to investigate the composition and organization of tissues, as well as the behavior of cells within the tissues.
在医学成像中， autoradiography 是一种用于研究组织结构和功能的技术。它涉及将样品暴露于辐射中，并记录通过样品吸收或传输的辐射模式。该技术可用于研究组织的组成和组织结构，以及细胞在组织中的行为。
Autoradiography is commonly used in studying the effects of radiation on cells and tissues. It can be used to investigate radiation damage to cells and tissues, as well as the response of cells to radiation treatment. This technique can also be used to study the effects of radiation on developmental processes, such as embryogenesis and cell differentiation.
autoradiography 通常用于研究辐射对细胞和组织的影响。它可以用于研究辐射对细胞和组织的损伤，以及细胞对辐射治疗的反应。这种技术还可以用于研究辐射对发育过程的影响，例如胚胎发生和细胞分化。
英语作文音标和基础释义：
Autoradiography 是一种医学成像技术，用于研究组织的结构和功能。它涉及将样品暴露于辐射中，并记录通过样品吸收或传输的辐射模式。autoradiography 常用于研究辐射对细胞和组织的影响，可以研究辐射对细胞和组织的损伤，以及细胞对辐射治疗的反应。此外，autoradiography 还可以用于研究辐射对发育过程的影响，例如胚胎发生和细胞分化。
以上是我对autoradiography 的基础释义和相关例句，希望对你有所帮助。
Autoradiography
Autoradiography is a technique that allows researchers to observe the radiation emitted by radioactive substances within a sample. It is commonly used in the field of biology and medicine to study the behavior of cells and tissues.
The process involves placing a sample inside a special container, which is then exposed to radiation. The radiation passes through the sample and is detected by a radiation detector, which generates an image of the sample. This image can then be used to study the behavior of cells or tissues within the sample.
Autoradiography has many advantages over other imaging techniques. It allows researchers to observe the entire sample at once, which is particularly useful for studying large tissues or whole organs. It also provides a high-resolution image of the sample, which can be used to identify subtle differences in cell behavior or tissue structure.
In addition, autoradiography can be used to study the effects of drugs or other substances on cells or tissues. By exposing cells or tissues to different substances and observing the resulting radiation patterns, researchers can identify which substances affect cells or tissues in which ways. This information can be used to develop new drugs or other therapeutic agents.
Overall, autoradiography is a powerful technique that has many applications in biology and medicine. It allows researchers to observe the behavior of cells and tissues in a non-invasive manner and has the potential to revolutionize the field of biomedical research.
autoradiography
Autoradiography is a technique used in radiology to observe the radiation patterns of radioactive substances in a sample. It involves placing the sample under a radiation source and recording the radiation patterns using a radiation detector. The resulting images can be used to identify the location and amount of radioactive substances in the sample.
In recent years, autoradiography has become increasingly important in the fields of medical imaging and environmental monitoring, where it is used to detect and quantify radioactive substances in tissues and environmental samples. It has also been used in the development of new radiation-based therapeutic methods, such as radiation therapy and radioimmunotherapy.
In this technique, the radiation detectors used are typically X-ray or gamma-ray detectors, which can be highly sensitive and provide high-resolution images. The images obtained can be used for diagnosis, treatment planning, and monitoring of radiation therapy.
In addition to its use in medical and environmental applications, autoradiography has also been used in the field of materials science to study the structure and composition of materials. This technique can be used to identify the presence of radioactive elements in materials, such as in nuclear waste disposal or in the production of radioactive materials.
Overall, autoradiography is a powerful technique that has opened up new possibilities for studying the radiation patterns of radioactive substances and for developing new radiation-based therapeutic methods. It has also contributed to the advancement of medical imaging and environmental monitoring.
范文：
Autoradiography: A Technique for Studying Radioactive Substances
Autoradiography is a valuable tool for studying radioactive substances. By placing a sample under a radiation source and recording the radiation patterns using a detector, this technique allows for the identification of radioactive substances in tissues and environmental samples.
The high sensitivity and high-resolution images provided by radiation detectors make autoradiography an ideal tool for medical imaging and environmental monitoring. Additionally, autoradiography has been used in materials science to study the structure and composition of materials, identifying radioactive elements such as those used in nuclear waste disposal or production of radioactive materials.
Autoradiography has opened up new possibilities for studying the radiation patterns of radioactive substances and for developing new radiation-based therapeutic methods. This technique has contributed to the advancement of medical imaging and environmental monitoring, making it an indispensable tool in today's scientific community.
