teratology
简明释义
英[ˌterəˈtɒlədʒi]美[ˌterəˈtɑːlədʒi]
n. [胚] 畸形学;怪异研究
英英释义
The study of abnormal forms or structures in organisms, particularly in relation to developmental anomalies. | 研究生物体中异常形态或结构的学科,特别是与发育异常相关的研究。 |
单词用法
畸形学研究 | |
畸形学领域 | |
畸形学研究 | |
畸形学与胚胎学 |
同义词
反义词
正常 | The doctor confirmed the normalcy of the baby's development. | 医生确认了宝宝发育的正常性。 | |
健康 | 保持良好的健康对长寿至关重要。 |
例句
1.Safety:Belli is the only company in the world to perform teratology screening of our ingredients to help guard against birth defects.
产品简介:Belli是全球唯一在进行预防和防治先天畸形及先天缺陷的公司。
2.The data come from the Organization of Teratology Information Specialists (OTIS), a North American registry of university-based pregnancy risk counseling services.
研究资料来自畸胎信息专科医师组织(OT IS),一个以北美大学为主的妊娠风险谘商服务机构。
3.The data come from the Organization of Teratology Information Specialists (OTIS), a North American registry of university-based pregnancy risk counseling services.
研究资料来自畸胎信息专科医师组织(OT IS),一个以北美大学为主的妊娠风险谘商服务机构。
4.Researchers in teratology often analyze how certain drugs can lead to birth defects.
在畸形学领域的研究人员常常分析某些药物如何导致出生缺陷。
5.The field of teratology studies the effects of environmental factors on fetal development.
领域的畸形学研究环境因素对胎儿发育的影响。
6.Understanding teratology is crucial for developing safe prenatal care guidelines.
理解畸形学对制定安全的产前护理指南至关重要。
7.Medical professionals must be aware of teratology when prescribing medications to pregnant women.
医疗专业人员在给孕妇开药时必须了解畸形学。
8.The study of teratology has revealed many insights into genetic disorders.
对畸形学的研究揭示了许多关于遗传疾病的见解。
作文
Teratology is a fascinating field of study that focuses on the abnormalities and developmental defects in organisms, particularly during the prenatal stage. The term derives from the Greek words 'teras', meaning monster, and 'logos', meaning study. Therefore, teratology (畸形学) essentially translates to the study of monsters or malformations. This discipline plays a crucial role in understanding how various factors can influence the development of an embryo and lead to congenital anomalies.One of the primary areas of interest in teratology (畸形学) is the identification of teratogens, which are substances that can cause birth defects when a fetus is exposed to them. Teratogens can be environmental agents, such as chemicals, drugs, or infections, and they can significantly impact fetal development. For instance, alcohol consumption during pregnancy can lead to fetal alcohol syndrome, characterized by physical and cognitive impairments in the child. Similarly, exposure to certain medications or infections like rubella can result in severe congenital disabilities.Research in teratology (畸形学) has provided valuable insights into the critical periods of development when the fetus is most susceptible to teratogenic effects. Understanding these windows of vulnerability is essential for healthcare providers and expectant mothers, as it can guide decisions regarding lifestyle choices and medication use during pregnancy. For example, avoiding certain medications during the first trimester can greatly reduce the risk of developmental issues.Another important aspect of teratology (畸形学) is its contribution to genetic counseling. By studying the patterns of congenital anomalies, researchers can identify potential genetic factors that may predispose individuals to specific birth defects. This information can be invaluable for families with a history of genetic disorders, as it allows them to make informed decisions about family planning and prenatal testing.Moreover, teratology (畸形学) intersects with various other scientific fields, including genetics, pharmacology, and epidemiology. Collaborative research efforts among these disciplines have led to a better understanding of how genetic mutations and environmental exposures interact to influence fetal development. For example, some studies suggest that certain genetic predispositions can amplify the effects of environmental teratogens, leading to more severe outcomes.In conclusion, teratology (畸形学) is a vital area of research that sheds light on the complexities of embryonic development and the factors that can lead to congenital anomalies. Its implications extend beyond the laboratory, impacting public health policies, prenatal care practices, and the lives of countless families. As we continue to explore the intricacies of human development, the insights gained from teratology (畸形学) will undoubtedly play a significant role in improving maternal and child health outcomes worldwide.