药物遗传学

Pharmacogenetics is the study of how genetic variations influence an individual's response to drugs.
药物遗传学是研究基因差异如何影响个体对药物反应的学科。
Through pharmacogenetics, doctors can identify which medications will be most effective and least harmful for a patient based on their genetic makeup.
通过药物遗传学，医生可以根据患者的基因构成识别出对他们最有效且副作用最小的药物。
The field of pharmacogenetics aims to personalize drug therapy by understanding the genetic factors that determine drug metabolism and response.
药物遗传学领域旨在通过理解决定药物代谢和反应的基因因素来实现个性化药物治疗。
In oncology, pharmacogenetics plays a crucial role in predicting whether a patient might experience severe side effects from chemotherapy drugs.
在肿瘤学中，药物遗传学在预测患者是否可能因化疗药物而经历严重副作用方面起着关键作用。
Researchers in pharmacogenetics are exploring the genetic basis for adverse drug reactions, seeking ways to minimize these events in clinical practice.
药物遗传学的研究者正在探索不良药物反应的遗传基础，寻求在临床实践中减少此类事件的方法。
Advances in pharmacogenetics have allowed physicians to optimize dosages for patients with specific genetic profiles, thereby reducing treatment failures and toxicity.
药物遗传学的进步使得医生能够针对具有特定基因特征的患者优化用药剂量，从而降低治疗失败率和毒性反应。
By applying pharmacogenetic principles, we can better predict which patients will benefit from certain antidepressants or require alternative treatments.
通过应用药物遗传学原理，我们可以更好地预测哪些患者将从某些抗抑郁药中获益或需要替代治疗。
Pharmacogenetics testing can help tailor pain management plans by identifying individuals who may not respond well to commonly prescribed opioids.
药物遗传学检测可以帮助定制疼痛管理方案，通过识别可能对常用阿片类药物反应不佳的个体。
The integration of pharmacogenetics into routine medical care has the potential to revolutionize healthcare by minimizing trial-and-error prescribing practices.
将药物遗传学融入常规医疗服务有可能通过最大限度地减少试错性处方实践，从而彻底改变医疗保健行业。
A key goal of pharmacogenetics research is to develop safer and more efficacious medications tailored to an individual's unique genetic makeup.
药物遗传学研究的一个关键目标是开发出更安全、更有效的药物，以适应个人独特的基因构成。