residual affinity

简明释义

剩余亲合势

英英释义

例句

1.The study highlighted the importance of residual affinity in predicting long-term therapeutic effects.

该研究强调了残余亲和力在预测长期治疗效果中的重要性。

2.In the context of enzyme kinetics, understanding the residual affinity can help improve drug design.

在酶动力学的背景下，理解残余亲和力可以帮助改善药物设计。

3.After treatment, the patient still exhibited residual affinity for the medication, indicating potential side effects.

治疗后，患者仍然表现出对药物的残余亲和力，这表明可能存在副作用。

4.The drug showed a strong residual affinity for the target receptor even after the initial binding was reversed.

该药物在初始结合被逆转后，仍然对目标受体表现出强烈的残余亲和力。

5.Researchers are investigating the residual affinity of antibodies in patients who have recovered from COVID-19.

研究人员正在调查从COVID-19康复的患者体内抗体的残余亲和力。

作文

In the field of chemistry and biology, the term residual affinity refers to the remaining attraction or bonding capability that a molecule has after it has already interacted with another substance. This concept is crucial in understanding how molecules behave in various environments, particularly in drug design and biochemistry. For example, when a drug is administered to the body, it often binds to specific receptors to produce its desired effect. However, once the drug has acted, there may still be a residual affinity for those receptors, which can lead to prolonged effects or side effects. Understanding residual affinity is essential for scientists and researchers who aim to develop new medications with fewer side effects. By studying the residual affinity of different compounds, they can predict how long a drug will remain active in the body and how strongly it will bind to its target. This knowledge can help in designing drugs that have a more controlled release and reduced toxicity.Moreover, residual affinity is not only relevant in pharmacology but also in other areas such as environmental science and materials engineering. In these fields, the concept helps in understanding how pollutants interact with natural substances or synthetic materials. For instance, when an oil spill occurs, the residual affinity of oil molecules for water can impact how quickly and effectively the spill can be cleaned up. If the oil has a strong residual affinity for water, it may be more challenging to remove, leading to longer-lasting environmental damage.Additionally, the idea of residual affinity can be applied metaphorically to human relationships and social dynamics. Just as molecules can retain a certain attraction even after an interaction, people can also experience lingering feelings or attachments after a relationship ends. This emotional residual affinity can influence future interactions and relationships, making it important to understand and address these feelings for personal growth and healing.In conclusion, the concept of residual affinity is multifaceted and extends beyond its scientific origins. It serves as a vital component in various fields, including chemistry, pharmacology, environmental science, and even psychology. By recognizing the implications of residual affinity, we can better understand the complexities of interactions, whether they occur at the molecular level or within our personal lives. As research continues to evolve, the importance of this concept will undoubtedly grow, leading to innovative solutions and deeper insights into both scientific and human experiences.

在化学和生物学领域，短语residual affinity指的是分子在与其他物质相互作用后仍然保留的吸引力或结合能力。这个概念对于理解分子在各种环境中的行为至关重要，特别是在药物设计和生物化学中。例如，当药物被施用于身体时，它通常会与特定受体结合以产生预期效果。然而，一旦药物发挥作用，可能仍会对这些受体存在residual affinity，这可能导致持续的效果或副作用。理解residual affinity对于科学家和研究人员开发副作用较少的新药物至关重要。通过研究不同化合物的residual affinity，他们可以预测药物在体内保持活性多久以及与其靶标结合的强度。这一知识可以帮助设计具有更可控释放和降低毒性的药物。此外，residual affinity不仅在药理学中相关，在环境科学和材料工程等其他领域也同样重要。在这些领域，这个概念有助于理解污染物如何与自然物质或合成材料相互作用。例如，当发生石油泄漏时，油分子对水的residual affinity可能影响清理泄漏的速度和有效性。如果油对水具有强烈的residual affinity，那么去除它可能会更加困难，从而导致更持久的环境损害。此外，residual affinity的概念还可以隐喻地应用于人际关系和社会动态。正如分子在相互作用后可以保留一定的吸引力一样，人们在关系结束后也可能会经历挥之不去的情感或依恋。这种情感的residual affinity可以影响未来的互动和关系，因此理解和解决这些情感对于个人成长和治愈至关重要。总之，residual affinity的概念是多面的，超越了其科学起源。它作为化学、药理学、环境科学甚至心理学等多个领域的重要组成部分。通过认识到residual affinity的影响，我们可以更好地理解互动的复杂性，无论它们发生在分子层面还是我们个人生活中。随着研究的不断发展，这一概念的重要性无疑会不断增长，带来创新的解决方案和对科学与人类经验的更深入见解。