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所在平台: Udemy |
课程主页: https://www.udemy.com/course/complexity-tour-via-chemistry-pharmacology-toxicology-bridge/
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课程名称:通过化学-药理学-毒理学桥梁的复杂性探索 课程概述: 本课程的背景是20世纪在治疗传染病方面的显著进展。现代健康护理框架需要能够改善患者生活的治疗干预。然而,计算机科学和硬件与化学和分子生物学的重大进展为毒理学提供了强大的现代工具。毒性物质,尤其是那些以高度特异性作用的物质,通常通过与受体的结合发挥作用,这一现象与受体介导的毒性相关。 课程目标: 科学家通常从专利、文献和内部数据中收集数据。本课程的目标是探讨复杂性理论如何为医学化学、药理学和毒理学的现代研究提供见解,并为这些学科的学术教学提出未来展望。课程还将讨论科学家与药品生产领域如何将不同来源的数据联系起来,以分析药物研发过程中的复杂性。 课程问题: 课程结束后,我们需要更加主动地将化学内容与职业实践相结合。如何确定生活中的风险差异?我们是否需要医学技术的辅助来进行简单的区分?本课程将揭示复杂性理论在现代医疗中的应用,并探索医疗复杂性在医学化学、药理学和毒理学中的交汇点。 课程的重要性: 发现和发明者并不需要对于每一个项目进行微观管理,而是应该指导整体战略和努力。在接下来的内容中,课程将利用复杂性理论描述基本护理活动作为复杂适应系统,并探索复杂性理论在改善干预手段中的潜在价值。 方法与大纲: 主要护理活动被视为复杂适应系统,其具有遵循复杂性理论的优点。正确运用复杂性理论将有助于医护科学家和临床医生解决日常工作中的棘手问题。参与药物发现的医药化学家是跨学科团队的一部分。 讨论: 跨学科的教学是药房方案的目标之一,这也符合认证标准。近年来,医学化学作为一门多学科的科学,得到了进一步发展。利用合理的药理物质作为线索结构,将有助于优化药物研发的过程。 结果与结论: 强调立体手性原子和sp3杂化结构在药物筛选中的重要性。构建基于单分子结构的电子设备,以实现特定功能,成为分子电子学的关键目标。 未来工作与建议: 未来的研究可以更加有针对性地选择结构活性或更大化合物组合的子集。识别主要功能任务和监测其实用性能够有效评估干预的忠诚度,并在不同框架中有效复现程序。科学中心的临床同事参与研讨会,可以为实现全面的跨专业整合课程奠定基础。 关键词:复杂性探索;化学;药理学;毒理学;桥梁。
Background of the Course: The 20th century was actually one of marked advance in curing infectious ailments. Our new health care framework needs therapeutic interventions that develop the lives of patients. However, improvements in computer sciences branch and hardware integrated with equally considerable advances in chemistry and molecular biology are supplying Toxicology with a strong modern tool box. Toxic agents, especially those that do their works with a large deal of specificity, occasionally work via receptors where they bind with elevated affinity. This event related to receptor mediated toxicity.The Aim of Course: Usually, scientists collect data from various sources: patents, literature and, when obtainable, in-house information. It is a popular exercise in the pharmaceutical manufacture to present a few datasets concerning a goal of interest. Though medical chemistry has always become a multidisciplinary science, through the previous two decades it has conceivably been much more so. However, the present course will search how the rules of thick depiction, inter- disciplinary approaches like complexity theory-supply insights into modern tracks of looking at Medicinal Chemistry, Pharmacology and Toxicology all together and presents future views for having medical complexity concerning these disciplines in Academic Teaching.Course Questions: With the accomplishment of the reviewed curriculum, which confirms horizontal and vertical content combination, I realized the requirement to become more proactive in connecting content of chemistry to the exercise of the profession. We lose trust in our capability to contemplate right. What else is risky? Are we eligible to sketch the significance variations in our lifetimes, or do we demand the assistance of medicinal technology to manufacture even the easiest differentiations? In principle, the distraction opens up for a boundless escalation of potential dangers.Significance of the Course: It isn't actually that the discovers and inventors demand to perform all things hands-on-they don't demand to micromanage or govern every commercial spinoff or project. What they do demand to perform, anyway, is direct the overall strategy and effort.In the parts that follow, I'd like to summarize a course utilizing complexity theory that depicts essential care exercises as complex adaptive frameworks, by illustration the probable advantage of complexity theory in improving interventions to develop care, and proposes a various scene in perception their application. And thus far, having the possibility to supply visions that are helpful in instructing the design and application of (Medicinal Chemistry-Pharmacology-Toxicology) as a unique approach.Method and Outline: Primary care exercises have been depicted as complicated adaptive systems for the reason that they have merits adhering to the rules of complexity theory. Complexity theory, thinking and science will, as they improve and are correctly used, assist healthcare scientists and clinicians in treating with some of their ultimate intractable challenges in day-to-day exercise. Medicinal chemists who are involved in drug detection today, are section of interdisciplinary teams.Discussion: Interprofessional teaching is a target of whole pharmacy schemes, in side because it is anticipated by accreditation scales. Though medical chemistry has always become a multidisciplinary science, through the previous two decades it has conceivably been much more so. Beginning with a lead structure that already takes a place in passable physicochemical medication space will probably streamline the approach to both in vivo guide of notion and ultimately clinical candidate option.Results and Conclusion: Increasing the signification of stereogenic atoms and sp3-hybridized close to structures from trade sources, which shape the plurality of present screening groups, developed binding frequency and selectivity.The framework of electronic devices from single molecular building blocks, which has particular tasks like switching or rectifying and are connected via atomic-standard wires on a helping surface, is an important target of molecular electronics. Once a goal has been determined, the next stage in the medication invention pipeline is to improve a therapeutic that modifies the goal in a particular behavior.Future Work and Recommendation: Future surveys might also become more deliberate concerning selecting either structurally performer or various subsets from greater compound groups.Identifying primary functional missions or procedures and monitoring their application presents a means of estimating intervention fidelity, reproducing programs effectively in other frameworks, and in perception situations under which desirable variation or positive deviance arises.The involvement of clinical fellow workers in science-focused seminars may render as the initial move toward achieving a completely interprofessional and integrated curriculum, a target of whole pharmacy schemes.Key Words: Complexity Tour; Chemistry; Pharmacology; Toxicology; and Bridge.