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Updated in [July 18th, 2023]
This course, Chemical Biology Pharmacology & Computational Toxicology, provides an overview of the background, aim, significance, method, discussion, results, conclusion, future work, and recommendation of the subject. It covers the expansion of Molecular Genetics, the need for accurate and predictive risk-assessment tactics, the Traditional Medicine Discovery process, the use of Bricolage Theory, the importance of intermolecular reciprocal actions, the combination of toxicological interest and molecular biology with computational science and mathematical modelling, the use of network biology to approach medication invention, and the use of exemplifications of molecular structure to predict the macroscopic merits of a substance. The course is designed to help students gain a better understanding of the impact of chemicals on individual health and to develop their perception of chemistry.
Course Syllabus
Introduction
Biological Network, Biology and Chemistry as Scope, Computational Toxicology
Biochemical Screening Paths and Computer-Aided Drug Design (CADD)
Fragment-Based Drug Discovery and Benefits of Utilizing Fragments
Pharmacological Sciences, Bricolage Theory Evolution, and Medication Research
Future Recommendation, and Conclusion
Curriculum of the Course, Whole Articles and Resources in the Course
Bonus Lecture
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