Since the dawn of humanity, mankind has sought means to alleviate the suffering of the ill and cure diseases. From extracting substances from natural sources to developing advanced technologies, this pursuit has been a central pillar in the evolution of modern medicine and the establishment of the global pharmaceutical industry, which today generates billions of dollars.

This comprehensive course offers a unique insight into the world of pharmaceuticals from a molecular-chemical perspective. After characterizing and investigating various molecular components, we will focus on the fundamental question – what mechanism transforms a chemical compound into a pharmaceutical agent? We will define the differences between synthetic and natural drugs, present examples of medicinal plants, and understand the relevant extraction processes.

In the main section, we will review the primary groups of synthetic drugs based on their therapeutic effects. We will explore the molecular structures and specific mechanisms of action of selected drugs, emphasizing pharmacological and pharmacokinetic aspects. We will trace the "drug pathway" in the body, discuss desired dosages and potential side effects, and examine the body's impact on the drug itself.

Towards the end of the course, we will follow research and development laboratories and gain preliminary insight into the processes of discovering and developing both new and generic drugs.

This multidisciplinary course will integratively combine cutting-edge knowledge from the fields of chemistry, biology, and medicine, aiming to provide a deep understanding of the molecular foundation and mechanisms underlying drug therapy, which serves as a central component in modern medical practice.

* The course material will be tailored to the age of the learners.