Medicinal Chemistry is a branch of chemistry that focuses on the study of chemical reactions and chemicals that are related to medical applications. Medicinal chemists are interested in understanding how chemical principles and chemicals are applied in areas such as drug manufacturing, biospecimen analysis, and medical diagnostics.

Fields of study of medicinal chemistry:

• Drug design: developing and improving drugs and chemical compounds that are used to treat various diseases.
• Biological sample analysis: Using medicinal chemistry techniques to analyze biological samples such as blood and urine to diagnose diseases and monitor treatment.
• Biochemistry: The study of the chemical reactions that occur within the body and how drugs affect these reactions.
• Pharmaceutical chemical analysis: The use of chemical analysis tools to determine the composition and purity of drugs and drugs.
• Clinical pharmacology: the study of the effects of drugs on individuals and drug interactions between different drugs.

Objectives of studying medicinal chemistry:

• New Drug Development: Developing and improving drugs that treat a variety of diseases based on a chemical understanding of biological interactions.
• Safety and effectiveness evaluation: Analyzing drugs to ensure their safety and effectiveness before using them in medical treatments.
• Biological interaction analysis: The study of how drugs interact with biological systems and how they affect the body.

Job opportunities for medicinal chemistry graduates:

• Pharmaceutical industries: work in the development and production of medicines and medicinal drugs.
• Medicinal chemical analysis: working in laboratories analyzing biospecimens and evaluating drugs.
• Academic research: working as a researcher or professor in the field of medicinal chemistry.
• Clinical Pharmacy: Collaborating with doctors to evaluate the effectiveness and safety of medications for patients.
• Pharmaceutical Marketing: Dealing with the marketing and promotion of new drugs.

Practical applications of medicinal chemistry:

• New Drug Design: Development and testing of new drugs to treat various diseases.
• Biospecimen analysis: The use of chemical techniques to analyze blood and urine samples to diagnose diseases.
• Improving manufacturing processes: developing drug production processes in accordance with health and quality standards.
• Research and Development: Working to modernize and develop chemical technologies to improve our understanding of diseases and their treatment.

The specialty of Medicinal Chemistry is one of the basics in the field of medical sciences and offers broad opportunities to work in various industries that deal with medicines and various medical treatments.