Post-graduation in Pharmacy

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• Multidisciplinary: Integrates chemistry, biology, technology, and clinical practice.
• Research and Innovation Focus: Development of new drugs, biotechnologies, and materials.
• Public Health Centered: Application in hospital settings, quality control, health safety.
• Professional Training: Prepares for careers in pharmaceutical industry, hospitals, research laboratories, or health agencies.

I. Pharmaceutical Chemistry and Analytical Sciences

1. Therapeutic Chemistry

• Design and synthesis of active molecules.
• Structure-activity relationship (SAR).
• Innovation in drug development.

1. Analytical Chemistry

• Assay methods (HPLC, UV-Vis, mass spectrometry).
• Quality control of raw materials and finished products.
• Data interpretation for clinical and regulatory purposes.

1. Inorganic Chemistry and Pharmaceutical Inorganic Chemistry

• Role of metals and salts in pharmacology and toxicology.
• Elemental analysis of formulations.
• Compliance with pharmacopeia standards.

1. Chemistry and Physicochemistry of Materials

• Study of materials for formulation.
• Compatibility, stability, controlled release.
• Design of innovative drug delivery systems.

II. Pharmaceutical Technology and Hospital Pharmacy

1. Pharmaceutical Technology / Pharmaceutics

• Formulation (tablets, capsules, injectables).
• Bioequivalence, bioavailability, stability studies.
• Compliance with Good Manufacturing Practices (GMP).

1. Hospital Pharmacy

• Management of the drug circuit in hospitals.
• Preparation of magistral and sterile forms.
• Coordination with medical teams.

1. Clinical Pharmacy

• Personalized therapeutic monitoring.
• Prevention of adverse effects.
• Pharmaceutical advice and patient education.

III. Clinical Biology and Biotechnology

1. Clinical Biology

• Diagnostic biological analyses.
• Interpretation of biological data.
• Molecular biology techniques.

1. Hematology & Hemobiology

• Analysis of blood cells and associated pathologies.
• Compatibility tests and transfusions.
• Monitoring pharmacological effects on blood.

1. Toxicology

• Study of toxic effects of substances.
• Management of poisonings and overdoses.
• Evaluation of drug and chemical safety.

1. Medical Biochemistry

• Study of biomolecules and metabolism.
• Enzymatic targets and mechanisms of action.
• Biochemical toxicity of drugs.

1. Immunology

• Immunity mechanisms and vaccine responses.
• Immune pathologies (autoimmunity, allergies, deficiencies).
• Immunological techniques and therapy development.

1. Parasitology

• Parasite life cycles and diagnostics.
• Mechanisms of antiparasitic drugs.
• Prevention and treatment strategies.

1. Microbiology

• Identification of pathogens.
• Infection control, antibiotics, and resistance.
• Application in sterilization and pharmaceutical production.

IV. Natural Sciences and Natural Products

1. Pharmacognosy

• Identification of natural active molecules.
• Extraction, purification, and pharmacology of plants.
• Contribution to modern phytotherapy.

1. Medical Botany

• Taxonomy, morphology, chemistry of medicinal plants.
• Therapeutic applications and sustainability.
• Conservation of medicinal plant resources.

V. Medical Physics and Biophysics

1. Medical and Pharmaceutical Biophysics

• Application of physical principles in biology and pharmacology.
• Biophysical techniques (imaging, ligand-receptor interactions).
• Contribution to diagnostics and therapeutic tools.

VI. Public Health, Quality, and Environment

1. Hydrology and Bromatology

• Analysis of water and food quality.
• Control of chemical and microbial contaminants.
• Application in public health and pharmaceutical nutrition.

VII. Pharmacology

1. General Pharmacology

• Study of drug mechanisms of action.
• Evaluation of efficacy and toxicity.
• Application in clinical therapeutics and development.