[Scientific basics of pharmacist education]

Area of Science:

• Pharmacy education aligns with natural sciences, incorporating foundational subjects like chemistry, biology, and physics.
• It is distinguished by a standardized federal licensing regulation, influencing curriculum design.

Context:

• The current curriculum includes general, organic, and physical chemistry, analytics, biology, biochemistry, human biology, mathematics, and physics.
• A "Position Paper on the Reorganisation of the Licensing Regulations" guides curriculum evolution, increasing emphasis on instrumental analysis and pharmaceutical biology (immunology, vaccines).

Purpose:

• To outline the foundational scientific subjects and regulatory framework of pharmacy education.
• To detail the revisions proposed in the "Position Paper on the Reorganisation of the Licensing Regulations" for pharmacy licensing.

Summary:

• Pharmacy education integrates fundamental natural science subjects, including chemistry, biology, and physics, alongside specialized areas.
• The curriculum is evolving, with updated emphasis on instrumental analysis, immunology, and vaccines, and the new inclusion of pharmacology and clinical pharmacy in basic studies.
• Physical chemistry, physics, and mathematics are integrated into physical pharmacy, crucial for pharmaceutical technology.

Impact:

• The revised curriculum aims to better prepare students for contemporary pharmaceutical practice.
• The "Position Paper" and subsequent "Round Table" discussions shape the future of pharmacy education and regulation in Germany.
• New inclusions like pharmacology and clinical pharmacy reflect a broader scope within the foundational pharmacy program.