1, Pharmacist: Graduates can choose to become pharmacists, who are responsible for the preparation, dispensing and distribution of drugs. They need to master drug knowledge, rational drug use principles, and provide medication guidance and consulting services for patients.
2. Drug R&D: Graduates of Pharmaceutical College can engage in drug R&D in pharmaceutical companies or scientific research institutions, including new drug research and development, drug evaluation, efficacy and safety research.
3. Medical Information Specialist: Graduates can enter medical information companies to collect, sort out and analyze medical information, and provide various data and information about drugs for medical institutions and academic circles to support clinical decision-making.
4. Drug supervision: Graduates can engage in drug registration review, clinical supervision and drug safety monitoring in the drug supervision department to ensure drug quality and safety.
5. Cosmetic research and development: Some graduates can also choose to engage in cosmetics research and development, develop new cosmetics products, and participate in product safety assessment and quality control.
The main study contents of the School of Pharmacy include pharmacology, pharmacy, pharmaceutical analysis, pharmaceutical engineering and clinical pharmacy.
1, Pharmacology: Pharmacology mainly studies the mechanism and pharmacodynamics of drugs in vivo, including the absorption, distribution, metabolism and excretion of drugs and the interaction between drugs and target molecules.
2. Pharmacy: Pharmacy mainly studies the preparation methods and techniques of drugs, including prescription design, extraction, purification, crystallization, drying and packaging, as well as quality control and stability evaluation of drugs.
3. Drug analysis: Drug analysis mainly studies qualitative and quantitative analysis methods of drugs, including chromatographic analysis, spectral analysis and mass spectrometry analysis of drugs, as well as detection and inspection methods of drugs.
4. Pharmaceutical engineering: Pharmaceutical engineering mainly studies pharmaceutical production technology and equipment, including pharmaceutical production technology design, process parameter optimization, equipment selection and maintenance, as well as drug quality assurance and environmental protection measures.
5. Clinical pharmacy: Clinical pharmacy mainly studies the clinical application and curative effect of drugs, including dosage selection, administration route, course management, and monitoring of adverse drug reactions and side effects.