Nanomaterials in Medical Chemistry 1200-1CHMNANW6

The student knows and understands:
• K_W06 – fundamentals of physical chemistry in the field of interfacial processes and mass transport, essential for describing the functioning of nanostructures;
• K_W07 – concepts of inorganic and bioinorganic chemistry in relation to metallic and silica nanomaterials;
• K_W09 – chemical components of living organisms and their interactions with nanomaterials;
• K_W17 – aspects of the structure and action of drugs and drug delivery systems using nanomaterials.
The student is able to:
• K_U06 – plan and perform basic experiments on interfacial phenomena and mass transport processes;
• K_U10 – identify bioorganic compounds and evaluate their interactions with nanostructures;
• K_U15 – plan and analyze nanomaterial studies, assessing measurement errors;
• K_U16 – use measurement equipment to determine the physicochemical properties of nanostructures. Is ready to:
• K_K01 – critically evaluate knowledge regarding nanomaterials and their safety;
• K_K05 – understand the impact of nanotechnology on the environment and health;
• K_K07 – continually expand knowledge in the field of medicinal chemistry and nanoscience.

A multiple-choice exam (30 questions). Passing the course requires familiarity with the topics covered in the lectures and the primary literature.

Absences allowed: 2 classes (20%).
Passing criterion: ≥ 60% of the exam points.

Student workload:
Class participation: 30 hours
Preparation for classes and the exam: 30 hours
Literature reading and consultations: 10 hours
Note preparation and examples: 10 hours
Total: 80 hours

N/A

1. Principles of Nanomedicine. Bhattacharjee S. Jenny Stanford Publishing, 2019 Singapore.
2. Handbook of nanotechnology. Bharat B. (Ed). Springer-Verlag 2010, Berlin.

Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system:

• Description of 1200-1CHMNANW6 in USOSweb