Industrial pharmacy REPLICA LATINA

General expected learning outcomes The laboratory exercises will illustrate the preparation of some nanomaterials and their electrochemical, optical, and electron microscopic characterization. Exercises will also be carried out to describe the various phases of the realization of electrochemical biosensors and nanosystems for drug delivery and subsequent characterization measurements, as well as data processing methods. Specific expected learning outcomes 1. Knowledge and understanding The knowledge acquired during the exercises will allow the understanding of: • principles underlying nanotechnologies with particular regard to the preparation, modification, and functionalization of nanosystems; • principles underlying nanodevice characterization techniques; • potential of nanosystems and their use in analyzing real matrices of food, clinical, pharmaceutical, and environmental interest. 2. Applying knowledge and understanding This knowledge comes from attending the nanosystems for diagnostics and pharmaceutical technology course: • principles underlying nanotechnologies with particular regard to the preparation, modification and functionalization of nanosystems; • principles underlying nanodevice characterization techniques; • understanding the potential of nanosystems and their use in the analysis of real matrices of food, clinical, pharmaceutical and environmental interest. 3. Making judgements • be able to develop one's own critical sense following stimuli from the teacher: • be able to connect the topics studied thanks to the multidisciplinary nature of the course, integrating what has been studied in the course with the knowledge acquired during the laboratory exercises. 4. Communication skills • be able to discuss scientific topics related to nanotechnologies and measuring devices and apply them to real processes. 5. Learning skills • Be able to describe scientific issues related to real systems using the methodologies and techniques covered in the course critically.