Crystal engineering in the pharmaceutical industry 0600-OG-EN-CEPI
The lectures will cover such areas as:
1. Molecular/crystal structures and their visualisation
2. Intermolecular interactions
3. Crystal engineering
4. Polymorphism and problems connected with its appearance in the pharmaceutical industry
5. Methods to characterize polymorphs
6. Crystal lattice energies and crystal structures prediction methods
6. Multi-component crystals
7. Patent matters
Total student workload
Learning outcomes - knowledge
Learning outcomes - skills
Learning outcomes - social competencies
Teaching methods
Expository teaching methods
Prerequisites
Course coordinators
Assessment criteria
- Written exam 1-2 hours.
Criteria:
Fail (< 50%)
Satisfactory (50-60%) – the student has basic understanding of the formation of different types of crystalline solids
Satisfactory plus for the grade (61-65%) – the student has basic understanding of the formation of different types of crystalline solids and knowledge of various intermolecular interactions
Good (66-75%) – the student has basic understanding of the formation of different types of crystalline solids and knowledge of various intermolecular interactions. He/she understands the concept of polymorphism and its significance within the pharmaceutical industry.
Good plus (76-80%) – the student has basic understanding of the formation and characterization of different types of crystalline solids and knowledge of various intermolecular interactions. He/she understands the concept of polymorphism and its significance within the pharmaceutical industry. The student has knowledge on the importance of solid-state properties in relationship to Intellectual Property.
Very good (> 80%)
Has in-depth knowledge of all aspects of the subject matter.
Practical placement
not applicable
Additional information
Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system: