The course aims to provide students: 1. a good knowledge of stem cell populations, from diverse origins, and their main cellular/molecular characteristics. 2. a good understanding of the biological applications of stem cell biology, in the context of basic as well as translational research. 3. a good awareness of the topical developments around the stem cell and cell therapy fields. 4. the potential to apply the acquired knowledge in order to understand and interpret relevant scientific results presented in selected scientific literature.
Course Prerequisites
Good knowledge of biological mechanisms related to the cell cycle; embryogenesis; DNA structure and replication; transcription; translation; apoptosis; cell signalling. Good knowledge of the cellular and molecular techniques applicable to the characterization and manipulation of cell populations.
Teaching Methods
Lectures supported by slide presentations, and for some of the topics the use of multimedia animations.
Assessment Methods
The exam consists of a written test with a mix of questions such as multiple choice questions and open-ended questions. The student should demonstrate not only knowledge of the topics covered but also the ability to link these together.
Texts
Scientific articles and reviews from selected international journals.
Contents
Course content includes: - General principles in stem cells and cell therapy - How stem cells can be obtained and manipulated - Preclinical models and translational applications - Stem cells & tissue regeneration - Relevance to cancer and other pathologies - Development of therapeutic approaches and biotechnologies
Course Language
English
More information
To communicate with the Academic in charge, please email: virginie.sottile@unipv.it
