Neural Stem Cells – physiology and regenerative potential
General Objectives of the CourseThe present course will help the students to understand that: 1- The nervous system is not immutable and new neurons are produced across the life span; 2- The role of neural stem cells in the physiology of the brain; 3- Potential use of neural stem cells in regenerative medicine; 4- Understand the principles and methodologies most used to stain neural stem cells in culture or in rodent brain slices; 5- Understand principles of confocal microscopy and its use for the study of neural stem cells; 6- Learn basic methodologies to quantify data in fluorescence microscopy images; 7- Understand the use of microscopy techniques in the study of functional living cells.
Graduation in biomedicine, pharmacy, biology, biochemistry or other related areas.
Candidates should check the admission requirements available on this site, in addition to the information provided here.
Mode of StudyE-learning
Teaching / Evaluation language(s)Portuguese
Examination Regulations, Assessment and GradingFinal grading will be expressed as: “Approved” or “Failed”
The grade “Approved” will be subdivided as: “Excellent”, Very Good”, “Good”, “Fair
Learning Objectives and Intended SkillsThe students should acquire the following competences: 1- identification of anatomic structures endowed with neural stem cells; 2- discuss the control of the neurogenic niche – proliferation and differentiation of neural stem cells; 3- to interpret and discuss data from the bibliography about neural stem cells; 4- to understand basic processes sustaining protocols for immunofluorescence; 5- understand the function and application of confocal microscopy in the study of brain tissue; 6- to develop critical reading capacity of scientific literature and exposing contents.
Qualification Requirements and RegulationsRegulation n.º 339/2012, published in Official Gazette no. 152, 2. Grade, August 7th (Regulation of Creation and Operation of non-degree courses at the UC).
Non Degree Course
Qualification Awarded: Diploma/Certificate
Duration: 54 HORAS
ECTS Credits: 2.0