Education

Glyco e-learning course: From basic to applied Glycobiology

Glycoscience: training today those who will transform the medicine of tomorrow

Glycobiology is a field of central importance for biomedical research and applications. It investigates the structure, function, and biology of glycans, which are among the most abundant and functionally complex biomolecules in all cells and organisms. Supported by the chemistry and biochemistry of carbohydrates, glycobiology is rapidly expanding and becoming an essential extension of modern molecular biology and medicine.

This course demonstrates how the field offers solutions and tools for pressing health challenges, presenting fundamental concepts along with the pathways that connect glycobiology to translational research in academia, industry, and patient advocacy.

Applications 2025/26

Dates: 2 December to 6 March 2026

Vacancies: 10

Language: English

Mode: Online and asynchronous

Course coordinator:

Paula Videira

p.videira@fct.unl.pt

Why Choose This Degree?

  • A frontier scientific area with direct applications in biomedicine, and knowledge on the mechanism and treatment of several diseases such as cancer, metabolic and inflammatory diseases, infection and rare diseases.

  • A complete one-semester programme covering foundations, methodologies, clinical relevance, applications, business models, and a final project.
  • Fully online, after-work and asynchronous, allowing participants to balance the course with employment or doctoral studies.
  • Award of 24 ECTS credits, with the option to complete the full programme or enrol in selected units individually, each with its own certificate.
  • An interdisciplinary environment involving researchers, clinicians, industry, educators, patients, and patient representatives, with links to international associations and networks.

Recently, NOVA FCT coordinated a European capacity-building project in the field of Glycoscience - GLYCOTwinning. This interdisciplinary scientific boost received from world-class partners Imperial College of London (United Kingdom), LUMC (The Netherlands) and CIC bioGUNE (Spain) has taken NOVA FCT to a new level in terms of research quality and knowledge in Glycoscience, in addition to expanding its network of contacts and institutional partners.

Course Structure

The course consists of eight sequential and complementary curricular units (UC) during one semester, in an after-work and asynchronous schedule. Each unit includes online lectures, readings, exercises, online tasks, and discussion forums to enhance learning of the various topics. The estimated time requirements are 224 hours in total and 28 hours per unit. In addition, it includes e-Learning platform tutorials and user support from the NOVA FCT e-Learning laboratory to maximise interactivity and learning outcomes.

The diploma will be awarded to students who have completed all eight modules. However, the course allows participants to enrol and take only specific modules, according to their interests, for which they will obtain specific certificates.

  • UC1: Fundamentals of carbohydrates.
  • UC2: Glycans in human physiological mechanisms.
  • UC3: Glycans in cancer.
  • UC4: Methods in glycosciences.
  • UC5: Applications of glycosciences.
  • UC6. Congenital disorders of glycosylation.
  • UC7. Human/people-centred drug research and development.
  • UC8. Projects in glycosciences.

The course is taught by an outstanding faculty team that includes Ana Rita Grosso, Angelina Palma, Carina Cruncho, Filipa Marcelo, João Freitas, Mariana Barbosa, Margarida Castro Caldas, Sérgio Filipe, Vanessa Ferreira and Zélia Silva and includes lectures by international experts, such as Manfred Wuhrer, Noortje de Haan, Anne Imberty, Serge Perez, Yan Liu or Jesus Jiménez-Barbero, among others.

Career Opportunities

Research and teaching in life sciences, molecular biology, biochemistry and biomedical areas.

More differentiated clinical practice in contexts where glycans are relevant (cancer, congenital disorders of glycosylation).

Positions in R&D, product development and regulation in the pharmaceutical and biotechnology industry.

Communication or education in science/health.

Patient advocacy and work in associations.

About the Department of Life Sciences

The Department of Life Sciences (DCV) focuses its activity on teaching and research in areas of fundamental Biology relevant for application in areas of Biotechnology and Biomedicine.

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