Hands-on experinece in Biomedical Research

8 ECTS / Modular / English

Intended learning outcomes (knowledge, skills and competences to be developed by the students):

  • Understand the fundamentals of clinical research and its relevance to medical practice
  • Become familiar with a specific research topic within the CBR (Centre for Biomedical Research)
  • Acquire practical laboratory skills
  • Develop autonomy in the design, writing, and presentation of research protocols
  • Be able to plan and design experiments
  • Develop skills in critical analysis and interpretation of scientific evidence, applying statistical principles to data analysis
  • Foster scientific reasoning and critical thinking
  • Gain familiarity with regulatory, ethical, and operational aspects of basic research
  • Develop skills for effective written and oral communication of research findings
  • Evaluate the impact of research on medical practice
  • Understand the translational potential of the projects developed to the clinic.

Syllabus

  • Introduction: Presentation of specific projects to be developed and methodologies to be applied.
  • Exclusive dedication to a research project, integrated in one of the CBR laboratories.
  • Inclusion in the activities of the respective research group, including lab meetings, journal clubs, institutional seminars, etc.
  • Preparation of a report and final presentation to disseminate the results obtained.

For the year 2025/2026, the following projects are proposed:

  • Mitotic fidelity of human tissue stem cells
  • Exploring the hypersensitivity of cancer cells to perturbations in mitotic transcriptional silencing
  • Functional analyses of the interaction of beneficial bacteria with hosts
  • A Question of Timing: How the Distance Between a Gene and its Switch Controls Development and Disease
  • Disentangling the role of cell cycle and adhesion in parasite proliferation
  • Evaluation of the role of cyclic AMP in trypanosome sequestration
  • Influenza A virus interplay with the mitochondria of infected cells
  • The initial steps in the development of novel antivirais against influenza and SARS-CoV-2
  • Can we reconstitute a cellular process during infection in vitro?
  • How to make a lung in vitro?

Faculty

Associate Professor
Maria João Amorim (from September 2022)   Biosketch MJ Amorim graduated in Biochemistry at the University of Porto. Her work…
Raquel Oliveira (from September 2022)   Biosketch RA Oliveira studied Biochemistry at FCUP (Porto). Her PhD, under supervision…